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- Function of echo-echo (E-E) measurement and auto gain control (AGC)
- Difference mode setting
- Vibration alarm and sound & light alarm settings
- Sound speed calibration and zero calibration
- Adjustable units of measurement
- Easy operating keypad by left/right switch
- Different velocities available
- High frequency scanning technique
- Superior waterproof and dustproof plastic shell
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●Portable size and easy operation
●Suitable for any metallic and non-metallic materials ultrasonic can go through
●Self-compensating of nonlinearity function is supplied for correction of pickup nonlineasity
●10 measuring values can be recorded for TT100,TT110,TT130;100 measuring values can be recorded for TT140
●optional 2.5MHz, 5MHz and 7MHz transducers are available
●Clear 4-Digit LCD display with backlight
●5 pre-set sound velocities for repeating applications
●mm / inch selectable
●TT100,TT130 and TT140 are suitable for thickness testing of various materials with sound speed range 1000-9999m/s
●TT110 and TT120 are easy-operation models with only two keys suitable for thickness testing of steel
●TT120: high-temperature model
●TT140:with backlight display and the memory reach up to 99
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Cygnus 2 - Hands Free
Multiple Echo Ultrasonic Thickness Gauge
The new Cygnus 2 is the smallest, lightest and most durable through coating thickness gauge available. Designed for use in rope access or belt mounted applications where the end-mounted LED display can be easily read whilst taking measurements. The Cygnus 2 is supplied ready to use as a complete kit in a protective carry case.
Features
• Hands free operation: Belt/Harness clip and Neck Strap included
• Light, rugged, small, shock-proof within IP65 sealed aluminum enclosure
• Protective silicone sleeve offers maximum protection and versatility
• Simple keypad operation
• All measurements are error checked using 3 return echoes
• to give repeatable, reliable results
• Gauge senses probe type and automatically adjusts
• settings for optimum performance
• Accepted by all major classification societies
• Single crystal probe to ensure accurate measurements on
• curved and heavily corroded back walls
• Echo strength indicator to aid measurement
• Calibration to a known thickness or a known velocity of sound
• Display brightness automatically adjusts to suit ambient
• light conditions
• Low battery warning
• Metric / Imperial switchable
Applications
• Metal thickness monitoring on cranes, marine structures and conveying systems
• Corrosion checks on ships’ shell plates, bulkheads and structures
• Metal thickness safety checks on steam and pressurised water systems,
• transportable gas containers and compressed air systems
For more information please visit www.cygnus-instruments.com
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PosiTector UTG
All Gages Feature . . .
Simple
Large graphics LCD with multilingual support
Pre-programmed velocities - simply select from a list of common materials or enter your own with ease
Bi-color indicator light - ideal in a noisy environment
RESET feature instantly restores factory settings
Durable
Solvent, acid, oil, water and dust resistant - meets or exceeds IP5X
Scratch/solvent resistant display suitable for harsh environments
Shock-absorbing, protective rubber holster with belt clip
Two (2) year warranty on both gage body and probe
Accurate
Precision transducers provide fast, accurate readings
Certificate of Calibration showing traceability to NIST included with every gage
Conforms to national and international standards including ASTM E797
Versatile
HiLo Alarm - dual-tone alarm and bi-color indicator light audibly and visibly alerts when measurements exceed operator selected limits
Internal memory stores up to 10,000 readings in up to 1000 batches
USB and IR ports for downloading to a PC, printer or data collector
Single or two point adjustment
Select from Two Models
UTG Std model measures the wall thickness of materials such as steel, plastic and more. Ideal for measuring the effects of corrosion or erosion on tanks, pipes or any structure where access is limited to one side.
UTG ME model features Thru-Paint capability to quickly and accurately measure the metal thickness of a painted structure without having to remove the coating. The most accurate method to measure remaining wall thickness of a painted structure because it automatically disregards the coating, lowering inspection time and expense.
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The Link Instruments' Ultra Measure Ultrasonic Thickness Gauge is robust, easy-to-use, with variable velocity calibration that can be set to suit most materials. The Ultra Measure is calibrated to a mild set test bit and can be re-set if required, using the variable velocity + and – buttons for different materials. The unit is fitted with a LCD Display back light for use in bad lighting conditions. The unit can measure from 1mm to 199.9mm and has a resolution of 0.01mm; it is accurate to within 0.1mm. The Ultra Measure complete kit, with its high specifications, is available at a truly affordable price allowing the issue of such equipment to more engineers.
