NextGen Material Testing Inc. provides a full selection of specialized grips and fixtures engineered for advanced testing applications that extend beyond traditional tensile and compression methods. Designed for integration with our universal testing machines (UTM), these solutions enable testing of plastic films, non-woven materials, geotextiles, buckles, eyes, and other unique configurations requiring precise alignment and force application.
Our other grips and fixtures collection meets critical global testing standards, including ASTM D624, ASTM D1004, ISO 34, ISO 3303, and DIN equivalents. They allow reliable data collection for shear strength, puncture resistance, tear propagation, and peeling forces, among others.
These accessories help laboratories, research institutions, and quality control departments expand the capabilities of their NextGen UTMs across numerous industries, from packaging to construction textiles.
Sixteen fixtures cover the tests that do not fit a plain pull: peel, tear, puncture and shear. They are grouped here in that order. The first holds sponge and tear specimens from the side at 500 N.
The NGB502A Side Action Grip is built for low-force tensile and tear tests, specifically targeting sponge samples and footwear components such as soles and uppers. Its adaptable jaw configuration allows for accurate gripping of various sample types. This compact grip is compatible with standard 10 mm pin-type universal testing machines and supports ambient condition testing for soft and elastic materials.
| Parameter | Specification |
|---|---|
| Application | Tension test of sponge sample and tear test of sole and upper of shoe |
| Maximum Force Capacity | ≤ 500 N |
| Weight | Upper Grip: 2.2 lbs (1 kg) Lower Grip: 2.2 lbs (1 kg) |
| Working Temperature | Ambient |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A) | 9.8″ (250 mm) |
| Width (B) | 3.9″ (100 mm) |
| Jaw Face Width (Sponge Specimen) | 30 mm |
| Jaw Face Width (Shoe Upper) | 40 mm |
Peel comes next. This fixture pulls the bond at a fixed 90 degrees, which is what a peel adhesion figure means, at 500 N.
The NGA502A 90° Peeling Fixture is built for the determination of peel adhesion strength of adhesive tapes. This fixture complies with GB/T 2792 and ISO 29862 standards and is suitable for low-force peel testing up to 500 N. It features a stable base and pin-mounted grips for accurate and repeatable adhesion measurements in ambient conditions.
| Parameter | Specification |
|---|---|
| Application | Determination of peel adhesion properties for adhesive tapes |
| Maximum Force Capacity | ≤ 500 N |
| Weight | 8.1 lbs (3.66 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 2792, ISO 29862 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 92 mm Lower Grip: 4.2″ (106 mm) |
| Base Length (C) | 20.5″ (520 mm) |
| Base Width (D) | 5.5″ (140 mm) |
Dimensions C and D used in Table 2.The same test at 1 kN, arranged for geogrid.
The NGB103A Peeling Fixture is developed for conducting peeling tests on geogrid materials in accordance with the JTG E50 standard. With its dual-grip design and compatibility with Φ10 mm pin mounts, this fixture provides a stable platform for low-force peel tests up to 1 kN. It is suited to quality control and research applications in geosynthetics testing environments.
| Parameter | Specification |
|---|---|
| Application | Peeling test for geogrid |
| Maximum Force Capacity | ≤ 1 kN |
| Weight | Upper Grip: 4.9 lbs (2.23 kg) Lower Grip: 5 lbs (2.29 kg) |
| Working Temperature | Ambient |
| Standard | JTG E50 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 4.3″ (110 mm) Lower Grip: 4.2″ (106 mm) |
| Grip Length (C) | 5.5″ (140 mm) |
| Width (D/E) | Upper Grip: 4.9″ (124 mm) Lower Grip: 54 mm |
The climbing drum is a different way to peel: the specimen wraps a drum that rolls as it separates, so the angle stays constant while the bond line advances. Rated to 1 kN.
The NGG103A Climbing Drum Peel Test Fixture is used to determine the peel resistance of sandwich structures, especially those involving bonded joints. This fixture is compliant with GB/T 17748 and operates under low-force conditions in ambient environments. Its lightweight construction and Φ10 mm pin mounting make it suitable for small-scale, precise adhesion testing applications.
| Parameter | Specification |
|---|---|
| Application | Determination of the peel resistance of sandwich structures |
| Maximum Force Capacity | ≤ 1 kN |
| Weight | Upper Grip: 0.8 kg Lower Grip: 0.3 kg |
| Working Temperature | Ambient |
| Standard | GB/T 17748 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 67 mm Lower Grip: 47.5 mm |
| Width (C) | 30 mm |
Tear is not peel - the crack runs through the material rather than along a bond. This fixture tears waterproof roll at 500 N.
