Special Offers

The NXA Pro aims to provide the user with a fast and simple operation, as well as having access to advanced functions and capabilities, such as the OmniView™ and the VertiZontal Moves™, and probably the best power management system in the market place.

Features:

HORIZONTAL ALIGNMENT

Measures and helps correct misalignment while dual sensors maintain the true position of the shafts, even as unintended movements are experienced during the alignment process

VERTICAL ALIGNMENT

Same power and ease of use as the Horizontal Alignment program. The vertical alignment program is used when aligning flanged-mounted machines

VERTI-ZONTAL

Allows for the vertical and horizontal adjustments to be made together in one pass, saving valuable time and ensuring accuracy the first time around

MACHINE TRAIN™ ALIGNMENT

Machine Train routine simplifies the complexity of aligning multiple units with connecting shafts

SPACER SHAFT

The Spacer Shaft program simplifies spacer shaft alignment by showing both ends of the spacer shaft coupling with an angle/angle display

OMNIVIEW

Changes the on-screen orientation to match what the user is actually seeing, tracking the user’s position relative to the machine being aligned

SOFTCHECK™

Checks if there is a soft foot condition, i.e. when the motor is not resting firmly on all its feet

SENSOR DISPLAY

Shows the raw values from connected sensors to determine a stable set-up and/or detect any possible movements of the set-up during the measurement process

HOT CHECK™

Target values obtained by measuring in cold condition and then in hot condition to determine the machine’s thermal expansion

A revolution in shaft alignment
A revolution in shaft alignment as well as a revolution in usability with the NXA Pro – a digital laser based shaft alignment system!
The NXA Pro aims to provide the user with a fast and simple operation, as well as having access to advanced functions and capabilities, such as the OmniView™ and the VertiZontal Moves™, and probably the best power management system in the market place.

Patented adaptive user interface
Our patented icon-based and color-coded user interface makes it easy to measure, align, and document each job. In order to minimize the risk of operator errors, we developed an adaptive user interface for the NXA Pro system.
This adaptive user interface guides the user throughout the job in logical and easy to follow steps. It will deliver measurement and correction values based on what the system finds during the alignment process. This provides an ease of access throughout a measurement with the NXA Pro system.

VertiZontal Moves – measure once, move twice!
The VertiZontal™ Moves feature displays exactly how much a misaligned machine needs to be adjusted, by adding or removing shims to the machine’s feet. No more re-measuring between the vertical and the horizontal phases to correct the horizontal misalignment.
This industry-first function saves time and ensures accuracy the first time around.

Smart laser sensors
The NXA Pro’s sensor units have graduated to the 2nd generation sensor. This sensor version improves the tolerance for detrimental external factors, such as vibrations and ambient light, and delivers the most accurate and precise measurement values compared to any other system.
We have integrated line laser with the sensor and this combination virtually eliminates rough alignment, a huge time saver.

Very compact, only 33,5 mm in width, the sensor units will fit in the tightest spots. The sensor units contain:

• long-life batteries
• bluetooth communication
• gyroscopes. The gyroscopes make it possible to measure with the Tripoint Method in the vertical shaft alignment application, something that no other shaft alignment instrument is capable of!

What’s Included

• Full VGA 6.5″ color display, TFT-LCD backlit, sunlight readable, with wide angle viewing technology
• M3 moveable machine transmitter/detector with 30mm CCD sensor and built-in Bluetooth II
• S3 stationary machine transmitter/detector with 30mm CCD sensor and built-in Bluetooth II
• NXA V brackets, including 4-150mm rods and 2-470mm chains
• Two 970mm extension chains
• Rod extension kit
• NXA extension fixture
• Angled Universal Rod tools (2)
• Magnetic base for mounting on large diameter shafts
• Magnetic V-brackets (2) for applications where chain brackets won’t fit
• External power supply NXA built into carrying case
• Carrying case – IP-65, high impact ABS
• NXA tape measure
• USB stick
• Manuals – NXA
• Lifetime warranty standard

TOPAZ32 is a 32-channel, high-performance phased array UT device — a complete solution for your inspections. Optimally designed for Oil & Gas, Power Generation, Manufacturing and Transportation applications, TOPAZ32 boosts productivity, reduces job time duration and can lower total cost of ownership.

Inspection advantages
One of the many key advantages of the new TOPAZ32 is that 2D matrix array probe support is now included without the need of any external software. This fully-integrated and simplified approach can reduce the amount of equipment needed to perform an inspection.
With its rugged construction and airtight magnesium and rubber housing, TOPAZ32 is durable enough to handle inspections in even the harshest conditions. It’s lightweight, making it portable enough to go wherever you need to carry it.

Powered by UltraVision software
With UltraVision touch software embedded in TOPAZ32, everything you need for advanced setups and analysis is in one instrument. Visit the UltraVision Touch page to learn more about the software features.
High-performance acquisitions, high speed and fast processing. TOPAZ32 is one of the most efficient and versatile non-destructive testing (NDT) instruments in the market.

A fully integrated, portable solution
TOPAZ32 enables users to effectively complete the following, all from one unit:
PREPARE specimen and weld for inspection and calibrate set-up. The visual feedback of the on-board shape editor and advanced focal law calculator allows easy setup creation and optimization
ACQUIRE data real time in a range of views on the multi-touch screen. The calibration process is made easy with a complete calibration tool. Superior hardware specifications allow for the most efficient encoded data acquisition process of any portable PA system on the market
ANALYZE the data in different views and automatically produce a table of indications. A full set of basic (cursors, readings) and advanced (merge, C-Scan stitching, gate selectors, volumetric contour, thickness thresholding, etc) analysis tools are available on-board with fully-configurable display layouts
REPORT in different levels to meet specific requirements. Ready-to-print custom PDF reports, including hardware settings, scan plan and indication information, are generated with a single touch

Optimized layouts make it easier
The advanced processing features of the TOPAZ32 onboard calibration provide optimized layouts to facilitate phased array calibration for sensitivity, wedge delay, Time Corrected Gain (TCG) and velocity for each angle.

Calibration status keeps users informed
Before acquisition begins, TOPAZ32 displays the calibration status for all channels (groups). If the relevant symbol on the display is not in green, this indicates that the related parameter has not been calibrated. Only when all symbols are green can scanning and data acquisition commence.

Data displayed in real time for quick analysis
TOPAZ32 displays data in real time, during acquisition even volumetric merged views. With a wide range of predefined, onboard layouts to present data users can create their own layout to meet specific requirements or personal preferences.

A smart investment
An advanced 64-bit on-board computer substantially improves the power of the instrument reducing typical processing times by up to 50% at setup creation, calibration or reporting
The ultra-bright touchscreen is crystal clear whether indoors or outside in direct sunlight and can be operated even when wearing gloves
Getting started with TOPAZ32 couldn’t be easier — with a logical graphical interface, users interact just like they would with a smartphone or a tablet
Configuration is simple as well — connect any Zetec scanner or accessory such as a probe to TOPAZ32 and it will automatically recognize and preconfigure accordingly, saving valuable time and resources


FEATURES
TOPAZ32 is packed with features designed to improve productivity, reduce analysis time and lower total cost of ownership.
 
ULTRA-BRIGHT TOUCH DISPLAY
Resolution is 64% better than standard displays
Offers 33% more surface than 16:9 displays with the same diagonal
Dedicated outdoor setting delivers amazing visibility, even in direct sunlight
 
POWERFUL COMPUTING
New 64-bit onboard computer reduces processing time by up to 50% vs. previous versions
 
ONBOARD CALCULATOR
Configure inspections on complex specimens like axial or circumferential welds, including different weld profiles supports
Supports 2D martrix array probes without additional external software
 
PERFORMANCE PROCESSING
2GB data file size capability improves inspection efficiency
Create as many inspection groups as needed with up to 1024 focal laws
Multiple data files can easily be merged together
C-Scan data from different files can be consolidated with the "Data Stitching Tool"
 
16-BIT AMPLITUDE RESOLUTION
Signals can be digitized using an 800% FSH scale. This reduces the chances of re-scan due to signal saturation during the acquisition
 
ULTRAVISION TOUCH EMBEDDED
Advanced focal law calculator with visual feedback allows for easy setup preparation
Onboard volumetric merge and measurement tools enable powerful data analysis and inspection report generation
 
FAST DATA ACQUISITION SPEED
64-bit computing power combined with an onboard SSD (solid state drive) allow you to perform challenging inspections with large data files, all without compromising acquisition speed
 