Key Features:
• Robust 5Mhz Transducer with split crystal protection to prevent any contamination
• Simple user calibration at any time
• Back Light for LCD Display
• Rugged IP65 plastic casing and industrial keypad
• Heavy Duty Instrument outer protective rubber boot
• 6 hours life with (4) "AA" alkaline batteries
• Five year Instrument warranty
• Two year Transducer warranty
• Inch or mm reading selection
Specifications:
Dimensions: 6.5” x 4” x 1.75” (165 x 100 x 43mm) approx. Enclosure: Plastic
Weight with Batteries: 0.10lb (300g)
Display: 2 row 16 character LCD display (Back Lit as required)
Frequencies: 4 to 5Mhz
Ultrasonic device – max sound level 73dB re 1uPa at 40V peak to peak Power: 6VDC via 4 X 1.5VDC AA alkaline batteries (6hours continuous use)
Measuring Range: 0.045"- 4.000" / 1.0mm – 199.0mm depending on transducer, surface condition, temperature and material.
Display Resolution: 0.001” or 0.01mm.
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Waveform Thickness Gauges
For more than 31 years, NDT Systems, Inc. has been a leader in bringing high quality, advanced technology ultrasonic testing products to the non-destructive testing marketplace.
Waveform thickness gauges allow users to "see" what the gauge is measuring in order to validate displayed digital thickness reading.
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State of the art, digital Ultrasonic Thickness Gauges are menu driven, multi-functional units offering everything from the basic measurement to extended memory and RS 232 output capabilities. This dynamic series of gages are designed to measure the Thickness of metallic and non-metallic materials such as aluminum, titanium, plastics, ceramics, glass and any other good Ultrasonic wave conductor as long as it has parallel top and bottom surfaces. The UTG-2000 series gages will accurately display readings in either inch or millimeter after a simple calibration to a known Thickness or sound velocity.
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Cygnus Underwater
Multiple Echo Ultrasonic Thickness Gauge
A tough Ultrasonic Thickness gauge using our Multiple Echo technology, designed for use by divers undertaking subsea surveys. The instrument is rated to a depth of 300 m. The Cygnus 1 Underwater is supplied ready to use as a complete kit in a protective carry case with 2 rechargeable batteries.
Features
• Pressure rated to 300 m depth
• Heavy duty sealed unit with double ‘O’ ring protection
• Remote probe with 0.9 m lead for measuring in awkward locations
• Rugged durable shock proof construction
• Stable calibration - linear accuracy - no zero adjustment
• Various probe options
• Two Rechargeable batteries with charger
• Large Bright LED display for poor visibility
• All probes are protected by a membrane to prevent damage
• Self verification of the measurements to ensure accuracy
• Echo strength indicator to aid measurement
Applications
• Metal thickness and corrosion checks on offshore structures and ships
• Safety corrosion monitoring of pipelines and storage vessels
• Metal thickness / wear checks on anchor chains, jetties, dock gates, piers and pilings
• Ships classification surveys
• Maintenance and safety checks on bridges
For more information, please visit www.cygnus-instruments.com
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Newly Enhanced Sensitivity
for tough to locate pipes and cables
- Single-handed operation
- 2 buttons, 2 knobs (too easy)
- Change frequencies from the receiver
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DIGICAT 100 Buried Service Locator
The DIGICAT 100 can be used to find live (energised) power cables, trace buried metal services which reradiate signals. The highly visible digital LED display makes a swift service location possible.
DIGICAT 200 Buried Service Locator
In addition to the well proven functions of the DIGICAT 100 the DIGICAT 200 offers a one stop depth estimation. In co-operation
with the DIGITEX 8/33 (operating in the 33kHz mode) the real depth and location of all services can be found. Available in two display formats, offering depth estimation to 3m or 10ft and an accuracy of approx. ± 10%.
DIGICAT 200 GIS Buried Service Locator
The DIGICAT200 GIS offers all the functions of the DIGICAT 200 with additional wireless connectivity. Compatible with a wide range of field proven hardware platforms and combined with simple interfacing with a variety of industry standard GIS software.
The DIGICAT 200 GIS is an ideal solution for systems integrators seeking to integrate buried service locating with GIS and survey mapping processes, using industry standard wireless connectivity. The advanced data output format provides system integrators with the opportunity to further develop innovative data capture and operational management solutions to meet new market opportunities.
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As with our magnetic locators, Schonstedt pipe & cable locators are designed to withstand the rigors of daily on-site usage and a wide range of environmental conditions. Our “P&C” line is quickly becoming the professional's choice for locating pipe and cable, but you don't have to be a pro to use these instruments. So even if you only have an occasional need to find pipe and cable underground, keep a Schonstedt in your kit.