The NGA502A Tear Fixture is built for tear testing of waterproof roll materials in ambient conditions. Built according to GB/T 328.18 standards, this fixture supports low-force testing up to 500 N and provides reliable grip and alignment via standard Φ10 mm pin connections. Its durable dual-grip structure ensures consistent specimen holding and accurate tear strength evaluation.
| Parameter | Specification |
|---|---|
| Application | Tear test for waterproof roll |
| Maximum Force Capacity | ≤ 500 N |
| Weight | Upper Grip: 4.6 lbs (2.1 kg) Lower Grip: 6.6 lbs (3.0 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 328.18 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 97 mm Lower Grip: 5.7″ (145 mm) |
| Width (C) | 5.5″ (140 mm) |
Safety nets are pulled by their open eyes rather than clamped, and this 20 kN grip is shaped for that.
The NGA204A Tensile Grip of Eyes Open Buckle is built for tension testing of safety nets, including open-buckle eye loop configurations. Built in compliance with GB/T 5725-2009, this grip system handles forces up to 20 kN under ambient conditions. Its reinforced lower grip construction ensures stability for high-strength materials, while standard Φ10 mm pin connections enable easy integration with universal testing machines.
| Parameter | Specification |
|---|---|
| Application | Tension test for safety nets |
| Maximum Force Capacity | ≤ 20 kN |
| Weight | Upper Grip: 2.2 lbs (1 kg) Lower Grip: 29 lbs (13 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 5725-2009 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 4″ (101 mm) Lower Grip: 4.9″ (125 mm) |
| Width (C) | 4.9″ (125 mm) |
Three puncture fixtures follow. Puncture is measured by driving a probe through the specimen, and the fixture holds the sheet flat while it happens. This one is for plastic film at 500 N.
The NGP502A Puncture Fixture of Plastic Film is built for precise measurement of puncture resistance in plastic films. Compliant with GB/T 21302-2007, this fixture is optimized for low-force testing in ambient conditions. It features a 1 mm diameter probe and a 50 mm inner diameter ring to accurately simulate puncture conditions, providing highly repeatable test results for thin plastic specimens.
| Parameter | Specification |
|---|---|
| Application | Determination of puncture resistance properties of plastic film |
| Maximum Force Capacity | ≤ 500 N |
| Weight | Upper Grip: 0.21 kg Lower Grip: 6.8 lbs (3.07 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 21302-2007 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 3.9″ (100 mm) Lower Grip: 6.1″ (155 mm) |
| Width (C) | 8.5″ (215 mm) |
| Inner Diameter | Φ50 mm |
| Probe Diameter | Φ1 mm |
For non-woven fabric, at 1 kN.
The NGP103A Puncture Fixture of Non-Woven Fabric determine the bursting strength of textile materials, including non-woven fabrics. Conforming to GB/T 19976-2005, this fixture operates in ambient environments and supports loads up to 1 kN. It is equipped with interchangeable probes for multiple test scenarios and offers secure Φ10 mm pin connections for universal testing machine compatibility.
| Parameter | Specification |
|---|---|
| Application | Determination of bursting strength of textiles |
| Maximum Force Capacity | ≤ 1 kN |
| Weight | 22 lbs (10 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 19976-2005 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A) | 9.8″ (250 mm) |
| Width (B) | 6.3″ (160 mm) |
| Probe Diameter | Φ25 mm, Φ38 mm |
And for geotextile, at 5 kN, where the sheet is heavy enough to resist.
The NGP503A Puncture Fixture of Geotextiles is built for the accurate determination of puncture resistance properties in geotextile materials. Compliant with GB/T 14800-2010 and ISO 12236, this fixture supports up to 5 kN of load and operates in ambient conditions. With dual plunger and inner diameter options, it enables standardized testing for many geotextile product types.
| Parameter | Specification |
|---|---|
| Application | Determination of puncture resistance properties of geotextiles |
| Maximum Force Capacity | ≤ 5 kN |
| Weight | Upper Grip: 5.3 lbs (2.4 kg) Lower Grip: 33 lbs (15 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 14800-2010, ISO 12236 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 6.9″ (175 mm) Lower Grip: 11.4″ (290 mm) |
| Width (C) | 11.1″ (282 mm) |
| Inner Diameter | Φ5.9″ (150 mm), Φ50 mm |
| Plunger Diameter | Φ50 mm, Φ8 mm |
The rest of the page is shear in its various forms. This fixture shears silicone sealant at 2 kN.
