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Industrial Upgrade
Round Tensile Sample Preparation
Industrial Upgrade – Round Tensile Sample Preparation
The TensileTurn CNC – Industrial Upgrade Model is a conveniently sized automatic CNC lathe for industrial use designed to prepare accurate round tensile specimens to achieve the highest accuracy in tensile results.
Key Benefits
Engineered specifically for tensile and impact specimen preparation, this system puts repeatable, lab-grade results within reach of any operator. Here is what sets it apart:
Small Footprint
Compact, self-contained design fits neatly into existing lab and production layouts without requiring a dedicated machining area or special facilities.
Perfect for Untrained CNC Machinist
A guided touchscreen workflow generates the machining path automatically, so operators produce test-ready specimens without any prior CNC programming experience.
Turnkey Solution
Delivered ready to run with tooling, fixtures, software, and training included—set up, calibrate, and start preparing specimens with minimal lead time.
Super User-Friendly
The TensileSoft interface walks the operator through setup step by step, with saved specimen profiles for fast, repeatable jobs.
Accurate & Repeatable Results
Purpose-built rigidity and precise motion control deliver consistent specimen geometry batch after batch, supporting reliable, comparable test data.
Free Proof of Concept
Send us your material and specimen requirements and we will machine a sample set on the actual system—so you can validate results before you invest.
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See It In Action
Round Tensile Sample Preparation
Complete Round Sample Preparation (ASTM E8)
Machining Heat Treated Inconel
Overview
Description
The TensileTurn CNC – Industrial Upgrade Model is a conveniently sized automatic CNC lathe for industrial use designed to prepare accurate round tensile specimens to achieve the highest accuracy in tensile results. The system features touch screen tensile milling interface to allow any operator, with or without machining experience, to quickly prepare tensile specimens as per your desired size. By simply selecting a common tensile size from our library of common standards (ASTM, ISO, DIN, etc.) or by entering your own dimensions on the touch screen numerical keypad, TensileTurn CNC – Industrial Upgrade Model is ready to machine a wide range of materials, starting specimens blanks with various finishes and automation capabilities, such as automatic center drilling function.
Round Specimen Preparation CNC Machine
TensileTurn CNC – Industrial Upgrade Model is a high-performance CNC tensile sample preparation system, specifically engineered for efficient and precise round tensile specimen preparation. As the enhanced version of our Classic model, this system features TensileSoft™ v2.0 – the industry’s most user-friendly software for tensile test specimen machining – now paired with the world’s first Fanuc Controller integration for this application. The advanced programming package supports a full range of CNC operations, including turning, facing, knurling, sanding, drilling, and cutting, while delivering the simplest and most intuitive process available for non-trained CNC machinists.
This system allows your quality control team to produce a wide range of tensile specimens, including standard round tensile bars, sub-size round samples, threaded specimens, fatigue test specimens, and button-head tensile bars. With the ability to accept round, square, or irregular stock shapes, the TensileTurn CNC lathe simplifies tensile test sample preparation, even for operators with minimal machining experience.
By bringing round tensile sample preparation in-house, your facility gains full control over testing timelines, eliminating outsourcing delays and reducing overall costs. The system is designed to operate independently from your general-purpose machining centers, freeing up production capacity while allowing the quality control team to prepare tensile specimens on demand, in just minutes.
Key benefits include:
- Accelerated training: Turn unskilled operators into proficient users within hours.
- High-precision tensile specimen machining: Consistently accurate samples that meet ASTM, ISO, DIN, and other standards.
- Reduced lead times and production bottlenecks: No more waiting for access to the main machine shop.
- Increased reliability and repeatability: Every specimen is prepared to exacting specifications, ensuring accurate tensile testing results.
Whether you’re preparing high volumes of round tensile specimens or need consistent results across a variety of material types, the TensileTurn CNC – Industrial Upgrade Model is the most versatile and cost-effective solution for your tensile testing lab.