RUGGED AND LIGHTWEIGHT
The housing is designed so there is no air intake
The removable external fan optimizes heat dissipation
This design prevents dust, humidity or contamination from getting inside. Plus the unit weighs a total of 6kg so it goes anywhere
 
2D MATRIX ARRAYS
The UltraVision Touch calculator now supports 2D matrix array probes without using external software
 
COMPOUND SCANNING
Sectorial and linear scanning combine to increase the covered inspection area while reducing scanning time
 
TIME REVERSAL SUPPORT
The first portable instrument to support the Time Reversal technique, which simplifies complex inspections of composite materials
 
SEAMLESS INTEGRATION
Connect any Zetec scanner or probe to TOPAZ32 and it will automatically recognize the accessory and preconfigure accordingly
 
FAST DATA TRANSFER
One USB 3.0 port
Three USB 2.0 ports
GB Ethernet Connector
 
HIGHLY EFFICIENT DUAL INSPECTION
Two high quality dedicated UT channels allowing conventional UT (pulse-echo, pitch-and-catch, or TOFD) and Phased Array inspections to be carried out simultaneously
 
FAST, LOW NOISE AND SAFE PROBE CONNECTIONS
Quality PA UT connector with a solid and secure probe latch

The Fluke 810 Vibration Tester is an advanced troubleshooting tool for mechanical maintenance teams who need an answer now. Its unique diagnostic technology helps you quickly identify and prioritize mechanical problems, putting the expertise of a vibration analyst in your hands.

You take pride in your facility, your team, and your work. You do what it takes to keep things up and running, but sometimes there is not enough time or resources to keep up with the workload, let alone be proactive about mechanical maintenance. The Fluke 810 Vibration Tester puts you one step ahead by using a simple step-by-step process to report on machine faults the first time measurements are taken, without prior measurement history. The combination of diagnoses, severity and repair recommendations help you make informed maintenance decisions and address critical problems first.

Industry-Leading Training on Your Terms
The Fluke 810 Vibration Tester takes the guesswork out of diagnosing the most common mechanical problems, but a better understanding of vibration and its impact on your equipment will help you or your team be more aware of issues that may come up in the future. Fluke has partnered with Mobius Institute, an industry leader in vibration training, to provide you with a self-paced DVD training program using award-winning Mobius Institute interactive training tools. This DVD is available with purchase and will help you learn more about the basics of vibration and how to fully utilize the features and functionality of the Fluke 810 Vibration Tester.

Key Features:

• Troubleshoot problem equipment and understand root causes of failures
• Survey equipment before and after planned maintenance and confirm repairs
• Commission new equipment and ensure proper installation
• Provide quantifiable proof of equipment condition and drive investment in repair or replacement
• Prioritize and plan repair activities and operate more efficiently
• Anticipate equipment failures before they happen and take control of spare parts inventories
• Train new or less-experienced technicians and build confidence and skill across entire team
• On-board identification and location of most common mechanical faults (bearings, misalignment, unbalance, looseness) focus maintenance efforts on root causes, reducing unplanned downtime
• Fault severity scale with four severity levels help you prioritize maintenance work
• Repair recommendations advise technicians on corrective action
• On-board, context sensitive help provides real-time tips and guidance to new users
• 2 GB expandable on-board memory provides enough space for your machinery's data
• Self-test function ensures optimal performance and more time on jobs
• Laser tachometer for accurate machine running speed promotes confident diagnoses
• Tri-axial accelerometer reduces measurement time by 2/3, over single axis accelerometers
• Viewer PC Software expands data storage and tracking capacity

Included in Package:

• 1 - Vibration Tester
• 1 - Tri-Axial TEDS Accelerometer
• 1 - Accelerometer Magnet Mount
• 1 - Accelerometer Mounting Pad Kit with Adhesive
• 1 - Accelerometer Quick-Disconnect Cable
• 1 - Laser Tachometer with Storage Pouch
• 1 - Smart Battery Pack with Cable and Adapters
• 1 - Shoulder Strap
• 1 - Adjustable Hand Strap
• 1 - Viewer PC Software
• 1 - Mini-USB to USB Cable

The laser shaft alignment system with enhanced measuring and reporting
The TKSA 41 is an advanced laser alignment solution for achieving accurate shaft alignments. With two wireless measurement units, large sized detectors and powerful lasers, the instrument performs precise measurements in even the most challenging conditions. The ergonomic display unit with intuitive touch screen navigation makes your alignments fast and easy, whilst innovative features, like the “free measurement”, increase the alignment performance. With the focus on improving alignment practices, the SKF Shaft Alignment Tool, TKSA 41, is one of the industry’s best value alignment solutions.

• Wireless communication improves instrument handling and allows alignment of difficult to reach applications from a safe position.
• Free measurement allows alignment measurements to start at any angle and finish with an angular sweep of just 90°. 
• Automatic measurement enables hands-free measurements by detecting the head position and taking a measurement when the heads are rotated into the right position.
• Automatic reports are generated after each alignment. The reports can be customised with notes and pictures from the built-in camera for the most comprehensive overview. All reports can be exported as pdf files.
• Live view supports intuitive measurements and facilitates horizontal and vertical alignments.
• Machine library gives an overview of all machines and alignment reports. 
• QR codes can be used to further simplify machine identification and improve the alignment workflow.
• The TKSA 41 is supplied in a sturdy SKF carrying case
• Extensive range of accessories is available.

The Waygate Technologies Krautkramer USM 36 Ultrasonic Flaw Detector, a Baker Hughes business product (formerly GE Inspection Technologies),  is the most versatile ultrasonic flaw detector on the market thanks to its ability to operate in DAC, AWS and DGS modes and with applications including weld inspections, thickness measurements, corrosion measurement, forging inspections and other inspections for difficult materials. The industries where the Waygate Technologies Krautkramer USM 36 proves useful include the automobile, power generation, petrochemical, and aerospace industries.

Available in Three Versions:

The USM 36 Ultrasonic Flaw Detector is offered in three versions to meet the most standard inspection codes. The most advanced version can operate in DAC, AWS and DGS modes, features a powerful square wave pulser for excellent material penetration and can accommodate Waygate's patented trueDGS probe technology, which offers unrivalled accuracy in sizing of flaws using the DGS method, as well the patented Phantom Echo Detection technology. Another feature included is the 7" screen that makes viewing A-Scans efficient, with signals being easily viewed even in bright sunlight as well as flexible data storage with removable SD cards or USB ports.

Applications:

Weld Inspection in the Power Generation and Petrochemical Industries

Intuitive tools facilitate analysis and the use of color on the ultra-bright, 7 inch screen allows significant display benefits during weld inspection:

Monitor gates and curves are displayed in various colors

Messages and alarms are displayed in red

A-scans can be displayed in different colors to assist comparison

Color display of all parameters involved in flaw location, including sound path, surface distance, depth position and leg number

Patented color coded display of legs for angle beam inspection

Precise Thickness Measurement in the Automobile Industry

The Krautkramer USM 36 provides precise thickness measurement, as the sound path differences are measured very accurately at the peaks of an echo sequence.

Corrosion Measurement in the Power Generation and Petrochemical Industries

Corrosion measurement can be carried out using dual element probes, where the screen displays both the thickness measurement and the A-scan, ensuring maximum reliability. A minimum capture mode provides the thinnest measured reading at the end of a continuous scan. An auto-freeze function, which minimizes the probe's surface contact time, is used for measuring structures and components with hot surfaces.

Inspection of Forgings

The instrument's Phantom Echo Detection technology is used in the inspection of fine grained and long work pieces to ensure accurate detection of flaws but not Ghost Echoes.

Inspection of Special Materials

The powerful square wave pulsar which is an available option for the Krautkramer USM 36 provides excellent penetration of difficult materials, such as those sometimes used in the aerospace and automobile industries.

Largest Viewable A-Scan Display in its Class

An important improvement in the Krautkramer USM 36 is its large 7 inch screen, with an 800x480 pixel resolution. The entire area is available to display crispy A-scans, making it the best in its class. Signals can be easily viewed and accurately interpreted, even in bright sunlight, with tired eyes at the end of a long working day.

Simple and Efficient Operation

The Krautkramer USM 36 uses the familiar rotary knobs of previous models but the function keys have now been minimized into a simple, intuitive 6-key keyboard, allowing simple and efficient operation; Inspection set-up is also easy. Not only for technicians who have used USM Go or USM Go for previous inspections, as set-up data is transferable directly from these instruments, which share the same user interface. This commonality of interface also ensures a rapid learning curve for technicians familiar with the USM Go instruments.