The NGA203A Shear Fixture is built for evaluating the shear performance of silicone sealants under controlled conditions. Built to meet the JGT 475-2015 standard, the fixture accommodates medium-force testing up to 2 kN and offers a wide working temperature range for reliable results in both cold and hot environments. Its dual Φ10 mm pin connections ensure secure integration with universal testing machines.
| Parameter | Specification |
|---|---|
| Application | Shear test for silicone sealants |
| Maximum Force Capacity | ≤ 2 kN |
| Weight | Upper Grip: 2.2 lbs (1 kg) Lower Grip: 4.4 lbs (2 kg) |
| Working Temperature | -20°C to +80°C |
| Standard | JGT 475-2015 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 6.6″ (168 mm) Lower Grip: 7.2″ (184 mm) |
| Width (C) | 4.4″ (111 mm) |
The same capacity, but pulling a welded joint in steel rather than shearing a sealant.
The NGA203D Tensile Grip is specifically designed for tension testing of welded joints in steel wire, following GB/T 33281-2016 and GB/T 26941.3 standards. Compact and lightweight, it operates under ambient conditions and supports forces up to 2 kN. The grip is suited to small-diameter specimens ranging from Φ0.5 mm to Φ5 mm, offering reliable alignment and precision holding for consistent test results.
| Parameter | Specification |
|---|---|
| Application | Tension test for welded joint of steel wire |
| Maximum Force Capacity | ≤ 2 kN |
| Weight | Upper Grip: 2.2 lbs (1 kg) Lower Grip: 2.2 lbs (1 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 33281-2016, GB/T 26941.3 |
| Height (A) | 5.9″ (150 mm) |
| Height (B) | 40 mm |
| Specimen Diameter | Φ0.5 - Φ5 mm |
Shear of aluminium-plastic composite panel at 10 kN.
The NGB104A Shear Fixture is developed for conducting shear strength testing on aluminum-plastic composite panels. Built in accordance with GB/T 17748, it is optimized for low- to mid-force applications up to 10 kN under ambient conditions. This fixture supports precise clamping and is suitable for specimens with longitudinal lengths under 3.9″ (100 mm), making it suited to construction and façade material evaluation.
| Parameter | Specification |
|---|---|
| Application | Shear test for aluminium-plastic composite panel |
| Maximum Force Capacity | ≤ 10 kN |
| Weight | 8.6 lbs (3.9 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 17748 |
| Height (A) | 4.2″ (107 mm) |
| Height (B) | 4″ (102 mm) |
| Specimen Size | Longitudinal length ≤ 3.9″ (100 mm) |
Compression shear puts the joint under load while it is sheared, which is how adhesives on rigid panels are tested. Also 10 kN.
The NGB104B Compression Shear Fixture is built for evaluating the shear strength of adhesives used in ceramic tile applications. Built in accordance with JC/T547-2005, this fixture handles forces up to 10 kN in ambient conditions. Its solid lower grip and lightweight upper component ensure stable performance for material bonding evaluation. The fixture integrates easily with standard universal testing machines via Φ10 mm pin mounts.
| Parameter | Specification |
|---|---|
| Application | Compression shear test for adhesives of ceramic tiles |
| Maximum Force Capacity | ≤ 10 kN |
| Weight | Upper Grip: 0.8 kg Lower Grip: 15 lbs (7 kg) |
| Working Temperature | Ambient |
| Standard | JC/T547-2005 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 55 mm Lower Grip: 5.7″ (145 mm) |
| Width (C) | 7.1″ (180 mm) |
Longitudinal shear along an aluminium thermal break, at 20 kN.
The NGB204A Longitudinal Shear Fixture is engineered for testing the shear strength of aluminum alloy thermal barrier profiles. Built according to GB/T 28289-2012, it supports forces up to 20 kN and is suited to quality control and structural performance evaluation in ambient environments. The fixture features heavy-duty pin connections and accommodates specimens with longitudinal lengths up to 3.9″ (100 mm).
| Parameter | Specification |
|---|---|
| Application | Shear test for aluminum alloy thermal barrier profiles |
| Maximum Force Capacity | ≤ 20 kN |
| Weight | Upper Grip: 6.6 lbs (3 kg) Lower Grip: 14 lbs (6.5 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 28289-2012 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 6.6″ (168 mm) Lower Grip: 10.6″ (269 mm) |
| Width (C) | 7.5″ (190 mm) |
| Specimen Size | Longitudinal length ≤ 3.9″ (100 mm) |
Shear of steel wire and rope, at 100 kN - the heaviest on the page.