Technical Specifications
| Swing Over Bed | Ø8 in (Ø203 mm) |
| Center Width | 9 in (228 mm) |
| Spindle Bore | Ø1 in (Ø26 mm) |
| Spindle Speed Range | 50–3,500 |
| Lathe Chuck | Ø4 in (Ø101 mm) |
| Tool Changer Type | Electric |
| Number of Tool Positions | 8 with ½ in shank external tools |
| Tool Holder | 4 Boring Tool Holders, ¾ in Shank |
| Max Section of Tool | 0.5 × 0.5 in (12.7 × 12.7 mm) |
| X-Axis Travel | 7.09 in (180 mm) |
| Z-Axis Travel | 8.85 in (225 mm) |
| X Axis Speed | 600 in/min (15 m/min) |
| Z Axis Speed | 600 in/min (15 m/min) |
| Position Accuracy | ±0.0002 in* (±0.005 mm*) |
| Tailstock Taper | MT2 |
| Coolant Tank Capacity | 10 gal (38 L) |
| Total Connected Power | 3.2 kW |
| Servo Motor | FANUC Bis 0.5 350 W AC |
| Main Motor Power | 2 hp (1.4 kW) |
| Main Motor (rpm) | 3,500 |
| Coolant Pump Power | 1/8 hp |
| Power Requirements | 220 VAC, 20 A |
| Weight | 800 lb (362 kg) |
| Overall Dimensions (L×W×H) | 43.8 × 26 × 42.5 in (1.1 × 0.66 × 1.1 m) |
Controller
Our easy to use touch screen controller is equipped with our complete Carbon software. Our control systems include 2Mb of storage, Ethernet, USB ports, macro B programming, 16 tool offsets, 6 work offsets, drilling canned cycles, scaling and mirroring, turning CAN cycles, cutting edge dual mode cutter compensation, and more. Along with the tensile milling software interface, Carbon also allows the operator to access the FANUC Industrial CNC Software used for professional CNC Control functions. Our Carbon software is constantly having new features developed, and every TensileMill CNC system includes updates at no additional cost.
Service Plan
Our comprehensive Service Plan includes regular Preventative Maintenance (PM) to reduce downtime, extend equipment life, and maintain testing accuracy.
Beyond standard servicing, we offer expert training and retraining for your quality-control team—ensuring staff stay current, close skill gaps, and fully leverage your equipment’s capabilities. Whether you are integrating new operators or improving consistency, this added support delivers real value.
Contact your TensileMill CNC representative today to choose the plan that best fits your needs.
Consumables & Tooling for This Model
Compatible spare parts and consumables — order online.
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View details →Frequently Asked Questions
Does the Industrial Upgrade produce round specimens that meet international testing standards?
Yes. The TensileTurn CNC – Industrial Upgrade is designed specifically to produce specimens that comply with major international standards, including ASTM E8, ASTM A370, ISO 6892, and others.
The system supports both standard and custom geometries, with precision machining that ensures tight tolerances, consistent surface finish, and dimensional repeatability, crucial for accurate testing and audit readiness.
Pre-programmed profiles and optimized tooling options make compliance straightforward, while flexible customization allows operators to meet any additional regulatory or internal standards. Need compliance documentation or third-party certification support? We can help with that too, ensuring full traceability and peace of mind.
At TensileMill CNC, we facilitate certification services for both our own products and third-party devices, ensuring full compliance with NADCAP, ISO, ASTM, and other recognized industry standards.
See our standards and certification.
What are the standard connecting requirements for the TensileTurn CNC – Industrial Upgrade model for round tensile sample preparation?
The standard requirements are 220 V 1ph VAC 20A. The additional requirement for this round specimen preparation machine is air for the tailstock of 90 psi.
See our standards and certification.
What types of industry standards can the system prepare my material stock to?
TensileTurn CNC – Industrial Upgrade is fully equipped with our TensileSoft™ which allows to easily and accurately prepare most all types of tensile dog bone standards. With a push a of a few buttons, you will be able to prepare ASTM, ISO, DIN and JIS standards accurately and repeatably, without any further machining requirements.
