Equipcon Group

EDDY CURRENT (ECT) AIRCRAFT WHEEL INSPECTION SYSTEM - VEESCAN 

The VEESCAN is ETher's first Wheel Inspection System and offers maximum flexibility. The VEESCAN has a proven mechanical design and established record of breakdown-free operation for 365 days or more. Appealing to many companies in the Aerospace industry, the VEESCAN is ideal in all aircraft wheel-testing environments.

The VEESCAN is able to be configured with a wide choice of probes and allows any wheel testing facility the flexibility to select the system most compatible with their workload. Teamed with a full choice of operation modes, the VEESCAN maximises the probability of detection.

The VEESCAN is offered with the ETher NDE guarantee of complete client satisfaction and excellent technical support.

"The VEESCAN offers our clients the ability to both improve inspection productivity and the quality of inspection with low cost of ownership. John Hansen, MD "

• VEESCAN H
• SPECIFICATIONS
• KIT LISTS
• GALLERY
• BROCHURE
• VIDEO

VEESCAN H is designed to lift the wheel and fix it with an automatic adaptor that uses the wheel inertia to centre it. VEESCAN H offers an integrated roller tray for easy manoeuvrability and integration into a conveyor system and can test wheels up to 900mm diameter. The H is designed with an adjustable-height Control Panel for operator comfort and can be positioned at a convenient distance from the main machine. Open on three sides, the VEESCAN H offers easy wheel loading as standard.

MAIN CHARACTERISTICS OF THE VEESCAN H:

• EXTRUDED ALUMINIUM STRUCTURE COVERED WITH BLACK PERSPEX PANELS. 
• SEPARATE CONTROL PANEL THAT MAY BE POSITIONED AT A CONVENIENT DISTANCE FROM THE MAIN MACHINE, WHICH IS HEIGHT AND ANGLE ADJUSTABLE. 
• TEFLON ROTATING TABLE WITH THREE OPEN SIDES FOR EASY WHEEL LOADING. 
• ROLLER TRAY TO FACILITATE THE WHEEL MOVEMENT.

Link to the source: https://www.ethernde.com/instruments/wheel-inspection/veescan

SDI-MASTERSCAN MOTION CONTROL AND WINSCAN® ANALYSIS

The SDI MasterScan/WinScan® suite is one of the most powerful motion control and acquisition packages available. Designed from the ground up as a true Windows® application it has significant operational advantages over the competition. It is continually enhanced through feedback from our large international user base and our own test lab subsidiary.

SDI-MASTERSCAN MOTION CONTROL AND WINSCAN ANALYSIS OVERVIEW

The well structured modular software has evolved by incorporating customer’s motion control and acquisition requests into the standard product. With a user base of over 100 systems, incorporating the suggestions of technicians who spend all their time operating our equipment has resulted in the most versatile, user friendly, package in the industry.

Targeted primarily at high volume test lab users, the principal operational criteria are ease of use and fastest possible inspection times.

In addition to numerous custom systems, the SDI standard product range of over 14 systems types are employed in three main industry areas:

COMPLEX CONTOUR COMPOSITE SCANNERS

SDI’s range of high performance complex 3D scanners is able to perform simultaneous through transmission and pulse echo inspection on complex 3D composite parts. Advanced features include:

• Automatic teaching of component scan plans.
  
• Automatic normalization and water path adjustment.
• Import/Export of scan plans to CAD.
• Nested scan plans where multiple parts in different locations can be tested in the same sequence.
• Automatic identification of defects with the cluster analysis feature.

RAW MATERIAL INSPECTION SYSTEMS

SDI’s range of heavy duty plate and bar and billet inspection systems are designed for operation in harsh environments using sealed touch screen controls an air conditioned control enclosures.

Typical examples are bar systems with multitransducer bar followers performing multi zone inspection on 16000# round billets and plate inspection systems with up to 32 simultaneous data acquisition channels.

SDI-MASTERSCAN MOTION CONTROL

The SDI MasterScan is a Microsoft Windows® based high-speed, multi-axis, coordinated motion control package targeted at large scale production inspection and test lab applications. Developed by SDI for its extensive range of ultrasonic systems, MasterScan is installed on products ranging from small lab scanners to precision tanks and through transmission gantries.