Flexible Data Reporting and Storage

As well as easy-to-interpret the crispy A-scans, data reporting on the Krautkramer USM 36 can also include screen shots and A-scan videos, where A-scans can be recorded for subsequent analysis or to provide proof of inspection. All data is stored on a removable SD-card and reports can be in jpeg or BMP format.

Comprehensive Connectivity

Connectivity is a major feature of the Krautkramer USM 36. Data can be stored on removable SD-card or USB memory stick, either for record purposes or to allow data sharing. A VGA connection allows the instrument’s display to be shown on an external monitor or on a projector screen for training purposes.

Can be Used in the Harshest of Environments

The Krautkramer USM 36 is fully protected against dust and water ingress to IP66 and can be operated in ambient temperatures from -10°C to 55°C. It can be used in sandy deserts, frozen wastes and in the humid tropics. The new flaw detector weighs just 2.2 kg and is battery- or mains operated. Its Li-ion battery has an operating life of more than 13 hours, with an integrated battery charger for those longer shifts.

SPECS:

Display

Display Shift ( Delay): –15 … 3,500 μs

Probe Delay: 0 … 1,000 μs

Velocity: 250 … 16,000 m/s

PRF:

Automatically optimized 15 … 2,000 Hz,

3 automatic setting modes: Auto Low,

Auto Med, Auto High, Manual

Display Screen

Size Diagonal: 7"

Active Range (W x H): 152.4 × 91.44 mm2

Resolution (W x H): 800 × 480 pixels

Range: 4 … 14,108 mm (555“) for longitudinal wave

Connectors

Probe Connectors: 2 × LEMO-1 or 2 × BNC

USB Interface: USB type B connector

Service Interface: LEMO-1B, 8 pin

Pulser

Pulser Mode: Spike pulser, optionally: Square-wave pulser

Pulser Voltage (SQ Mode): 120 … 300 V, in steps of 10 V with a tolerance of 10%

Pulser Falling/Rising Time: max. 10 ns

Pulser Width (SQ Mode): 30 … 500 ns, in steps of 10 ns

Pulser Amplitude (Spike Mode): low: 120 V, high: 300 V

Pulser Energy (Spike Mode): low: 30 nS, high: 100 nS

Damping: 50 ohms, 1000 ohms

Receiver

Digital Gain: Dynamic range 110 dB, adjustable in steps of

0.2 dB

Analog Bandwidth: 0.5 … 20 MHz

Equivalent Input Noise: <80 nV/√Hz

Filters: Broadband: 1-5 MHz / 2, 2.25 MHz / 4, 5 MHz /

10 MHz / 13, 15 MHz

Rectification: Positive half-wave, negative half-wave,

full wave, RF signal

Gates

Independent Gates:

Gates A and B (triggering by gate A),

Gate C (option, triggering by gate A or B)

Measurement Mode: Peak, Flank, J-FLANK, FIRST PEAK

Memory

Card Slot: SD-card slot for all standard SD-cards

Capacity: 8 GB, SD-card

Datasets: UGO data structure in ASCII

Reports: JPG or BMP format

General

Battery:

Li-Ion, operating time: 13 hours with full charge

Charging method (standard): internal with power adapter

Charging method (optional): external charger

Charge level: proportional charge level indicator

Power Adapter: Universal power supply unit 100 … 240 VAC,

50/60 Hz

Size (W x H x D): 255 × 177 × 100 mm (10” × 7.0” × 3.9”)

Weight            2.2 kg incl. battery

Languages:

Bulgarian, Chinese, Czech, Dutch, English,

Finnish, French, German, Hungarian, Italian,

Japanese, Norwegian, Polish, Portuguese,

Romanian, Russian, Spanish, Swedish

Damp Heat and Humidity (Storage):

EN 60068 Part 2-30

6 cycles: 9 hrs at 25°C up in 3 hrs to 55°C,

9 hrs at 55°C then down to 25°C in 3 hrs, at

93% humidity

Vibration:

EN 60068 Part 2-6

2g per axis, 5 … 150 Hz, 1 oct/min, 25 cycles

Shocks:

EN 60068 Part 2-27

1000 cycles per axis, 15 g, 11 ms, half-sine

Enclosure: IP66 according to IEC 60529

Operating Temperature: –10 … 55°C

Cold Operation: –10°C for 16 hrs, 502.5 Procedure II

Heat Operation: 55°C for 16 hrs, 501.5 Procedure II

Storage Temperature: –20 … 60°C, without battery

Cold Storage: –20°C for 72 hrs, 502.5 Procedure I

Heat Storage: 70°C for 48 hrs, 501.5 Procedure I

Options

AWS:

AWS calibration tool, according to AWS D1.1

Structural Welding Code

DAC/JISDAC/CNDAC:

DAC calibration tool, 16 points, according to EN

1712, EN 1713, EN 1714, ASTM E164, ASME,

ASME III, JIS Z3060, GB11345

TCG: 120 dB dynamic, 110 dB/μs slope

DGS:

DGS calibration tool, according to: EN 1712, EN

1713, EN 1714, ASTM E164

Data logger: Grid file creation

3G: Gate C

SWP:

For pulser parameter optimization,

voltage setting 120 … 300 V in steps of 10 V,

pulse width setting 30 … 500 ns in steps of 10 ns

Phantom-PRF: Phantom-PRF for the identification of erroneous

echoes caused by multiple reflections in low-attenuation materials

BEA: Blackwall Echo Attenuation

Package Includes:

Compact Ultrasonic Flaw Detector, basic version with Lemo-1 connectors

Lithium Ion Rechargeable Battery Pack

Lithium Ion Battery Charger /AC Power Supply for On-Board Charging

SD Card (2 GB)

USB Download Cable

Transport Case

Quick Reference Operating Card

Operating Manual on CD

Certificate Of Conformity

Vanta™ iX In-Line XRF Analyzer for Automated Material Analysis
Keep Your Process Up to Speed
The Olympus Vanta™ iX in-line X-ray fluorescence (XRF) analyzer gives you confidence in your products by automating material analysis and alloy identification on the manufacturing line:

• Delivers instant results for real-time process monitoring and 100% inspection
• Built to operate 24/7
• Configured to deliver pass/fail results, accurate grade ID, and material chemistry

100% Inspection for Metal Fabrication of Tubes, Bars, and Rods
For organizations adopting Industry 4.0 practices and 24/7 process control to verify alloys with pass/fail analysis, the Vanta iX analyzer delivers material verification and lot/heat control for bar, billet, tube, and rod manufacturing, as well as machined parts and customized components. Automating your testing with a Vanta iX analyzer adds a competitive edge to your finished product since you can demonstrate that materials are 100% tested and verified.

Scanning and Monitoring for Ore Grade Control in Mining
For geological processing and mining, the Vanta iX analyzer enables core scanning and on-belt analysis with real-time results to monitor process variability and ensure ore grade consistency. During on-belt analysis, the analyzer provides blending verification and process validation of concentrates.

Fast and Accurate Elemental Analysis for Continuous Quality Control
Like all Vanta electronics, the Vanta iX analyzer works fast while delivering reliable, actionable results to guide critical decisions.

• High resolution: ID a range of alloy grades—including light and heavy elements
• Fast, accurate results: the analyzer’s electronics provide high throughput, stability, and count rate
• Efficient: features a silicon drift detector (SDD) and the proven Axon Technology™ found in every Vanta analyzer

Easily Integrates into a Variety of Production Systems
The Vanta iX analyzer is versatile, compact, and easy to install—use the mounting holes on each side to mount the analyzer onto robotics and other systems. There is no external control box, so you can easily control the analyzer with either the Vanta Connect API or a PLC and discrete wire.
Connector options:

• Ethernet (RJ-45), enabling Power over Ethernet
• USB
• Discrete I/O (16 pins)
• AUX DC power

Rugged for Greater Uptime in Manufacturing Environments
The Vanta iX analyzer is built to endure the high levels of vibration, electromagnetic and acoustical noise, dust, and moisture of production facilities for increased reliability and uptime.

• Vibration tested (MIL-STD)
• IP54 rated
• Designed to operate from –10 °C to 50 °C (14 °F to 122 °F) with continuous testing

A built-in heat sink lowers the internal temperature, while fan attachment points are available if additional cooling is needed. The analyzer offers toolless window changes for fast maintenance.