The smooth surface finish and the dimensional symmetry will always be within your required standard therefore readily available for your tensile testing machine operations.
See our standards and certification.
What are the power and amperage requirements for the TensileTurn CNC Industrial Upgrade?
The Industrial Upgrade requires a 220 V AC single-phase supply and 20 A. Total connected power is 3.2 kW.
The voltage tolerance is 200–240 V.
To confirm your site requirements, talk to a specialist.
What receptacle does the TensileTurn CNC Industrial Upgrade need?
The machine is supplied on a 20 A, 220 V plug and connects to a NEMA 6-20 receptacle. It can also be hardwired to a disconnect, depending on your installation.
To plan the electrical installation, talk to a specialist.
How expensive are the maintenance costs for the TensileTurn CNC – Industrial Upgrade?
The Industrial Upgrade round sample preparation machine is built for 24/7 reliability and low-cost operation over its lifetime.
Thanks to its industrial-grade mechanical components and streamlined design, routine maintenance is minimal. Most customers require only basic upkeep and an annual preventative maintenance service to maintain optimal performance.
To protect your investment and reduce unplanned downtime, we offer PM Service Packages that include on-site evaluations, adjustments, lubrication, and replacement of high-wear parts. To receive a personalized PM quotation, contact our service team at.
For a tailored recommendation, request a personal quote.
What are the ongoing costs for machine maintenance, consumables and spare parts?
TensileMill CNC machines are designed to be easy and inexpensive to maintain. Spare parts are mainly consumables such as inserts and fixtures, and these are virtually always in stock. We supply an adequate amount to start and often add a few extras.
Because the consumables are non-proprietary, you can also buy them elsewhere; the advantage of buying from us is that our supplied parts tend to last longer and perform better. All software upgrades are also free for life, so there are no unexpected software costs.
Maintenance is straightforward: each unit ships with an operating manual and maintenance schedule, needs very low maintenance, and our standard recommendation is simply to run the machine every couple of days.
The main consumables are:
- Fixtures and inserts, matched to your materials and included in the turnkey package, with extras typically listed in the quotation’s bonus section
- Coolant, a recirculating water-based fluid formulated to your materials
For coolant we recommend brands such as CimCool, Hocut, and Blaser, all available locally. To plan consumables for your work, consumables and spare parts.
Does the TensileTurn CNC Industrial Upgrade require an air connection?
Yes. The standard unit uses 30 psi (2 atm) of air pressure at a consumption rate of 3 CFM (87 LPM). The optional pneumatic chuck and 5C collet system require 90 psi (6 atm).
A higher shop pressure is not a problem: the machine has its own filter and regulator, which brings the pressure down to 90 psi, so no additional valves are needed beyond those supplied with the machine.
To confirm your configuration, talk to a specialist.
What is the average cost range for round tensile sample only preparation with the Industrial Upgrade TensileTurn CNC?
The Industrial Upgrade TensileTurn CNC provides precision machining for round tensile specimens providing consistency and efficiency. The average cost per round sample for preparation only ranges from $150 to $300.
This system is ideal for labs requiring high-accuracy, high-throughput operations. For an exact cost estimate, use the TensileMill Round Sample CNC Calculator or contact our product specialists for a personalized quote.
See our standards and certification.
Does the TensileTurn CNC Industrial Upgrade require a water connection?
No. The machine comes standard with its own coolant system, so no facility water line is needed. Keep the coolant within the concentration range specified by the coolant manufacturer.
To discuss placement in your lab, talk to a specialist.
What is the surface finish of the various materials that is offered by the TensileTurn CNC – Industrial Upgrade model?
The surface finish specifications are typical of a high quality CNC turning center. In the great majority of cases, the results are 63 Ra or better. There are a number of factors to consider when evaluation a surface finish.
For peace of mind, it is suggested to send your samples to TensileMill CNC for our free sample preparation service.
For help matching this to your lab, talk to a specialist.