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BGA.Inspector
The endoscopic inspection system BGA.Inspector permits really easy control of BGAs to flip chips.
The comfortable and easy to assemble XY-table with sample holder facilitates fast inspection. The modular HD design for various types of endoscopes delivers images in brillant quality. The high-power LEDs can be adjusted to exactly illuminate the inspection object with individual settings for front and back light respectively.
Advantages
• for various types of endoscopes
• endoscope may be rotated independently of back light
• XY-table with fine adjustment
• magnetic sample holder
• high-tech camera system for high resolution images
• illumination by high-power LEDs (front and back light)
• all degrees of freedom
• upgrade to professional system possible
• safe investment thanks to modular design
• for use with standard PC*
Options
• various camera systems
• special lenses
• traceability software
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Based on MTI Instruments' proprietary capacitance technology, the Proforma 300 can be used on all wafer materials including:
* Silicon
* Gallium-Arsenide
* Indium Phosphide
* Germanium
...without recalibrating or electrically grounding the wafer.
Fast, Accurate, and Reliable, the Proforma 300 measures wafers up to 300 mm in diameter for both thickness and total thickness variation (TTV)
Portable and Easy to Set Up, the Proforma 300 provides the user precise non-contact measurements at critical points throughout the wafer manufacturing process.
Thickness and TTV values are obtained by placing the wafer between MTI Instruments' non-contact capacitance probes. The Teflon coated wafer stage allows for easy, non-abrasive positioning of the wafer, while removable locating pins can be utilized for precise center thickness measurements. Thickness and TTV values are indicated on the high resolution LCD display.
An RS-232 port is provided for output to a personal computer, while a parallel port provides direct output to a printer.
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PV Series
Using MTII's exclusive Push/Pull capacitance probe technology, each PV-1000 module provides up to three pairs of probes for measurement of maximum, minimum and average thickness, as well as total thickness variation (TTV) and wafer bow. For applications requiring additional thickness channels, multiple PV-1000 modules can be chained together for unlimited line scans on the wafer.
Wafer saw mark detection and classification is accomplished by adding optional laser sensors to the PV-1000 module. Utilizing up to two of MTII's industry leading Microtrak - SA standalone laser heads, saw marks can be classified for orientation and depth simultaneously with wafer thickness scanning making the PV-1000 ideal for incoming wafer characterization and sorting.
Integrated data acquisition and control electronics analyze and transmit wafer data via the on-board Ethernet port at speeds of up to five wafers per second. The digital I/O port allows communication with wafer handling equipment for up to 64 classes of wafer sorting and binning. Remote monitoring capabilities allow you to see your production line data across your network or directly at the module.
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With its newly developed unique multi-directional detection optics unit, the LS-6800 / LS-7800 Wafer Surface Inspection tool achieves a detection sensitivity of 36nm (LSE) on bare silicon wafers.
This enables critical wafer inspection even at the 65nm technology node.
Features:
Detection Sensitivity: 40nm (PSL on Bare Silicon)
(36nm attainable)
Defect Classification: Crystal Defect / Particles
Scratches/ Particles
others
Detection Reproducibility: >99% (100nm PSL on bare Si)
Throughput (fast mode): 97wph (300mm)
75wph (200mm)
Display functions: Particle map, counts, histogram,
haze map, haze histogram,
others
Wafer sizes: 300mm, 200mm
(150, 125, 100mm optional)
(thin wafer chucking optional)
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Rudolph Technologies provides automated wafer edge top and edge normal inspection with throughputs of greater than 80 WPH (300 mm). The Class 1 certified system has an approximate 10 minute set-up time to be fully optimized and production ready. Featuring on-the-fly color defect image capture and intrinsic ADC capabilities, the E25 System can automatically detect and classify defects on the entire wafer edge, from the edge exclusion area to the bottom bevel. Both brightfield and darkfield illumination are available.
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Hamamatsu provides photo ( EMMI ) and thermal emission microscopes , thermal ( OBIRCH ) and photoelectrical ( OBIC ) laser stimulation systems for the failure analysis field and the design debug markets .
Our know how to combine state of the art confocal optical design for various wavelength bandwidth , owning core detections technologies such as InGaAs or Thermal sensors , integrating extremely high accurate and stable mechanical stage down to the microprobing level , sets our equipments as the most renowned in the world for more than 20 years .
Our tools are suited for a wide type of architecture from the die or wafer level , though package or applications boards level, up to probe card level and direct docking with tester environment, allowing our customers to observe parametric defect in static conditions and/or functional failures in real dynamic conditions.