The world’s only handheld that analyzes lithium in rocks, ores, and powders.The Z-901 features an all-new ergonomic design, a 0.5 lb. weight reduction down to about 3.5 lbs. (1.6 kg), improved heat dissipation, and completely updated software and processing electronics.In use globally for lithium exploration projects, with no travel restrictions or licensing headaches.

The world’s only handheld that analyzes lithium in rocks, ores, and powders.

In use globally for lithium exploration projects, with no travel restrictions or licensing headaches.

Exacting elemental analysis

Factory calibrated for lithium in pegmatite, clays, and mica-schists, including relevant base elements in the 380 – 680 nm range.

Microanalysis capability with 100 um laser spot size. On-board Y stage for rastering laser to discrete locations for targeted analysis or averaging.

SciAps also offers the Z-903, containing a third spectrometer to extend the analytical range down to 190 nm for users testing brines for other elements, including boron, magnesium, calcium, and potassium.

Engineered for field and lab

SciAps LIBS series handheld analyzers, at just 3.87 lbs. (1.75 kg) with battery, have an internal camera for precise targeting of analysis locations; a macro camera for photo-documentation of samples, reading bar codes and QR codes; a patented “sample sensor” that allows Class 1 operation (subject to LSO approval); high-resolution, rear-facing display for easy viewing; rugged metal body for maximum durability; a narrow snout for difficult-to-access test locations; and user-replaceable argon that provides hundreds of tests at pennies per test. Pair with Profile Builder software for PC or tablet and achieve full bench top functionality.

Intuitive operations

Android operating system and app-based software assure quality testing by every operator. Built-in Wi-Fi and Bluetooth, with GPS capability, allow users to print, email, and connect to virtually any information management system for real-time, full-featured reporting. Automatically merge XRF and LIBS tests with SciAps Cloud Services. Easily manage operations from anywhere.

Specifications:

Weight: 3.87 lbs. (1.75 kg) with battery

Processing Electronics

ARM Quad Cortex -A53 1.2GHz memory: 2 GB LPDDR3, 16 GB eMMC

Calibration Check

316 stainless steel standard for automated calibration and wavelength scale validation.

Dimensions: 10.75 x 2.375 x. 8.625 inches

Data Storage

Results storage: 32 GB SD card

Spectral Range: 380 nm – 680 nm

Display

3.5-inch high-brightness color touchscreen, readable in all conditions. Rear-facing display for easy results viewing

Drift Correction

On-board automated drift correction software with factory-provided or user-provided reference materials.

Sample Viewing

Integrated camera and laser target indicator for viewing sample before and during analysis provide proper sample alignment. Includes second “macro camera” for scanning QR or bar codes and for photo-documentation and report generation.

Power

On-board rechargeable Li-ion battery, rechargeable inside device or with external charger, AC power.

Regulatory

CE, RoHS, USFDA registered. Class 3b laser. Sample sensor on board, allows for operation under Class 1 conditions subject to local LSO approval.

Laser Raster

On-board Y stage for rastering laser to discrete locations for targeted analysis or averaging.

Connectivity

Built on Google’s Android platform for real-time data exporting, including built-in Wi-Fi (IEEE 802.11b/g/n), Bluetooth (BR/EDR BLE), GPS and USB-C to connect to virtually any information management system.

Security

Password protected. Multi-user support with configurable access settings.

Atmosphere

SciAps proprietary Opti-Purge inert argon environment that improves spectral signal-to-noise ratio and performance in UV range.

The EPOCH 600 is mid-level, handheld ultrasonic flaw detector. Weighing only 1.68 kg (3.72 lb.), its horizontal case is built to withstand the rigors of very harsh environments. EN12668-1 plus features such as 400 V PerfectSquare tunable square wave pulser, digital filtering for enhanced signal-to-noise ratio.

The EPOCH 600 Digital Ultrasonic Flaw Detector combines Olympus' industry leading conventional flaw detection capabilities with the efficiency of a highly portable, intuitive instrument. The EPOCH 600 flaw detector's blend of efficient menus and direct access keys allows you to take advantage of the highest quality flaw detection platform with exceptional ease of use.

The large, full VGA transflective display combined with our patent-pending digital high dynamic range receiver provides a stable, striking A-scan representation in any lighting condition. Available in two hardware configurations, the EPOCH 600 offers you the choice to adjust parameters with a knob or with a navigation area on the keypad. The EPOCH 600 is designed to meet the requirements of EN12668-1 and allows a full range of standard and optional flaw detection features. The rugged, ergonomic design allows use in nearly any inspection environment, while the flexible PerfectSquare pulser and digital filtering capabilities can tackle nearly any application.

Key Features:

Designed to meet the requirements of EN12668-1

PerfectSquare™ tunable square wave pulser

Digital high dynamic range receiver

Eight digital filters for enhanced signal-to-noise ratio

2 kHz PRF for rapid scanning

Knob or navigation pad adjustment configurations

Large, full VGA sunlight readable display

Long battery life, supporting lithium-ion or alkaline batteries

Standard dynamic DAC/TVG and onboard DGS/AVG

2 GB MicroSD memory card for data transfers and storage

USB On-The-Go (OTG) for PC communication

Alarm and VGA outputs

Optional analog output

Included:

Olympus Epoch 600 unit

Charging dock for battery

AC Adapter/Charger 

Power cord for charger 

User Documents

Hard carrying case

The API vProbe, a hand-held, light-weight, wireless tactile probe with easy hold grip which allows the laser tracker to perform extended coordinate measurement functions by measuring intricate features or part characteristics outside the line of site of the tracker set up, providing fast and accurate measurements. The vProbe offers more versatility than a portable arm CMM and inherently more suitable for larger parts.

Probe complex parts
Hand-held, light-weight, wireless tactile probe with easy-hold grip stylus allows for inspection of intricate features & cavities for large, complex parts.
True portability
The vProbe can perform extended coordinate measurement functions outside the line of site of a laser tracker.
Real-time feedback
The vProbe provides instantaneous feedback when a coordinate is measured. This allows for quick and convenient measuring and inspection.

FEATURES & BENEFITS:

True wireless portability
vProbe uses wireless technology and integrated battery allowing portable measurement for up to 6 hours on a single charge.
Long range measurement
The vProbe boasts a large operating volume up to a 40 meter radius with minimal performance degradation.
Dynamic scanning
vProbe's dynamic scanning capability provides instant coordinate feedback, allowing the operator to take measurements faster than competing systems.
Compact design
The vProbe has a lightweight design and fits with the tracker in a single carrying case with.
Ergonomic
vProbe can be operated for longer periods of time with its lightweight design and easy-hold grip.
Multiple stylus options
Variety of styli are available – lengths 50mm to 500mm and multiple tip diameters.
Flexibility
Dual stylus locations, easy indicator lights, and a stylus toggle switch makes measurements with the vProbe quick and convenient.

The Leica BLK360 is the world’s smallest imaging laser scanner, simplifying the collection of accurate 3D imagery and measurements. The Leica BLK360 captures the world around you with full-colour panoramic images overlaid on a high-accuracy point cloud. Simple to use with just the single push of one button, the BLK360 is the smallest and lightest of its kind. Anyone who can operate an iPad can now capture the world around them with high resolution 3D panoramic images.

Using the ReCap Pro mobile app, the BLK360 streams image and point cloud data to iPad. The app filters and registers scan data in real time. After capture, ReCap Pro enables point cloud data transfer to a number of CAD, BIM, VR and AR applications. The integration of BLK360 and Autodesk software dramatically streamlines the reality capture process thereby opening this technology to non-surveying individuals.

BLK360 Imaging Laser Scanner

Allows you to scan in high, standard and fast resolutions

Weighs 1kg / Size 165 mm tall x 100 mm diameter 

Less than 3 minutes for full-dome scan (in standard resolution) and 150 MP spherical image generation

360,000 laser scan pts/se

HDR and thermal imaging

ReCap Pro Software

Gain complete access to ReCap Pro for desktop, web and mobile*

Control all aspects of the reality capture process remotely on ReCap for iPad

Automatically register and visualise scan data in the field

Mark up, tag and collaborate on scans while on the job site

Reduce rework requests and share reality data remotely

Seamless data transfer into Autodesk design software

With the combination of the BLK360 and Autodesk ReCap Pro, benefit from:

Speed: On-the-fly image and point cloud processing in the field.

Portability: Flexibility to scan wherever, whenever with the small lightweight scanner that fits into a messenger bag.