How much space does the TensileTurn CNC Industrial Upgrade need?
The machine measures 43.8 × 26 × 42.5 in (1,113 × 660 × 1,080 mm) and weighs 800 lb (362 kg).
Leave a clearance of at least 1.6 ft (0.5 m) between the machine and surrounding equipment or walls, so that maintenance and cleaning stay easy.
To confirm it fits your floor plan, talk to a specialist.
What coolant does the TensileTurn CNC Industrial Upgrade use, and how often should it be changed?
Use a semi-synthetic or water-soluble coolant oil. A fully synthetic cutting fluid is not recommended, because it can be corrosive to the seals in the machine. The coolant tank holds 10 gal (38 L).
The machine has an internal recirculating fluid chamber, and the fluid should be changed every 6–12 months. As a general rule, the spindle cooling fluid only needs to be changed once a year, and the cutting fluid should be topped up when it gets low.
For coolant and tooling supplies, explore our consumables and spare parts.
How easy is the TensileTurn CNC – Industrial Upgrade to operate and do you provide training?
Ease of use is at the heart of the TensileTurn CNC – Industrial Upgrade, despite its robust industrial capabilities.
The system features an intuitive touchscreen interface, intelligent software, and simplified controls that minimize the learning curve, even for first-time operators.
Comprehensive training is included with every purchase, delivered either remotely or on-site, depending on your preference. We also provide continuous technical support to ensure ongoing success.
This streamlined usability means fewer operator errors, faster training, and better-quality specimens with every batch. For further assistance or training coordination, our support team is available or.
For help or support, talk to a specialist.
Does the TensileTurn CNC Industrial Upgrade require distilled water for operation?
Yes. The TensileTurn CNC Industrial Upgrade requires distilled water for its machining coolant system.
Distilled water keeps mineral buildup and scaling out of the cooling circuit.
For maintenance questions, talk to a specialist.
What installation & training services are available to us?
TensileMill offers a 1 day standard installation & training session for our clients. Due to the nature of the lathe systems for tensile sample preparation, we recommend at least one day to ensure that all operators are fully immersed in the use of the TensileSoft™ – our tensile sample preparation software, for the easiest, and most effective results.
TensileMill CNC Inc. is all about on-going improvement and therefore savings for our clients. Training and installation videos may be requested to identify if a formal training would still be required.
In our best experience, CNC machinists with moderate to advance experience do not require formal training and installation. They can get away with a remote session over Skype or even a phone call.
Learn more by connecting with our CNC consultants today for the optimal solution for your training and installation needs.
See our standards and certification.
What way lube oil does the TensileTurn CNC Industrial Upgrade use?
The machine requires ISO 68 equivalent way lube. Suitable brands include Mobil, Shell and Irving.
For a maintenance checklist, talk to a specialist.
What kind of after-sales support can I expect for the TensileTurn CNC – Industrial Upgrade?
Reliable post-sales support is just as important as machine performance. That’s why we back the round sample preparation system with expert service from installation through the entire lifecycle of the system.
We assist with setup, calibration, and operator training tailored to your workflow. Should you need technical help down the line, our support team is available, by for priority handling.
Whether you need assistance with programming, machine diagnostics, or tooling optimization, our technical experts are committed to helping you maintain accuracy and uptime.
For help or support, talk to a specialist.
What starting blanks can the TensileTurn CNC Industrial Upgrade take?
The machine accepts several types of starting stock:
- Round, 8 in long, 4 in diameter: 3-jaw chuck
- Square, 8 in long, 1 × 1 in (W × D): 4-jaw chuck
- Irregular, 8 in long: Reviewed with your CNC consultant
For irregular stock, please review your specific requirements with your CNC consultant, who will recommend the right chuck.
To match workholding to your stock, request a personal quote.
What fixtures and holders come with the TensileTurn CNC Industrial Upgrade?
As part of the Turnkey Solution Package, the machine is supplied with the fixtures and holders needed to prepare your materials accurately and repeatably.