MasterScan is used with a range of ultra low noise dc servo products designed and manufactured by SDI specifically for demanding ultrasonic applications. The MasterScan control package, working with WinScan acquisition and analysis, acquires data from up to 8 channels with both through transmission and pulse echo curve following capability.

For curved scans the scan index increment is measured along the surface of the part being tested. The package provides such features as ‘stop on defect’, ‘return to defect’, ‘chain scanning’ and ‘scan scripting’. The front end user interface, configured to match the application, ranges from a simple touch screen controller for bar scanners, to full featured controls for 3D through transmission contour following.

Scan profiles are taught using the front surface echo. 

SDI systems are designed to function with a wide range of third party flaw detectors. Instrument set-ups can be stored with the scan plan for a number of Olympus and GE instruments.

For scripted scans, with multiple inspection sequences, a series of scans with different instrument set-ups are performed sequentially without operator intervention. Each scan produces a separate data file with automatic file name generation.

When used with the SDI-2800 programmable flaw detector, instrument parameters can be changed ‘on-the-fly’ as part of the scan plan. e.g. a gate can be set up to follow the back wall of a part with rapidly changing thickness, or follow a bond line under similar conditions.

SDI-WINSCAN® ACQUISITION AND ANALYSIS

SDI’s WinScan® is one of the most versatile ultrasonic acquisition and analysis packages available for production inspection and defect evaluation. Approved and used by all major aerospace prime contractors, the extensive features, intuitive operation and flexible data input alternatives have made it a popular choice for analysing and printing data acquired from a variety of sources.

In standard configuration WinScan® captures up to eight channels of 12 bit peak detected data in C-scan format. Defect evaluation, using the MiniScan feature, provides B-scan and full waveform capture features. The number of palette levels and palette colors are operator selectable.

Data can be displayed as percent of full scale, in dB or scaled for use with log amplifiers. Bipolar data display is provided for Eddy Current applications. Displayed data can be compressed, zoomed and panned. Analysis features include line cursor measurement, image enhancement, region of interest (ROI) histograms, signal to noise ratio measurement and cluster analysis.

During analysis indications can be annotated with a marker. The marker position and the comments are stored with the data file. If the part is still in the scanner, the transducer can be sent to a defect indication for further evaluation with the transducer following the part contour.

If defect evaluation is required while the test is in progress, it is possible to pause the acquisition while the transducer is jogged over an indication for evaluation. When completed the acquisition can continue from the original pause location or from the current position.

The WinScan® package offers extensive reporting and printing capabilities. The high quality illustrated documents produced can be printed on any printer or plotter with a Windows® driver. WinScan® also has the capability of plotting selected areas of the scan at any even integer scale from 1:8 to 8:1 allowing test results to be overlaid on the component being inspected.

WinScan® is fully compatible with the Windows® local area network. This means that adding a second PC with access to shared disks and peripherals over the network can enhance the system performance.

This would be advantageous when carrying out high volumes of data analysis and report generation while scanning other components. The real time analysis feature allows data from a component being inspected to be analyzed before the scan is completed.

Source: http://sdindt.com/software/

Ultrasonic Bubbler Systems

SDI manufactures a range of bubbler or irrigated transducer systems. This type of system is usually product specific where full immersion is not possible and the laminar flow squirters with coupling distances of over 6 inches are not necessary. These relatively low flow volume systems systems including those designed to test compressed gas cylinders, automotive components, and metalic stripand the SDI range of portable scanners.

SDI-5280 AUTOMATED ULTRASONIC HEAVY DUTY CYLINDER INSPECTION SYSTEM

This specification is for an automatic, multi channel, high-resolution ultrasonic test system for heavy cylinder inspection. The SDI-5280 rotator system with irrigated transducer test head can be installed in-line with automatic load and unload stations. Sorting chutes and paint markers are also available.

The ultrasonic instrumentation is a ruggedized three channel SDI-2480-3 Modular Ultrasonic Flaw Detector. It is designed to achieve the accuracy and resolution required at high throughput speeds in a harsh operating environment.

The system will test product with diameters ranging from 6 in (150mm) to 24 in (600 mm). This specification describes the maximum standard system size which will accommodate lengths up to 20ft. The actual system size and part length is determined by customer requirements.

SDI-5280 Overview

The system consists of floor mounted sump supporting a 20ft (8m) long SDI-1332 medium duty rotator. The transducers are mounted in-line in a high flow irrigated housing which rides in contact with the bar.