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JEOL wafer and mask review tools improve yield management with unique capabilities that help rapidly detect minute imperfections and killer defects. 360 degree wafer edge review, high tilt, and fully automated rotation enhance the automatic defect classification capability of our high resolution, high throughput wafer inspection SEMs for 150-300mm wafers. JEOL provides a wide range of SEM based review solutions for the most advanced designs and highest throughputs.
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The Rudolph Wafer device combines both edge and backside inspection into one enclosure. It retains all the capabilities of the proven E25 and B20 System in one small footprint. The Class 1 certified system can automatically detect defects on the entire edge, from zone 1 to 5, and the entire backside. The ability to inspect the entire backside allows for faster root-cause analysis of zone 5 defects since such defects can migrate from the wafer interior.
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ElektroPhysik's rugged thickness gauge family has been designed and built to satisfy the roughest industry conditions.
Measuring range: 0.63 ...500 mm/ 0,025... 19,999'' in steel, depending on material and surface
Velocity range: 1250 ... 10000 m/sec
Measuring rate: 4 readings per sec. for single point measurements or 16 per sec. in Scan Mode
MiniTest 405 with internal data logger, alarm and differential mode, RS-232 interface
MiniTest 406 additionaly with echo-echo mode: In order to inspect blind wall pitting and internal flaws, the gauge measures through painted or coated materials (measuring range echo-echo mode: 2,54 ... 25,4 mm / 0,1 ...1 '').
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Portable thickness measuring device that offers the capability to precisely measure materials up to 10 mm thickness. The MiniTest FH 7400/7200 provide easy, non-destructive and highly accurate thickness measurement of all types of non-ferrous products, regardless of their size, shape and material. It is ideal for applications where accurate measurements of sharp corers, small radii and/or complex shapes are required.
- high accuracy through sensor-integrated digital signal processing (SIDSP)
- measures up to 10 mm, two sensors with hardened probe tip available
- menu-controlled user interface
- context-sensitive on-line help
- large, easy-to-read display
- multi-point calibration up to 5 points
- up to 20 data points per second
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Thickness Gauge to determine the material thickness of all non-woven fabrics. With these instruments the most popular checking methods can be applied for textiles, felt, geomaterials, paper, floor coverings, leather, foils, rubber etc. according to international standards DIN, EN, ASTM and ISO
- Hand and desktop devices
- Analog und Digital thickness gauges
- Resolution up to 0.001 mm
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SONOTEC offers a wide range of wall thickness gauges which suit various industrial applications for non-destructive material testing. The robust watertight devices with integrated data logger and USB-interface are precise and reliable. Their ergonomic shape allows a comfortable and handy usage.
The new ultrasonic wall thickness gauge SONOWALL 50 was developed for the precise measurement of the wall thickness of materials such as glass, metal, ceramics and plastics. The small and light thickness gauge is characterized by its diverse fields of application and a stable data readout. Due to the wide measuring range an enormous variety of applications can be satisfied with only one single probe. The device tests pipes, tanks, pressurized containers, machines and steel parts reliably. It is easy to use and serves for a quick detection of corrosion. Despite the numerous features and the exquisite design the SONOWALL 50 is a cost- effective ultrasonic measuring gauge.
Another device alternative is the SONOWALL60 which is operating according to the multiple-echo-technology. The high quality wall thickness instrument measures even through coatings. Hence, paint layers and protective coatings do not have to be removed. SONOWALL 60 is easy to use. A zero point adjustment is not necessary.
Furthermore, there exists an intrinsically safe device variant for hazardous areas. This wall thickness gauge uses the multiple-echo-technology. Due to its significant design it is especially designed for robust operating conditions.
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UMAC® Wall Thickness Measurement with Ultrasonic Measurement
UMAC® represents a complete line of non-contact ultrasonics based systems for wall thickness measurement and control of pipe, hose, tubing, and cables. The heart of each system consists of a highly developed UMAC® measuring system, interrogating up to 16 sensors at high speed. WALLMASTER systems process data from several ODAC® measuring heads and a UMAC® Wall Thickness and Eccentricity System located immediately after the extruder. Automatic closed-loop control of wall thickness and/or diameter is easily possible.