Before delivery, your CNC consultant reconfirms the materials you plan to prepare and puts together the matching tooling package.
To match fixtures to your specimens, request a personal quote.
What are some fundamental maintenance tips for optimizing the life-span of our round tensile sample preparation machine?
All TensileMill machines are designed with ease-of-use and ease-of-maintenance in mind. By keeping the machine clean, checking and adding fluids as necessary and running the system consistently, you will maximize the life cycle of your system. Contact us today to learn more.
For a tailored recommendation, request a personal quote.
What surface finish can I expect from the TensileTurn CNC Industrial Upgrade?
Surface finish is typical of a high-quality CNC turning center: in the great majority of cases the result is 63 Ra or better.
Surface finish depends on several factors. For ASTM E466, ASTM E606, EN 6072 and NADCAP requirements, see our TensilePolish longitudinal polishing solution.
To discuss finish requirements, talk to a specialist.
Which spare parts may the TensileTurn CNC Industrial Upgrade need, and are they readily available?
The machine has a standard list of components, spare parts and recommended consumables. They are subject to a short lead time and can be ordered at any time from TensileMill CNC Inc.
Most spare parts and consumables are available in-house or can be delivered within days to a few weeks.
Explore our consumables and spare parts.
What are the optimal dimensions of the starting blank stock for the Industrial Upgrade tensile sample preparation system?
For the best results, hold one end of the blank in the chuck while the other end is supported by the tailstock, leaving enough material for the chuck to grip. We recommend about 1/2 to 3/4 in of holding length, and a little extra for threaded-end specimens.
The system accommodates several stock shapes:
- Round stock: up to 4 in diameter and 12 in length
- Square stock: up to 1 x 1 x 12 in, and the square chuck can hold specimens that are not perfectly square
- Irregular stock: handled with a custom solution, for which we ask for a photo
Minor deviations often come from band-saw cutting without precision instruments, so we invite clients to send samples for us to prepare free of charge for peace of mind. To discuss your stock, talk to a specialist.
Can we send our specimens to your facility to be prepared for us to make sure the system can meet our specific needs?
Sending your specimens to our facility for proper tensile sample preparation is one of the best ways to get the peace of mind that you are hoping for. It is our goal to ensure that you are 100% comfortable with our system.
We will take the before and after photos of your specimens; we will create a video of the process to prepare your specimens; and we will send the prepared tensile samples back to your facility for quality inspection. The best part is this service is absolutely free for you! Contact us today to learn more.
For help or support, talk to a specialist.
Do you supply benches for your TensileTurn Industrial Upgrade models? What are the bench dimensions?
Your bench is typically found in the optional accessory section on your Round Tensile Sample Preparation System quotation.
The bench weights 248lbs (113kg) and has dimensions of (WxDxH) 48x42x38″ (122 x 107 x 97cm).
To learn more, request a personal quote.
How does TensileMill CNC, inc. Reduce downtime with the TensileTurn CNC – Industrial Upgrade?
Downtime in industrial testing environments can be costly. That’s why we’ve built a support system for the round sample preparation machine that prioritizes fast diagnostics and efficient resolution.
In the event of a technical issue, our expert team is available via.
Most issues are assessed and resolved remotely within 4 hours, and when parts or deeper intervention are needed, our goal is full resolution within 24–48 hours.
Our responsive service infrastructure ensures your tensile specimen preparation process stays online, supporting production throughput, lab testing accuracy, and internal QC performance.
For a tailored recommendation, request a personal quote.
How simple is it to use the TensileTurn system for a non-experienced CNC machinist?
TensileMill’s systems are designed to be user-friendly, accurate, and repeatable, though operators should have at least basic lathe knowledge to avoid costly mistakes when running a lathe system.
We recommend a minimum of one day of training for the TensileTurn CNC systems, which is enough for operators to apply the CNC lathe confidently to their tensile dog-bones. During training they learn to:
- Use our library of common standards
- Prepare round, square, or irregular starting blanks
- Enter new specimen dimensions in the user-friendly software
The guided interface keeps the learning curve short. See our standards and certification.