This type of housing is used extensively on the SDI compressed gas cylinder inspection systems which are used with very heavy duty cycles on a variety of rough surfaces. It provides coupling equivalent to an immersion system as a water filled chamber is maintained between the transducer and the part.

The test head is mounted on a bridge equipped with a bar follower assembly. There are a number of different contoured shoes which can be rapidly changed by the operator to accommodate different bar diameters. Each shoe size will test several different bar diameters.

The bar to be tested is automatically loaded onto the rollers and the transducer/follower assembly lowered onto it. As the bar is rotated, the transducer assembly traverses the entire length of the bar. All test parameters, including rotator speed, helix pitch etc are controlled by the SDI-1830-UTB system controller.

The time to test a bar is dependent on the test standard defect size and determined by the bar diameter. To reduce inspection time the testing is performed bi-directionally. The test bridge moves off the bar into a shielded housing at the end of each scan.

It remains protected until the next bar is loaded onto the rotator then it emerges and travels the opposite direction down the length of the next bar and into housing the other end. The sequence is repeated for each bar. The principal components are:

• Test Station
  
• Material Transport Modules
• Auxiliary Modules

The modular design allows rapid reconfiguration of the system to accommodate different lengths and diameters of bar. The detailed description of the modules is given below.

Test Station

The test station is the main operating station of the system and contains the sump, rotator, bridge and system controls. In the majority of systems, the instrumentation and system controls are housed at the end of the test station, as this is where the operator will usually be located. The test station frame is fabricated from welded steel and finished with epoxy paint.

The overall length is 24ft. and the depth 3ft. The transport roller centerline height is 39in. The SDI-1332 rotator will function in either direction with continuously variable speed. The maximum speed is 40 surface inches per sec.

Material Transport Modules

The material transport modules are two different modules for handling the material as it progresses through the test system: Loading Station and Off Loader Station. All transport modules are manufactured from heavy duty welded and bolted steel construction. Adjustable leveling feet are used on each station to allow precise alignment.

The rollers used are manufactured from high-density polyurethane or neoprene as determined by the application. The frames are finished with epoxy paint.

LOADING STATION

Product is loaded onto a feed ramp, which can be built to any length to allow for accumulation of product. A pneumatically operated part selector separates a single bar and positions it on the rotator rollers. The bar then rotates and the test head moves at a speed determined by the required helix index.

OFF LOADER STATION

Air actuated off-loaders are provided with various numbers of lifting arms to suit different length bars. Defective parts can be directed to a reject stack. Automatic defect marking is provided.

AUXILIARY MODULES

A number of auxiliary modules are provided for improving the inspection efficiency.

DEFECT MARKERS

Automatic defect markers are available for indelibly marking the product downstream of the test station. Both paint jet and felt tip markers are available.

DEFECT LOGGING

A computer-based defect logging package is available for producing a tabular output of defect location and material length.

WATER CONDITIONING UNIT

A re-circulation pump and filter system ensures water quality is maintained under normal working conditions. Optional temperature control and de-airation units can be provided.

INSTRUMENTATION

The instrumentation used will be the SDI-2480-3 three channel flaw detector. This high speed, high-resolution instrument is designed for industrial on-line applications where features such as the interface gate synchronization eliminate variations due to surface conditions and bar flutter. The unit has eight sequenced channels each consisting of a pulser/receiver module. Each channel will accommodate two gate modules with rear panel outputs and front panel LED displays indicating the gate condition. For each channel a flaw gate LED will be illuminated if an echo appears in the gate above the preset thresholds. Thickness modules are available if required.

SYSTEM CONTROL

All system functions will be controlled and monitored by the SDI-1830-UTB system control module. This is an integrated suite of software modules running on a rack mount industrial P.C. with an optional touch screen display. There are four main functions:-1)Instrument set-up and display, 2) System control, 3) Operator input, and 4) Data logging. The screens can be custom designed for particular applications. Typical screens for each of these functions are shown below. These could be reconfigured as required.

INSTRUMENT SET-UP

This screen allows each instrument channel to be set up and directs the video and gate outputs from the selected channel to the display scope. At any time the operator can view the A-scan display of any channel by touching that channel number on the screen. All set-ups can be stored and recalled with a file name. Other functions controlled include:

Instrument set-up; gain, gate position and gate threshold.