Measuring Solutions Made Possible with UMAC®
-Insulation and jackets on cables
-Coatings over metal cores
-Continuous control of cable, thanks to measurement directly at the extrusion die head
-Jackets on CAT 5, 6...8 data cable
-Loose tube and thin jackets
-Plastic on plastic
-Pipe and hose, - single or multiple layer, plastic and rubber
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Cygnus MINI ROV MOUNTABLE
Multiple Echo Ultrasonic Thickness Gauge
The mini ROV mountable thickness gauge has been specifically designed to be mounted onto small inspection ROVs with or without a manipulator facility. Designed in conjunction with VideoRay, the gauge will allow the operator to carry out thickness measurements in areas that have previously been unfeasible using large ROVs or divers, such as inside pipelines.
The unit is pressure tested to 500 m. Dedicated software displays the time, date and thickness measurements on the surface and all of these can be stored.
Features
• Pressure tested to 500 m depth
• Optional dedicated probe holder to allow measurements on
• curved or flat surfaces
• Small, lightweight and easy to install
• Only one twisted pair is required to transfer the data to the surface
• Power supply taken locally from the ROV
• The probe does not need to touch the surface under test, as measurements can be taken through 5 mm of water
• Readings are not influenced by the probe orientation
• Dedicated software for displaying the measured results, storing the measurements and setting the calibration of the gauge
Applications
• Designed specifically to mount onto small inspection ROVs
• Metal thickness and corrosion checks on offshore structures, ships and wrecks
• Safety corrosion monitoring of pipelines and storage vessels
• Metal thickness / wear checks on jetties, dock gates, piers and pilings
• Ships classification surveys
• Maintenance and safety checks on bridges
For more information, please visit www.cygnus-instruments.com
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Features:
Eliminates Damage to Embossing Rolls
Monitors the entire width of the embossed web as it leaves the embossing rolls
Alarm signal can alert operator, automatically shear the paper ahead of the embossing roll or automatically stop the machine
Uses up to three pairs (transmitter/receiver) of MICROSONIC® ultrasonic thru-beam sensors
Microsonic® Thru-Beam Web Sensing System
Web inspecting applications
This innovative sensing solution is applicable to industries that convert plies of materials into embossed napkins, paper towels, plastic-lined paper table cloths and other consumer products. The Model SS100 Web Sensing System uses MICROSONIC®, thru-beam sensors to eliminate the costly problem of broken plies wrapping around, heating up and damaging embossing rolls, as well as the resulting downtime required to make necessary repairs. False trips or no trips at all resulting from dusty environments, or problems associated with sensors not immune to changing colors and materials, are also eliminated.
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● RTM System
The FMS Radio Transmitted Tension Monitoring System (RTM) is designedto monitor tension of individual wires or cables in rotating applications. This system sends all the collected data via radio transmission and operates on battery power so that it does not require slip rings. The RTM System is a complete
tension monitoring package designed to easily retrofit onto older machines.
It is ideal for upgrading existing machinery to state-of-the-art tension
measuring technology.
● Functional description
All individual tension sensor (load cells)data is collected over a BUS system
mounted on the rotating portion of the machine. A dedicated unit on the bus system transmits the information over radio frequency to a PC nearthe machine. A Bluetooth® USB stick receives the tension data on the operator side. Values of all of the individual tension sensors can be monitored real-time on the screen.
They can also be viewed in a continuous rolling screen format and can be stored on a hard-disk. Power options: For machines without 24 V supply on the rotating portion of the machine, the RTM offers a power pack that keeps the whole system
running for one full shift utilizing battery power. The battery power pack voltage can be monitored on the screen and a warning is displayed when the battery power gets too low. The battery pack can then simply be exchanged for a fully charged one within seconds. A battery charger is included with the RTM System.
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The improvement of the conventional welding methods, the widespread use of the laser welding as well as subsequent treatments e.g. annealing and coating have made the automatic detection of the tube weld seam in many manufacturing processes such as in tube and pipe benders or hydroforming a demanding task for modern sensor technology . This applies both to the weld seam detection in tubes as well as to flat stock e.g. coils. Therefore, the use of special sensors designed for special tasks, digital signal analysis with microprocessor or PC-based control systems have received our special attention.
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Wet and Dry Film Thickness Gauge acc. to Rossmann, Model 296
The difference in level between substrate and film surface is gauged by the contact point of the dial indicator. Measuring range 0-1000 ìm in 5 ìm divisions. For measurements on wet films the contact point is raised by means of a knurled screw and then lowered until it touches the surface of the wet film.
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Wet Film Thickness Gauge, Model 234
A hardened and ground double wheel with an eccentric cam in the centre is rolled over a newly applied film. The wetting line on the centre cam is read on a scale as wet film thickness. Total measuring range: 1500 ìm, available in 8 different subranges.
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Inspection machines: NDT, Visual inspection, ...