What is the accuracy & repeatability of your system?
The accuracy & repeatability for the Industrial Upgrade round tensile specimen preparation model is 0.0003″. Due to the latest upgrades, this number will improve, guaranteeing that your tensile dog bones will be prepared to virtually any global industry standard.
See our standards and certification.
What is the chip removal procedure for the TensileTurn CNC Industrial Upgrade model?
Chip removal on the Industrial Upgrade is simple:
- E-stop the machine
- Open the door
- Remove the chips
Always wear proper personal protective equipment when handling machining chips. For help matching this to your lab, talk to a specialist.
What is the lead-time for the TensileTurn CNC – Industrial Upgrade?
At TensileMill CNC, Inc., we prioritize your deadlines with reliable lead times and dependable logistics.
The Industrial Upgrade round sample preparation system typically ships within 4 to 6 weeks, depending on the chosen configuration and shipping region.
We work proactively with your team to confirm system specs, coordinate delivery, and minimize integration delays. This efficient process allows you to stay on track with production schedules, R&D planning, or compliance audits.
For the most accurate lead-time and quote, please, or use our online quote system.
For a tailored recommendation, request a personal quote.
What is the TensileTurn CNC – Industrial Upgrade's model footprint?
TensileTurn CNC – Industrial Upgrade model offers an ultra-compact footprint compared to any industrial grade CNC machining equipment. The state of the art design backed up with a super-shock absorbent granite frame allows the system to take on a “real beating” while offering the optimal solution for round, square and irregular tensile specimen preparation needs for a full range of metal materials up to 55 HRC hardness.
The overall system dimensions are 43.8″ x 26.7″ x 39″ (1112 x 678 x 991 mm) weighing only 810 lbs. (368.2 kg)
The coolant tank is not part of a foot print, but can fit under the working table which preserves space. The work table is supplied as an optional accessory with the quotation for the rought tensile sample preparation system. Get a quote today.
For a configuration matched to your specimens, request a personal quote.
Why should I choose the TensileTurn CNC – Industrial Upgrade as my round specimen preparation machine?
At TensileMill CNC, Inc., we understand that industrial testing environments demand speed, durability, and uncompromising accuracy.
The TensileTurn CNC – Industrial Upgrade is a turnkey solution engineered for high-volume, high-precision round tensile specimen preparation. This system comes fully equipped with industrial-grade components, live tooling capabilities, and advanced software to streamline even the most demanding applications.
Whether you’re operating under ASTM, ISO, or NADCAP standards, the Industrial Upgrade delivers consistency, repeatability, and minimal downtime, all while eliminating the need for outsourcing.
Our team guides you from consultation through setup and training to ensure you’re fully equipped to meet operational and compliance goals from day one.
For help or support, talk to a specialist.