Instrument response monitoring -either the alarm condition, the signal amplitude or the time of flight.

Multi-channel sequencing to prevent cross talk by sequencing pulsing, gate position and gate width on each pulse.

Transducer manipulation where motorized transducer positioners are used the positions of each transducer for each material, type and size can be stored as part of the test parameter set-up. (option)

SYSTEM CONTROL

This is the main screen for controlling system configuration parameters and defect location markers. The inspection helix pitch is controlled as determined by the required defect detection level. The system controller controls the drive speed and helix angle of the system together with the sequenced actions of the load station, off load station and sorter. This module receives input from various sensors on the system and instrumentation and determines a sequence of events based on these inputs. The precise sensor input is determined by the type of test being performed and the options installed. Custom inputs can be accommodated for special functions.

For the variable input levels, both digital and analog, internal comparator logic allows the operator to set high and low thresholds for the quantity being measured. When these thresholds are exceeded the required response can be programmed. An example of this device would be the marking of regions where different types of defect occur.

Other parameters monitored are rotational speed and linear velocity of the bridge. Part diameter can be entered manually or automatically measured.

There are a wide range of programmable controller responses, examples of these are 1) delayed response, for the action of down stream devices, such as paint markers or sorting stations, and 2) defect indication suppression. This is required at or near the end of a part.

It also provides direct operator jog control allowing the system to be reversed to investigate defect indications.

OPERATOR INPUT

This screen allows the operator to input the details of the product being tested.

DATA LOGGING AND DISPLAY

This screen shows the condition of the system alarms. All alarm outputs will be continually monitored using this SDI-1910 Posilog PC data logging package. When an alarm condition occurs the Posilog will record the channel number, alarm type and encoder counter reading. These values will be displayed on the screen and stored to disk. In addition, an optional paint marker will indicate the occurrence of a defect on the side of the bar. The defect log files will be accessible in read only mode from any other PC networked with the host.

Source: http://sdindt.com/bubbler-systems/

Structural Diagnostics Inc. is a worldwide leader in the manufacturing of ultrasonic inspection equipment and offers a full range of turnkey, high-resolution immersion inspection systems for demanding production and laboratory inspection. SDI has an installed user base of over 300 of its 5000 Series immersion tanks with numerous users purchasing several systems. The SDI-5000 series are precision ultrasonic immersion inspection systems used in facilities ranging from colleges and laboratories to harsh industrial environments.

Inspection of advanced composite structures often requires the use of ultrasonic water immersion systems. The use of composite materials for aerospace structures is increasing and ultrasonic testing using the through transmission immersion technique remains the predominant method of inspection.

Immersion tanks range from small transducer evaluation systems to large plate tanks. Through-transmission techniques can effectively detect delaminations and other internal flaws and immersion systems are used when there are restrictions on immersing the parts being tested, usually due to size or buoyancy. High-resolution immersion inspection systems from SDI feature robust and precise mechanical structures to ensure optimum geometric accuracy and repeat ability.

LARGE TANK/TURNTABLE SYSTEMS

Heavy duty, full featured, inspection systems for large production components. Consisting of a separate gantry and tank with optional dual manipulators. Available with heavy duty SDI-1325 turntable and lift platform. The heavy welded box section frame has an extensively reinforced base for support of turntables and rotators. The systems is supplied with an advanced PC based, contour following, motion control and acquisition package.

• SDI-5150 Ultrasonic Immersion System
  
• SDI-5350 Automated Ultrasonic Precision Immersion Inspection System

BAR INSPECTION SYSTEMS

5200 Series bar systems range from small lab scanner based units inspecting bars weighing 20-200 lbs to large Multi zone systems for bars over 16,000lbs. SDI produces a range of bar inspection software modules with bar encoded or software de-skewed data. Adjustable rotators are available for tapered and multi-diameter bars.

• SDI-5210 Bar System With Data Logging Acquisition
  
• SDI-5230 Automated Ultrasonic Bar Inspection System
• SDI-5270 Automated Ultrasonic Heavy Duty Bar Inspection System
• SDI-5283 Ultrasonic Heavy Duty Bar/Cylinder Inspection System

PLATE TANK SYSTEMS

This system is widely used for the production inspection of metallic raw material, advanced composite and metal bonded components. High speed contour following capability is available for back wall following plate inspection or PE inspection of complex laminate parts.