Ease of Use: Push-button scanning that automatically stitches and registers in the mobile version of ReCap Pro.

Cloud Connectivity: Better collaboration and virtualisation with cloud sync.

Simplified Data Collection: Two-in-one 360º image documentation and laser scan data.

Interoperability: Reality capture data connectivity with Autodesk’s design solutions.

Includes:

Leica BLK360 3D Laser Scanner

Autodesk Recap 360 12 Months subscription

Cyclone REGISTER Software, Add-on Cyclone REGISTER Customer Care Package (CCP) 1 year Permanent License

Access to Cyclone FIELD 360 for in-field data collection and scan pre-alignment

Access to Cyclone REGISTER 360 while CCP is active

Power 3x Leica GEB212 Batteries & 2x Leica GKL312 Battery Charger & 2x Leica, GEV192-9 AC/DC Adaptor

Leica BLK360 853638 Tripod

Leica BLK360 Mission Kit and iPad Pro

Leica BLK360 1 Year Warranty Extension

The laser shaft alignment tool for every workshop

OPTALIGN touch was designed by some of the world’s leading alignment experts to solve problems in the easiest way possible. Featuring the unique sensALIGN 5 laser and sensor heads, it enables powerful, fast, and efficient ways to align machine shafts.

Designed for standard machines and everyday tasks, OPTALIGN Touch combines hardware, software, and WiFi connectivity to deliver precise alignment data via the cloud. Its intuitively guided user interface can be operated by almost anyone – users just need to follow the three steps for any laser shaft alignment procedure: dimensions, measure, and result.

The OPTALIGN Touch offers all well-known PRUFTECHNIK features necessary for every day alignment jobs: SWEEP mode measurement, simultaneous Live Move, InfiniRange, flip machines functionality, soft foot detection, dynamic tolerance (TolChek), thermal growth compensation and many more.

Adaptive Alignment for any maintenance workshop

·         Single-laser technology sensALIGN 5 featuring continuous SWEEP mode, Live Move, and InfiniRange

·         Active Situational Intelligence speeds every alignment task

·         WiFi and Bluetooth communication

·         Continuous SWEEP measurement mode: Automatic collection of alignment data during shaft rotation

·         Live Move: simultaneous real-time machine corrections in both horizontal and vertical directions

·         Automatic evaluation of the alignment condition (Dynamic Tolerance)

·         Soft foot check – measure, correct, and save results

·         InfiniRange extends detector measurement range to handle gross misalignment and large coupling separation distances

·         Fully featured with all shaft alignment relevant functions

·         Upgrade with sensALIGN 7 laser/sensor heads: the whole world of PRUFTECHNIK’s adaptive alignment features becomes available

Key benefits:

·         Work faster without sacrificing accuracy

With intuitive setup and data acquisition and an easy-to-use handheld device, even complex alignment jobs can be done quickly with no loss in accuracy and precision.

·         Leverage advanced laser shaft alignment capabilities

The powerful hardware and software features in the OPTALIGN touch simplify the way you perform mounting, measuring, and shimming.

With mistake-correcting capabilities, this tool adapts to both the alignment challenge and experience level of the user.

·         Transfer data to and from the cloud

Send and receive alignment data from and to the ARC 4.0 PC software via an integrated WiFi connection. Monitor and trend your data for analysis and action.

sensALIGN technology

The sensALIGN Series technology is based on the inherent PRUFTECHNIK single laser technology providing highly precise measurement results and easy mounting and measuring in the field. sensALIGN 5 sensors include two HD large position-sensitive detectors (PSD) and MEMS inclinometers. Combined with the detector extension capability (InfiniRange), it is always possible to measure and document the initial alignment condition; no matter how big is the misalignment. Furthermore, this technology allows the simultaneous monitoring of the machine corrections in vertical and horizontal directions, starting from any angular position where the sensor comes to stop.

What's new?

touch device Firmware Version 2.5

·         ANSI tolerances available for Short flex and Spacer coupling types

·         Resolution available in both 2DP and 3DP (Metric)

·         Report print preview

·         Report new section: Measurement equipment serial number and due calibration date

·         Tolerance screen accessible directly from Results view

·         Context sensitive help ‘?’ button directly accessible within main workflow screens

·         "Add feet" button available in stationary machine properties

Please note: touch device firmware version 2.5 strictly requires ARC 4.0 software version 2.5 to communicate.

How to upgrade your firmware?

touch device - ALI 50.200 upgrade procedure

·         Please ensure the touch device is charged or has at least 50% battery capacity.

·         Unzip file to empty PRUFTECHNIK USB memory stick. Firmware is stored in "touch" folder.

·         Switch on the touch device. Wait for Home screen to appear.

·         Connect USB memory stick to the touch device USB port. New firmware copied from USB memory stick to the touch device.

·         After approximately 1 minute on-screen message box appears stating new upgrade firmware found. Tap green tick button to start upgrade. Remove USB memory stick from the touch device.

·         The touch device restarts and firmware upgrade begins.

·         After completion of firmware upgrade the touch device restarts and finishes in Home screen

The Bruker S1 Titan 800 is Bruker's flagship handheld XRF analyzer, designed to quickly and accurately display the elemental analysis of your target sample. It also clocks in as one of the lightest, most powerful XRF analyzers currently available - weighing just under 1.5 kg with battery. Whether you are testing large machined parts, scrap metal or other products, the ergonomic pistol grip and trigger design allow for all-day "point-and-shoot" analyzing of materials.

Durable with the Latest Technology
The S1 Titan 800 features an integrated touch-screen color display, 50 kV X-ray tube, SMART Grade timing (for fastest and safest alloy identification), SharpBeam technology, Silicon Drift Detector (SDD) with CUBE™ technology (operating at very high count rates and thus provides excellent precision with short measurement times), and an extremely tough housing that is sealed against humid and dusty environments (rated IP54).  The graphene Window SDD provides fast and precise analysis with advanced detector technology.

Connectivity
The analyzer also comes with Bluetooth, Wi-Fi and USB connectivity. Data can be stored internally on the instrument or a USB flash drive.

Integrated Camera
The S1 Titan 800 is equipped with an integrated camera (640 x 480 pixels) to provide sample visualization and accurate location of the measurement spot. There is a small spot option for the S1 Titan 800 that provides a small measurement area for the isolation of small features being tested.

Software
Each S1 Titan 800 ships with Bruker's Instrument Toolbox, the PC software suite for controlling and communicating with the analyzer. The unit can be remotely controlled via Wi-Fi or USB so you can communicate with the instrument and manipulate data. Included are a report generator, spectrum viewer, grade table editor and the ability to install software & calibration updates.

Accessories
The S1 Titan 800 can come with optional Bluetooth wireless accessories including an external GPS receiver providing GPS coordinates of the assay, a portable, rugged thermal printer, and a barcode reader. 

Add-On Packages
The S1 Titan 800 features add-on calibration packages for measuring the following types of materials :

Metals Alloy PMI

• Alloys with Light Elements - Includes type specific calibrations for stainless steels, tool steels, low alloy steels, nickel alloys, cobalt alloys, copper alloys, zinc alloys, light (Al, Mg and Ti) alloys and general calibration for all other alloy types.
• Precious Metals - Au, Ag, Pt, Pd based alloys including KARAT library (single phase).

Geo/Minerals/Mining/Industrial Minerals

• GeoExploration - Multiphase application package including GeoExploration calibration for Geochemical exploration and GeoMining for mining and ore processing.
• Limestone - Calibration on Limestone and Dolomitic Limestone reporting Mg and Ca Carbonate, normalized for use both on powder and solid rock, cement and gypsum applications.
• Heavy Metals and Nutrients in Soil - Heavy metals in soil, dual phase calibration for environmental compliance and elemental nutrients in soil.

Food Safety & Environment

• Restricted Materials - Restricted materials, consumer products calibration package with light element capability (Al-Bi). For all ROHSII, CPSIA, PROP65, WHEE compliance applications. Includes Auto mode and user selectable calibrations for plastics, mid-density materials and metals. Includes Plastic and Solder check sample. Measures Cl and Br and can also be used for Halogen free testing.
• Maritime Sulfur - MARPOL measurement of Sulfur in maritime Fuels 0.01-1% wt. % S.
• Industrial Lead in Paint - Reports lead in paint as area concentration mg/cm².
• Food Safety - Application Package includes calibrations to measure foodstuff, packaging, and food contact materials. Includes an alloy application to allow PMI and shavings ID, Adapted Restricted Materials Application.
• Food Quality - For nutrients and fortificants in foodstuffs.
• Filter and Dust Wipe - Measures hazardous elements on air filters and lead wipe test dust wipes.