RELATED TO STANDARDS
ISO 38
- ISO/TS 6892-5 Tensile Testing of Miniaturised Metallic Test Pieces
- ISO 1:2022 — Standard reference temperature (20 °C) for geometrical and dimensional specifications
- ISO 9854-1:2023 — Charpy impact properties for thermoplastic fluid-transport pipes (Part 1)
- ISO 9854-2 — Charpy impact test conditions for thermoplastics pipes
- ISO 8521 (GRP pipes) — circumferential (hoop) tensile wall strength test methods
- ISO 8513: GRP pipes — initial longitudinal tensile strength
- ISO 8496 Ring Tensile Test for Metallic Tubes
- ISO 8256 (Plastics) — Determination of Tensile-Impact Strength
- ISO 7800: Metallic materials — Wire — Simple torsion test
- ISO 7206-4: Endurance testing of stemmed femoral components
- ISO 7206-13 – Torque resistance of hip prosthesis head fixation
- ISO 6892-2 Tensile Testing of Metallic Materials at Elevated Temperature
- ISO 6892-1 Tensile Testing of Metallic Materials (Room Temperature)
- ISO 6892-1: Tensile Testing of Metallic Materials (Room Temperature)
- ISO 6603-2 — Instrumented puncture impact testing of rigid plastics
- ISO 6506-1 Brinell Hardness Test (Metallic Materials) — Test Method
- ISO 26203-2 High Strain Rate Tensile Testing (Servo-Hydraulic and Related Systems)
- ISO 252:2023 — Conveyor Belts: Adhesion Between Constitutive Elements
- ISO 19819: Metallic materials — Tensile testing in liquid helium
- ISO/TS 18625:2017 — Container Tracking and Monitoring Systems (CTMS) Requirements
- ISO 18352 Compression-After-Impact (CAI) Testing for Carbon-Fibre Composites
- ISO 1827 — Shear modulus and adhesion to rigid plates (quadruple-shear)
- ISO 180: Plastics — Izod impact strength (pendulum impact test)
- ISO 179-2 Instrumented Charpy Impact Test for Plastics
- ISO 179-1 — Charpy impact strength of plastics (non-instrumented impact test)
- ISO 179 (Charpy impact strength for rigid plastics) – Standard Overview
- ISO 16808 Bulge Test for Biaxial Stress–Strain (Optical Measurement)
- ISO 16770 (FNCT): Environmental stress cracking of polyethylene
- ISO 15630-1 Testing (Reinforcing Bars, Rods, and Wire)
- ISO 15579: Metallic materials — Tensile testing at low temperature
- ISO 14879-1: Endurance (fatigue) testing of knee tibial trays
- ISO 148-1 Charpy Pendulum Impact Test (Metals) — Test Method
- ISO 148:1983 — Steel Charpy V-Notch Impact Test
- ISO 14556 – Instrumented Charpy V-Notch Pendulum Impact Test (Metals)
- ISO 10606:1995 — Total elongation at maximum force (reinforcing steel tensile test)
- ISO 10555-1:2023 Intravascular Catheters (Sterile, Single-Use) — General Requirements
- ISO 10319 Wide-width Tensile Test for Geosynthetics
- ISO 10275: Tensile strain hardening exponent (n-value) for metal sheet and strip
ASTM 24
- ASTM E8/E8M – Tension Testing of Metallic Materials
- ASTM E646: Tensile Strain‑Hardening Exponent (n‑Value) for Metallic Sheet
- ASTM E345 – Tension Testing of Metallic Foil
- ASTM E23 — Notched Bar Impact Testing of Metallic Materials (Charpy & Izod)
- ASTM E2298: Instrumented Impact Testing of Metallic Materials (Instrumented Charpy)
- ASTM E2248 – Impact Testing of Miniaturized Charpy V-Notch (MCVN) Specimens
- ASTM E21 Elevated-Temperature Tensile Testing of Metallic Materials
- ASTM E143 — Shear Modulus at Room Temperature (Test Method)
- ASTM E139 — Creep, Creep-Rupture, and Stress-Rupture Testing of Metallic Materials
- ASTM D7137/D7137M — Compression After Impact (CAI) / Compressive Residual Strength of Damaged Composite Plates
- ASTM D7136/D7136M — Drop-Weight Impact Damage Resistance of Polymer Matrix Composites
- ASTM D6110 Charpy Impact Resistance of Notched Plastics
- ASTM D5868 Lap Shear Adhesion for FRP Bonding (Test Method)
- ASTM D3763-02 High Speed Puncture Properties of Plastics (Instrumented Impact)