• SDI-5330 Immersion System for Pulse Echo Plate, Billet and Composite Inspection
  

LAB SCANNERS

5100 Series Lab Scanners are produced in a wide range of configurations including special systems for applications such as transducer evaluation and complex contour turbine blade evaluation. Systems range from low cost, fully computerized lab scanner with SDI-VersiScan motion control and acquisition package to more complex systems with the SDI WinScan control and acquisition package used on the larger 3D complex contour gantry systems.

• SDI-5110 Ultrasonic Immersion System
  

Source: http://sdindt.com/immersion-systems/

WATER JET COUPLING (SQUIRTER) SYSTEMS

Structural Diagnostics Inc. is a worldwide leader in the manufacturing of ultrasonic inspection equipment and offers a full range of turnkey, high-resolution Water Jet Coupling (Squirter) Systems. SDI’s squirter inspection systems are designed for today’s demanding production and laboratory inspection environments.

Our Water Jet Coupling (Squirter) Systems systems serve the inspection of small to large and heavy critical parts and components common in the aerospace, transportation and forging industries. Inspection of advanced composite structures often requires the use of ultrasonic water squirter systems.

The use of composite materials for aerospace structures is increasing and ultrasonic testing using the through transmission squirter technique remains the predominant method of inspection.

Through-transmission techniques can effectively detect delaminations and other internal flaws and squirter systems are used when there are restrictions on immersing the parts being tested, usually due to size or buoyancy.

High-resolution squirter inspection systems from SDI feature robust and precise mechanical structures to ensure optimum geometric accuracy and repeat ability.

GANTRY SYSTEMS

Gantry systems are designed to inspect a complete range of part geometries, such as aircraft control surfaces, wings and doors in addition to highly contoured fuselage and cabin components.

• SDI-5380 Delta X Through Transmission 3D Scanning Ultrasonic System
  
• SDI-5410 Seven Axis Gantry Through Transmission Ultrasonic System
• SDI-5420 Delta X Gantry Through Transmission 3D Scanning Ultrasonic System
• SDI-5470 Dual Bridge Gantry Through Transmission 3D Scanning Ultrasonic System

TOWER SYSTEMS

UT full feature high performance 3D curve scanning tower systems are designed for locations with a limited ceiling height.

• SDI-5720 Vertical Frame Through Transmission Ultrasonic System
  
• SDI-5730 Vertical Frame Through Transmission 3D Scanning Ultrasonic System
• SDI-5740 Vertical Frame Through Transmission 3D Scanning Ultrasonic System
• SDI-5750 Independent Tower Through Transmission 3D Scanning System

HORIZONTAL FLAT SCANNER SYSTEMS

Horizontal flat scanner systems are suitable for a variety of high performance C-scan applications. These systems are designed for the production inspection of advanced composite and metal bonded components.

• SDI-5610 ComposiScan Ultrasonic Composite Inspection System
  
• SDI-5620 Horizontal Through Transmission Inspection System
• SDI-5630 Horizontal Through Transmission Inspection System

VERTICAL FLAT SCANNER SYSTEMS

Vertical flat scanner systems are suitable for a variety of high performance C-scan applications. These systems are designed for the production inspection of advanced composite and metal bonded components.

• SDI-5510 Vertical Flat Through Transmission Inspection System
  
• SDI-5530 Vertical Flat Through Transmission Inspection System

TURNTABLE SYSTEMS

These are seven axis high performance UT static gantry systems designed for the inspection of large circular airframe components such as engine nacelles. The seven axis design provides a lower cost system for components which have curvature in the YZ plane only.

• SDI-5805 Turntable Through Transmission Ultrasonic System
  
• SDI-5810 Turntable Through Transmission Ultrasonic System

NORDISCAN-PL

Systems for Automatic Ultrasonic off-line Examination of Plates

The NORDISCAN-PL series Scanners are intended for fully automated off-line ultrasonic examination of body and edges of plates, coils, slabs, and ingots. NORDISCAN-PL systems are designed to perform fully automatic high performance inspections of flats outside of the production line on a charging table. The system utilizes our advanced software and displays the defect map in real-time mode, and simultaneously saves the results on a local or external drive for further evaluation, re-evaluation and analysis.