Feature:

• Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific
• Superior large area graphene window SDD detector technology
• Superior count rates and resolution (compared to previous generation SiPIN instruments)
• Faster than previous generations
• Lower detection limits
• Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Package includes:

• Bruker S1 Titan 800 Handheld XRF Analyzer
• Two (2) high performance Li-Ion batteries with smart charger
• USB stick for data storage and easy reporting
• Bruker Instrument Toolbox software package for reporting, qualitative spectral analysis, live spectrum functionality, flexible grade table, user field editor and remote instrument control
• 5 spare PROLENE™ protective windows
• Extensive manuals and safety video
• Waterproof and pressure equilibrated PELICAN™ transport case
• 2 year standard warranty (Extendable to 5 year total Protection)

Bruker S1 Titan 800 Handheld XRF Analyzer. Available For Sale!

OmniScan™ X3 64 Phased Array and TFM Flaw Detector with Advanced Capabilities
Power You Can Carry
Housed in the field-proven rugged and portable OmniScan X3 enclosure, the OmniScan X3 64 flaw detector’s powerful focusing capabilities supported by its larger element-aperture capacity enable you to fully exploit 64-element phased array probes and 128-element aperture TFM. Utilize its enhanced performance to meet the inspection challenges of thick and attenuative materials and expand your potential to develop new procedures for a wider range of applications.

Save Time and Energy Screening Welds with the Merged B-Scan
If you’ve ever wondered whether there’s a more efficient way to perform weld screening than simply scrolling through B-scans, you’ll want to hear about our solution. With the MXU 5.13 software update, we introduced an innovative B-scan view for the OmniScan™ X3 series that has the potential to revolutionize this time- and attention-consuming technique. Used as a validation tool, it can give you more confidence in your assessments and help ease the whole B-scan screening process.

Confidence You Can See
The OmniScan X3 flaw detector is a complete phased array toolbox. Powerful tools, including total focusing method (TFM) imaging and advanced visualization capabilities, backed by its high image quality enable you to complete your inspection with greater confidence.

Confirm Your TFM Beam Coverage in Advance
The Acoustic Influence Map (AIM) tool provides you with an instant visual model of the sensitivity based on your TFM mode, probe, settings, and simulated reflector.
The AIM tool takes the guesswork out of creating your scan plan—visualize the effect of a wave set (TFM mode), see where sensitivity stops, and adjust your scan plan accordingly.

See What You’ve Been Missing with PCI
Our innovative amplitude-free live phase coherence imaging (PCI) improves small-defect sensitivity and penetration in noisy materials, all while easing your setup and simplifying sizing. Available on the OmniScan X3 64 flaw detector as of MXU 5.10.

Benefit from 64-Pulser Phased Array
Exploit the full potential of 64-element phased array probes using the OmniScan X3 64 flaw detector to achieve improved resolution at the focal point.
Slide Right: Acquired using a 32-channel OmniScan X3 unit with a 64-element probe (5L64-A32 model), this S-scan is a high-quality image but the resolution reflects the fact that only the middle 32 elements could be used for the focal law.  
Slide Left: Using a full 64-element aperture (5L64-A32 probe), the OmniScan X3 64 flaw detector provides better PA resolution at the focal point, enabling you to more easily distinguish indications that are close together or in a cluster.

Access Full 128-Element Aperture TFM
Made possible by new generation electronics, TFM imaging offers better focusing capabilities for smaller indications and an improved signal-to-noise ratio (SNR). With its 128-element aperture capacity, the OmniScan X3 64 model provides enhanced image clarity.
Slide Right: This TFM image was acquired with 64 elements of a 128-element probe (3.5L128-I4 model) using an OmniScan X3 32-channel model.
Slide Left: Here, the OmniScan X3 64 flaw detector enabled us to use the full 128-element aperture of our 3.5 MHz, 128-element I4 probe. Note the improved resolution and reduced background noise.

Acquire up to 4X Faster TFM
Achieve total focusing method (TFM) acquisition speeds of up to 4 times faster when using a 64-element probe. Compared to models with 32 pulsers, the OmniScan X3 64 flaw detector offers a significant improvement in efficiency owing to its larger aperture capability.

Improved Phased Array

• Up to 3x as fast as the OmniScan MX2 flaw detector (max pulse repetition frequency)
• Single TOFD menu for an accelerated calibration workflow
• 800% high amplitude range reduces the need to rescan
• Onboard Dual Linear Array™ and Dual Matrix Array™ probe support accelerates setup creation

Ease Corrosion Monitoring Using Phased Array
Using phased array to inspect corrosion offers many benefits, including excellent coverage and resolution. However, becoming proficient in phased array techniques can be challenging. The OmniScan X3 flaw detector combines advanced functions such as gate synchronization with thoughtfully designed software and simplified menus, so you can obtain accurate data more easily. Configure your setup quickly thanks to its A-scan synchronization processing and manual time-corrected gain (TCG).

This FARO Freestyle 2 compact device is a game-changer for the public safety arena given its remarkable degree of photorealism 3d reality data capture. As an advanced handheld 3D forensic scanner, FARO Freestyle 2 is ideal for investigators and reconstructionists who require fast and complete scene documentation, Freestyle 2 provides immediate real-time visualizations with photorealistic reality capture capabilities. The result is unmatched confidence that what is captured is accurate while offering unparalleled access to even the most confined spaces. Designed for normally illuminated interiors and outdoor spaces (10,000-45,000 lux) including overcast conditions, Freestyle 2 is also capable of generating usable data even in complete darkness. Thus, documenting scenes has never been easier. In addition, the device’s one-hand operation leaves the operator’s other hand free to open doors, balance or brace themself against objects for a better, more stable capturing angle and provides the ultimate on-scene flexibility to reach in, under, and around objects. Plus, haptic feedback alerts the operator when adjustments are required to the user’s scanning technique to ensure the highest quality data is always being captured.

As a fully self-contained solution, with Freestyle 2 there is no bulky computer to worry about, no tablet to carry, no annual calibration, and no long cables to trip over or interfere with your shot. Eliminating these restrictions provides for easier completion of white balance calculations as well as on-site compensation. The device also features a training mode that generates a live display of data capture quality along with integrated training videos.

Versatile and lightweight

Freestyle 2 can scan distances ranging from 0.4m to 10m or from small discrete objects at a crime scene investigation to entire vehicles (interior and exterior) as well as interior scenes. This is all made possible by the scanner's infrared laser, which projects a 100 x 100 grid of invisible dots onto the target and is interpreted by two cameras built into the device's T-shaped extremities. When used in conjunction with the colour capture camera, all work in concert to create photorealistic images in real-time. Combined with a proprietary tracking engine that enables users to make natural movements while scanning, the handheld device is easy to use even for untrained operators.

FEATURES

• Real-Time Visualization: Display lets you view what you capture as you scan
• Wide-Range of Scanning Distances:
• Captured 3D Points starts at 0.4 m
• Can be set to a maximum of 10 m
• Capture in Variety of Lighting Conditions
• Designed for normally illuminated interiors and outdoors, including in overcast conditions
• Even provides usable data in complete darkness
• One-Hand Operation : Lightweight with no bulky tablet or long cables
• Guided Scanning:
• Haptic feedback alerts operator when adjustments need to be made to the users scanning technique
• Proprietary tracking engine enables users to make natural movements while scanning
• On-Site Compensation:
• White-balancing, post-processing can be done at the scene
• No annual calibration required
• Integrated Training: Live display of data quality with integrated training videos, and tutorials

BENEFITS

• Ultimate Flexibility
• Freestyle 2 is portable, without the need for bulky computers
• Self-contained unit gives the freedom to scan around objects or inside spaces
• Save Time
• Scan scenes and objects without data voids in minutes
• Captures data easily and in more detail in less time
• Photorealistic Results: Get high-quality, colored, 3D data with up to 0.5 mm accuracy
• Confidence in What you Capture: See a display of data as you capture to ensure you are getting what you need
• Easy-to-learn & Easy-to-Use : Modern user interface, proprietary tracking algorithms, integrated video tutorials

RUGGED, RELIABLE POSITIONING
The ultra-rugged Trimble® SPS985L GNSS Smart Antenna offers unmatched reliability for construction site positioning. Ideal for use on small and large job sites, the SPS985L can serve as a precise GNSS rover system or as a base station for other GNSS operations including machine control.
The SPS985L provides the highest GNSS precision specifications available, using GPS, GLONASS, and QZSS constellations.