- ASTM D3763 — High-Speed Puncture Properties of Plastics (Instrumented Impact)
- ASTM D256 — Izod Pendulum Impact Resistance of Plastics
- ASTM D1037 – Test Methods for Wood-Base Fiber & Particle Panel Materials
- ASTM C633 Thermal Spray Coating Adhesion and Cohesion Testing
- ASTM C367/C367M Testing for Acoustical Ceiling Panels
- ASTM A938 Torsion Testing of Wire
- ASTM D1822 Tensile-Impact Resistance of Plastics
- ASTM C297/C297M Flatwise Tensile Strength of Sandwich Constructions
- ASTM B557 Tension Testing for Wrought and Cast Aluminum and Magnesium Alloy Products
- ASTM A370 Mechanical Testing of Steel Products
EN 22
- EN 7 (Determination of Ash from Petroleum Products)
- EN-002 Standard
- EN ISO 6508 (Rockwell hardness test for metallic materials)
- EN ISO 15630-1 Test Methods for Reinforcing Bars, Rods and Wire
- EN 71 (Safety of Toys) Standard Series
- EN 459-2: Building lime — Part 2: Test methods
- EN 319 — Tensile strength perpendicular to the plane (internal bond) for wood-based panels
- EN 311 — Surface soundness test method for wood-based panels
- EN 196-8 (Heat of hydration — solution method)
- EN 1669 Earing Test for Aluminium Sheet and Strip
- EN 1394 — GRP pipe apparent initial circumferential tensile strength
- EN 1337-5 Structural Bearings — Pot Bearings
- EN 13279-2 Test Methods for Gypsum Binders and Gypsum Plasters
- EN 12697-34 Marshall Test for Bituminous Mixtures
- EN 12697-23 – Indirect tensile strength of bituminous specimens
- EN 12697-12 Water Sensitivity of Bituminous Specimens
- EN 10328: Depth of hardening after surface heating (conventional method)
- EN 10237 Ring Tensile Test for Metallic Tubes
- EN 1023-3 Office furniture screens — test methods
- EN 10138 (Prestressing steels) – requirements for prestressing steel products
- EN 10045 — Charpy Impact Test (Metallic Materials)
- EN 10002-1 — Tensile testing of metallic materials (ambient temperature)
DIN 12
- DIN EN ISO 6892-2 — Tensile testing of metallic materials at elevated temperature
- DIN EN ISO 6892-1 — Tensile testing of metallic materials at room temperature
- DIN EN ISO 26203-2 — High Strain-Rate Tensile Testing (Servo-Hydraulic Systems)
- DIN EN ISO 148-1 Charpy Pendulum Impact Test (Metals) – Test Method
- DIN EN ISO 14556 – Instrumented Charpy V-Notch Pendulum Impact Test
- DIN EN 1023 — Office furniture screens (partitions): dimensions, mechanical safety, and test methods
- DIN 50154 Tensile Testing of Aluminum Foils and Thin Strip
- DIN 50141 Shear Test for Metallic Materials
- DIN 50138 Ring Tensile Test on Tubes (Withdrawn)
- DIN 50136: Flattening (Ring Fold) Test on Metallic Tubes
- DIN 50125 — Tensile test pieces for metallic materials
- DIN 50115 — Notched-Bar Impact Test (Special Specimens & Evaluation)
BS 6
- BS EN 1337-5 Pot Bearings (Structural Bearings)
- BS 6746:1990 — PVC insulation and sheath materials for electric cables
- BS 18:1987 — Tensile Testing of Metals (Room Temperature)
- BS 131-6: Notched bar tests — precision Charpy V-notch impact energies (metals)
- BS 131-1 (Izod impact test on metals)
- BS 1006 NEXT 2, 3, 5 (Colour Fastness to Washing & Dry Cleaning)
GB/T 5
- GB/T 2951 — Test Methods for Cable Insulation and Sheath Materials
- GB/T 228.1-2021 — Metallic Materials Tensile Testing (Room Temperature)
- GB/T 228 — Metallic Materials Tensile Testing at Ambient Temperature
- GB/T 1843 — Plastics: Determination of Izod impact strength
- GB/T 1043.1-2008 — Plastics: Charpy Impact Properties (Non‑Instrumented Impact Test)
JIS 4
AITM 2
More standards can be added on-site with licensed TM Software, no specialist training required.
Your team can extend the machine to new test standards at any time using the machine's licensed TM Software, without CNC programming experience or outside help.