The NORDISCAN-PL series achieves multiple inspection tasks:

• Detection of internal imperfections in rolled plates, ingots, and slabs such as: laminations, non-metallic inclusions, porosity, shell, sponge, etc.;
• Detection of surface and sub-surface defects;
• Detection of zones of mechanical properties uniformity (Hard Sports);
• Precise wall thickness measurement;
• Plate Geometry Monitoring.

Typical Specification of Plates to be Tested:

• Width: 1000 mm – 6000 mm;
• Length: from 1000 mm;
• Thickness Range: 3 mm – 250 mm;
• Material: carbon steel, stainless steel, aluminum, titanium, cooper and alloys;
• Surface Temperature: up to 250 deg. C.

Main Ultrasonic Testing Parameters

• Test Sensitivity:

         - For internal imperfections: equal to FBH0.8*;

         - For surface imperfections: equal to notches 0.2 mm x 10 mm (D x W);

• Wall thickness measurement accuracy: +/- 0.05 mm;
• Capacity of Testing: 200 s (calculated for plate 4 m x 12 m).

*Depending of material to be tested and its surface condition

Ultrasonic Testing Standards:

Density of Ultrasonic examination, test procedures, acceptance criteria, data processing and representation adhere to multiple international and local standards such as: GOST 22727, SEL 072, ISO 12094, API 5L, ASTM 435, ASTM 578, DNV-OS-F101, EN10160, JIS0901, JIS0801, ISO10893, ISO3183.

Testing and acceptance criteria can be customized based on client specific needs and new standards.

Type of Applied Multichannel Ultrasonic or Eddy Current probes

• Non-contact array probes, based on the EMAT;
• UT phase array probes;
• UT probes with the array of piezo-crystals;
• Eddy Current probes;
• High-resolution 2D or 3D Laser profilers.

NORDISCAN-PI

Systems for Automatic Ultrasonic Examination of Pipes

NORDISCAN-PI is our common platform for all Tube and Pipe inspection applications. Modular design allow the use of UT (Piezo), Phased Array, UT Arrays, Eddycurrent, and EMAT technology depending on the specific tasks needed for our clients. Nordinkraft has practical experience in development, design and implementation of complex equipment for automated ultrasonic testing of all types of tubes and pipes, from very large diameter to very small diameter welded products to seamless, cold drawn and centrifugally cast.

​NORDISCAN-PI equipment can be used in the production line of any modern pipe plant and perform in-depth and effective ultrasonic inspection of Weld zones and HAZ, Pipe Ends, Full Body inspection, surface and subsurface, ID and OD, ovality and thickness. Additionally, we offer our NORDISCAN-PL plate inspection system to inspect Skelp prior to welding for laminations and edge inspection to ensure the weld zone is of high quality. Finally, we offer our EMATEST-WSP scarf removal and monitoring tool to ensure ID and OD weld scarfing process is functioning correctly and eliminates waste by detecting a broken scarf removal tool quickly and accurately.

The NORDISCAN-PI series addresses multiple inspection tasks:

• Examination of Pipe body;
• Examination of Both Pipe Ends;
• Examination of Weld Seam and HAZ;
• ID, OD, Mid wall and surface Examination;
• Wall thickness measurement;
• Weld Seam profiling and Scarfing Quality Monitoring.

Typical Specification of Pipes to be Tested:

• Type or Pipes to be Tested:

               -  Seamless, ERW, Line Pipes (LSAW, SSAW, HSAW);

• Diameters: 10 mm – 1520 mm;
• Thickness: 0.4 mm – 60 mm;
• Material: carbon steel, stainless steel, aluminum, titanium, cooper and alloys.

Type of Applied Multichannel Ultrasonic or Eddy Current probes:

• Non-contact array probes, based on the EMAT;
• UT phase array probes;
• UT probes with the array of piezo-crystals;
• Eddy-current probes;
• Weld seam tracking, visual, video.

Ultrasonic Testing Standards:

Density of Ultrasonic examination, test procedures, acceptance criteria, data processing and representation adhere to multiple international and local standards such as: GOST-R 52079-2003; API Spec 5CT (Ed. 9), ISO 11960 2004, API 5L (Ed. 44,2008); ISO 3183; GOST 10705-80; GOST 20295-85; GOST R 52079-2003; GOST R 53366 2009; ISO 9303; ASTM E213, etc. Testing and acceptance criteria can be customized based on client specific needs and new standards.