Easy-to-Use Rover
The SPS985L is engineered to stand up to the most dynamic and rugged jobsite measurement applications. The integrated smart antenna design and quick release connector make it easy to transport and set up on a range pole, ATV or supervisor truck.
The SPS985L can move from one site measurement application to another, saving set up time and maximizing use time. For example, a grade checker can mount the SPS985L to an all terrain vehicle and conduct site topos, check as-builts, and road center lines in even the roughest site conditions. The SPS985L can withstand the high vibration scenarios often seen on ATV-mounted site work without interruption or fear of damage.
The SPS985L integrates numerous timesaving features in a compact and rugged system. It has never been so quick and easy to get measuring. Initial site work and topo can even be done base station free using satellite delivered GNSS corrections to the rover.

Trimble SCS900 Site Controller Software
With Trimble SCS900 Site Controller Software and the SPS985L, you can:
• Determine cut/fill on a range pole, utility vehicle, or truck
• Stake out site or road features, utilities, daylight lines and side slopes
• Measure progress and calculate material stockpile volumes
• Carry out as–built measurements, grade checks and laid material thickness checks

Trimble Web UI
The Trimble Web UI™ eliminates the need to travel to the job site for routine monitoring of the established base station. Now you can assess the health and status of the base station and perform remote configurations from the office. Setting a new standard for rugged reliability, the SPS985L GNSS Smart Antenna keeps your crews working, not wasting time with GNSS maintenance.

Reliable Base Station
The SPS985L can also serve as a powerful site base station, using integrated Wi-Fi or optional radio to send and receive corrections for rover or machine control work. It is the easiest base station on the market – just put it on the tripod, switch it on, and you’re ready to go. The SPS985L will automatically establish a Wi-Fi connection with the machine radio or GNSS rover and begin transmitting corrections.

Push the boundaries of GNSS performance.
The Trimble® R12 GNSS receiver is engineered for improved performance in challenging GNSS conditions. With groundbreaking signal management and rugged durability, get ready to go further than you ever thought possible.

Benefits and performance
A high-performing GNSS receiver, the R12 enables you to work more productively in more places.

High performance
Boost your productivity with measurably better performance in challenging urban and rural environments, near tree canopy or tall buildings.

Efficient
Flexible signal management enables the use of all available GNSS constellations and signals. With higher satellite availability, you can get the shot faster.

Key specifications
With support for all available and future GNSS signals, this high-precision GNSS receiver is what you need for challenging conditions.
8 mm H/15 mm V : Real-time kinematic precision
672 : GNSS channels
2 cm H/5 cm V : CenterPoint RTX precision

Features and capabilities
BUILT FOR CHALLENGES
Use on your toughest jobs
Provides superior performance and productivity in challenging GNSS environments such as near and among trees and buildings.

POWERFUL
An advanced solution
R12 is a powerful 672-channel solution with Trimble 360 technology that delivers the most advanced satellite tracking of all constellations.

RTK LEVEL ACCURACY
Highly accurate, everywhere
Obtain RTK-level accuracy worldwide without the need for a base station or VRS network with real-time corrections via satellite or internet.

REDUCE DOWNTIME
Keep working during outages
Reduce downtime in the field with continuous RTK and VRS coverage during correction outages from radio and cellular black spots.

Industries and applications
The future of your work.
Trimble facilitates high quality, productive workflows and data exchange, driving value for a global, diverse user base.
Industries
Discover how Trimble can help you solve your industry's most complex challenges and uncover opportunities to work smarter.
Applications
Trimble transforms data into real-world intelligence using the most progressive, reliable and accurate precision technology to meet needs of varied applications.

The Vanta Element handheld X-ray fluorescence (XRF) analyzer provides elemental analysis for alloy grade identification  and sorting in as little as one second. Easy to operate, the Vanta Element analyzer’s clear, fast grade ID and on-screen  grade comparison help speed up metal testing for scrap sorting and metal manufacturing.The analyzer’s smartphone-like user interface helps increase efficiency and throughput with features like on-screen grade comparison, sorting instructions, and identifying contaminants or the presence of residual elements that can compromise value and quality. Easy to use and easy to learn, the software helps reduce user training and streamlines the sorting process.

The Vanta Element alloy database includes the most commonly used alloys in scrap recycling and manufacturing, but is easily customized for proprietary or additional grades.

- Non-ferrous alloys

- Low-alloy steels

- Copper alloys

- Nickel and high-temp alloys

- Precious metals

- Aluminum alloys

The Vanta Element analyzer includes connectivity features to help streamline your quality control process.

Powerful Processing

- Vanta electronics

- Axon Technology stability and count rate

Convenient Data Management

- Wireless data transfer to a network folder (optional)

- Cloud data storage and real-time remote data viewing using the Olympus Scientific Cloud

- Direct export to a USB drive

- 1 GB microSD™ card for storing results

Global Support

We are committed to providing the best technical support and after-sales service for our products, applications, training, and technologies through our global network  of sales and customer service teams.

Built for harsh and demanding environments, the Vanta Element analyzer delivers a lower cost of ownership:

- IP54 rated for protection against dust and moisture

- Drop tested (MIL-STD-810G) to protect against falls and  reduce the need for costly repairs

- Rated for continuous testing from −10 °C to 45 °C  (14 °F to 113 °F)

- Stainless-steel faceplate for wear protection

- Tough, thick (50 μm) Kapton® window protects the analyzer

- Easy, toolless window replacement

Specifications:

Dimensions: (W × H × D) : 8.3 cm × 28.9 cm × 24.2 cm (3.25 in. × 11.4 in. × 9.5 in.)

Weight: 1.54 kg (3.39 lb) with battery, 1.32 kg (2.91 lb) without battery

Excitation Source: 2-watt X-ray tube with 35 kV tungsten anode

Primary Beam Filtration: Fixed aluminum filter wheel

Detector: Silicon PIN detector

Power: Removable 14.4 V Li-Ion battery or 18 V power transformer 100–240 VAC, 50–60 Hz, 70 W max

Display: 800 × 480 (WVGA) LCD with capacitive touch screen supporting gesture control

Operating Environment: Temperature: −10 °C to 45 °C (14 °F to 113 °F) at 100% duty cycle

Humidity: 10% to 90% relative humidity noncondensing

Drop Test: Military Standard 810-G 4-foot (1.3 M) drop test

IP Rating and Detector Shutter: IP54: dust protected and protected against water splashing from all directions

Operating System: Linux

Data Storage: microSD™ slot with removable 1 GB Industrial SD card included

USB: (2) USB 2.0 type A host ports for accessories such as wireless LAN, Bluetooth®,

         and USB flash drives

         (1) USB 2.0 type mini-B port cable for connection to computer

Wireless LAN: Supports 802.11 b/g/n (2.4 GHz) via optional USB adaptor

Bluetooth: Supports Bluetooth® with an optional USB adaptor

Warranty: One-year warranty

Package includes:

- Olympus Vanta Element

- Hand strap

- Shoulder strap

- Charged battery

- Wall charger

- Field Stand

- Soil Foot

- Holster

- USB drives

- User Manual

- Warranty card

- Carrying case

The new BLK360 improves upon everything users loved about the BLK360 G1. A 360-degree, panoramic image and full-dome scan now take less than 30 seconds, making it the fastest imaging laser scanner out there. And it has better image quality, data visualization, and point cloud colorization, along with a new USB-C port for speedy data transfer All in a package that’s 20% smaller than its predecessor.

Four scan settings capture data in 7, 13, 30, or 75 seconds at 680,000 points per second. And our patented Visual Inertial System (VIS) uses onboard cameras to track the device’s position for in-field pre-registration of captured data, significantly speeding up workflows and automatically combining scan setups on-site.

Fully compatible with Leica Geosystems Cyclone suite of Reality Capture software, the new BLK360 represents a new leap forward in fully automated, ultrafast, detailed laser scanning.

BLK Live App
The BLK360 includes a free companion app, BLK Live, allowing the user to control the imaging laser scanner and immediately view captured data for on-site feedback, quality assurance, and quality control. Available for iOS and Android.

Leica Cyclone REGISTER 360 Subscription 
REGISTER 360 is a simplified version of Leica Geosystems Cyclone REGISTER that features an intuitive UI, guided workflows, and an easy process for sharing data downstream with more advanced tools like JetStream and TruView. Or export your cloud as a standard E57 file or Autodesk's native RCP file format.  

Get started out of the box
To work with point cloud data on your computer, users can use the BLK Live app to export E57 files or subscribe to Leica Cyclone REGISTER 360 (Regular or BLK Edition). Cyclone REGISTER 360 BLK Edition is optimized for the BLK360 and provides streamlined workflows to assist new users and speed up the process for experienced users.   

Software options for every kind of project
For larger projects or existing Cyclone users, Leica Geosystems Cyclone REGISTER 360, the BLK Live app, and Cyclone FIELD 360 are also available to help register your scans together and view scan data and imagery in real-time. 

Leica BLK360 Specifications
GENERAL
Imaging scanner : 3D scanner with integrated highspeed HDR spherical imaging system and Visual Inertial System (VIS) for real-time pre-registration

DESIGN & PHYSICAL
Housing : Black anodized aluminium
Dimensions : Height: 155 mm / Diameter: 80 mm
Weight : 0.75 kg (0.85 kg incl. battery)
Transport cover : GVP739 Transportation cover
Mounting mechanism : Button-press quick release

OPERATION
Stand-alone operation : One-button operation
Mobile devices : BLK Live app for iOS and Android smartphones. Leica Cyclone FIELD360 app for iOS and Android tablet computers and smartphones
Wireless communication : Integrated wireless LAN (802.11 b/g/n)
Internal memory : SStorage for up to 1500 setups
Instrument orientation : Upright and upside down

POWER
Battery type : Internal, rechargeable Li-Ion battery (Leica GEB825)
Capacity : Up to 70 setups per battery

SCANNING
Distance measurement system : High speed time of flight enhanced by Waveform Digitizing (WFD) technology
Laser class : >1 (in accordance with IEC 60825-1:2014)
Wavelength : 830 nm
Field of view : 360° (horizontal) / 270° (vertical)
Range : min. 0.5 m - up to 45 m
Point measurement rate : up to 680.000 pts/sec
Measurement modes : 4 user selectable resolution settings (6/12/25/50 mm @ 10 m)

IMAGING
Camera System : 13 Mpixel 4-camera system captures 104 Mpx raw data for calibrated 360° x 270° spherical image
Speed : < 8 sec. for full spherical LDR image at any light conditions
< 20 sec. for full spherical 5-brackets HDR image at any light conditions

PERFORMANCE
Data acquisition : < 20 sec. for complete full dome scan and spherical LDR image at 50 mm @ 10 m resolution with automatic tilt measurements
3D point accuracy : 4 mm @ 10 m
Real time pre-registration : Automatic point clout alignment based on real time tracking of scanner movement between setups based on Visual Inertial System (VIS) by video-enhanced inertial measurement unit

ENVIRONMENTAL
Robustness : Designed for indoor and outdoor use
Operating temperature : 0° C to 40° C
Dust/Humidity : Solid particle/liquid ingress protection IP54 (IEC 60529)

DATA ACQUISITION
Data transfer : Wireless and USB 3.0
Desktop software : Leica Cyclone REGISTER 360 and Cyclone REGISTER 360 (BLK Edition)
Cloud software : HxDR Digital Reality: cloud-based digital reality platform

Product Includes: 
• BLK360 Laser Scanner
• 3 Batteries
• Multicharger
• Transportation Case
• USB-C Cable
• Microfiber cloth
• Documentation
• BLK live app. .e57 single scan export

The Bruker S1 Titan 800 is Bruker's flagship handheld XRF analyzer, designed to quickly and accurately display the elemental analysis of your target sample. It also clocks in as one of the lightest, most powerful XRF analyzers currently available - weighing just under 1.5 kg with battery. Whether you are testing large machined parts, scrap metal or other products, the ergonomic pistol grip and trigger design allow for all-day "point-and-shoot" analyzing of materials.

Durable with the Latest Technology

The S1 Titan 800 features an integrated touch-screen color display, 50 kV X-ray tube, SMART Grade timing (for fastest and safest alloy identification), SharpBeam technology, Silicon Drift Detector (SDD) with CUBE™ technology (operating at very high count rates and thus provides excellent precision with short measurement times), and an extremely tough housing that is sealed against humid and dusty environments (rated IP54).  The graphene Window SDD provides fast and precise analysis with advanced detector technology.

Connectivity

The analyzer also comes with Bluetooth, Wi-Fi and USB connectivity. Data can be stored internally on the instrument or a USB flash drive.

Integrated Camera

The S1 Titan 800 is equipped with an integrated camera (640 x 480 pixels) to provide sample visualization and accurate location of the measurement spot. There is a small spot option for the S1 Titan 800 that provides a small measurement area for the isolation of small features being tested.

Software

Each S1 Titan 800 ships with Bruker's Instrument Toolbox, the PC software suite for controlling and communicating with the analyzer. The unit can be remotely controlled via Wi-Fi or USB so you can communicate with the instrument and manipulate data. Included are a report generator, spectrum viewer, grade table editor and the ability to install software & calibration updates.

Accessories

The S1 Titan 800 can come with optional Bluetooth wireless accessories including an external GPS receiver providing GPS coordinates of the assay, a portable, rugged thermal printer, and a barcode reader.

Add-On Packages

The S1 Titan 800 features add-on calibration packages for measuring the following types of materials:

Metals Alloy PMI

o Alloys with Light Elements - Includes type specific calibrations for stainless steels, tool steels, low alloy steels, nickel alloys, cobalt alloys, copper alloys, zinc alloys, light (Al, Mg and Ti) alloys and general calibration for all other alloy types.

o Precious Metals - Au, Ag, Pt, Pd based alloys including KARAT library (single phase).

Geo/Minerals/Mining/Industrial Minerals

GeoExploration - Multiphase application package including GeoExploration calibration for Geochemical exploration and GeoMining for mining and ore processing.

Limestone - Calibration on Limestone and Dolomitic Limestone reporting Mg and Ca Carbonate, normalized for use both on powder and solid rock, cement and gypsum applications.

Heavy Metals and Nutrients in Soil - Heavy metals in soil, dual phase calibration for environmental compliance and elemental nutrients in soil.

Food Safety & Environment

Restricted Materials - Restricted materials, consumer products calibration package with light element capability (Al-Bi). For all ROHSII, CPSIA, PROP65, WHEE compliance applications. Includes Auto mode and user selectable calibrations for plastics, mid-density materials and metals. Includes Plastic and Solder check sample. Measures Cl and Br and can also be used for Halogen free testing.

Maritime Sulfur - MARPOL measurement of Sulfur in maritime Fuels 0.01-1% wt. % S.

Industrial Lead in Paint - Reports lead in paint as area concentration mg/cm².

Food Safety - Application Package includes calibrations to measure foodstuff, packaging, and food contact materials. Includes an alloy application to allow PMI and shavings ID, Adapted Restricted Materials Application.

Food Quality - For nutrients and fortificants in foodstuffs.

Filter and Dust Wipe - Measures hazardous elements on air filters and lead wipe test dust wipes.

Features:

Available calibrations include: alloy, gold, and precious metals, bulk material (E‐scrap and catalytic converters), soil, mining, restricted materials, and customer specific

Superior large area graphene window SDD detector technology

Superior count rates and resolution (compared to previous generation SiPIN instruments)

Faster than previous generations

Lower detection limits

Easy analysis of light elements, such as magnesium, aluminum, and silicon, without the need for vacuum or helium atmosphere (S1 TITAN 800 and 600 only)

Specifications:

Detector Graphene window SDD; 20mm2 active area; Typical resolution <145eV @450,000cps

TITAN Detector Shield (TM): Included on all models

Size / Weight: 25 cm x 28 cm x 9 cm / 1.5 kg (with battery)

Integrated camera: Optional on all models

Elemental Range: Mg - U

Collimator optionns: 8mm standard , 5mm or 3mm optional.

Includes:

Bruker S1 Titan 800 Handheld XRF Analyzer

Two (2) high performance Li-Ion batteries with smart charger

USB stick for data storage and easy reporting

Bruker Instrument Toolbox software package for reporting, qualitative spectral analysis, live spectrum functionality, flexible grade table, user field editor and remote instrument control

5 spare PROLENE™ protective windows

Extensive manuals and safety video

Waterproof and pressure equilibrated PELICAN™ transport case

1 year standard warranty