The NGB105A Shear Fixture is built for high-force shear testing of steel wire and rope. With a maximum force capacity of 100 kN, this heavy-duty fixture is suitable for industrial applications requiring precise evaluation of wire and rope shear performance. Compatible with Φ10 mm pin connections, it supports a range of specimen diameters including Φ4, Φ5, Φ6, and Φ8 mm under ambient conditions.
| Parameter | Specification |
|---|---|
| Application | Shear test for steel wire and rope |
| Maximum Force Capacity | ≤ 100 kN |
| Weight | Upper Grip: 3.7 lbs (1.69 kg) Lower Grip: 23 lbs (10.63 kg) |
| Working Temperature | Ambient |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A/B) | Upper Grip: 97 mm Lower Grip: 5.7″ (145 mm) |
| Width (C) | 5.9″ (150 mm) |
| Specimen Size | Φ4, Φ5, Φ6, Φ8 mm |
The last fixture returns to plain tension, for aluminium alloy profiles, at 20 kN.
The NGA204A Tensile Fixture is built for performing tension tests on aluminum alloy profiles. Built to comply with GB/T 28289-2012 standards, it supports tensile forces up to 20 kN and is optimized for reliable performance under ambient conditions. The fixture uses standard Φ10 mm pin connections and provides stable clamping with symmetrical grip weights and dimensions.
| Parameter | Specification |
|---|---|
| Application | Tension test for aluminum alloy profiles |
| Maximum Force Capacity | ≤ 20 kN |
| Weight | Upper Grip: 4 lbs (1.8 kg) Lower Grip: 4 lbs (1.8 kg) |
| Working Temperature | Ambient |
| Standard | GB/T 28289-2012 |
| Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
| Height (A) | 4.1″ (105 mm) |
| Test Width (B) | 4.1″ (104 mm) |
| Grip Width (C) | 5.8″ (148 mm) |
NextGen’s other grips and fixtures are tailored for precise, non-standard testing scenarios across various material types, for full compliance with ASTM, ISO, and DIN testing protocols. Whether you’re evaluating peel strength, puncture resistance, or shear performance, these accessories expand your UTM’s capabilities and allow for deeper insights into material behavior.
Contact our technical team today to integrate these solutions into your existing universal testing equipment.
Need Additional Quality Control Equipment to Build Your Laboratory?
Gripping and fixturing is only one part of a complete quality control laboratory. NextGen can help you equip your entire lab with impact testers, notching and broaching systems, cooling chambers, tensile testers, hardness testers, specimen preparation equipment, and other supporting solutions, all coordinated as one complete project.
These flexure fixtures are designed for precise bending tests on large, brittle, or high-strength specimens, including metals, ceramics, composites, concrete, and construction materials. Compatible with hydraulic universal testing machines, they support single-point, three-point, and four-point bending configurations with adjustable spans and roller supports. Capacities up to 2000 kN help laboratories evaluate flexural strength, deformation behavior, and structural integrity.
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Threaded grips for bolt and nut tensile testing provide secure axial loading for bolts, studs, nuts, and other threaded fasteners. Designed for universal testing machines, they help prevent slippage, thread stripping, and misalignment during high-force tests. Compatibility with ASTM F606, ISO 898, DIN 50125, and multiple metric thread sizes makes them useful for construction, automotive, aerospace, manufacturing, and fastener QC applications.
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Dual-Action Hydraulic Grips are high-capacity wedge-clamping fixtures for tensile testing on universal testing machines. Designed for metals, plastics, and composite specimens, they apply uniform hydraulic pressure to reduce slippage, deformation, and grip-end failures during demanding tests. Interchangeable jaw faces, hydraulic power-unit actuation, UTM compatibility, and support for ASTM, ISO, DIN, JIS, and GB/T workflows help laboratories improve safety and repeatability.
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TestStar® Series grips and fixtures are high-precision accessories for integrating tensile, snubbing, wedge-action, pneumatic, compression, and bending setups with hydraulic and electromechanical universal testing machines. Built for metals, polymers, composites, geotextiles, and demanding industrial specimens, the series emphasizes rigid construction, quick interchangeability, ergonomic handling, and compatibility with ASTM, ISO, DIN, and related standards for repeatable mechanical testing.
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Composite grips and fixtures are engineered for tensile, compression, shear, bending, peel, and delamination testing of fiber-reinforced plastics, carbon composites, laminates, and hybrid materials. Designed for NextGen universal testing machines, they support standards such as ASTM D3039, ISO 527, ASTM D2344, ISO 14125, and DIN EN 2562. These fixtures help labs generate repeatable data for R&D, QA, and compliance testing.
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These wood testing grips and fixtures support tensile, shear, flexural, internal bond, and fastener-related evaluation of engineered wood, panels, boards, and structural assemblies. Designed for use with NextGen NG-EML and NG-SHM universal testing machines, they help laboratories characterize wood behavior under standardized loading conditions. ASTM D198, ISO 3349, ISO 3340, and GB/T 1936.1 compatibility supports reliable research and QC workflows.
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These 3-point and 4-point bending fixtures support flexural strength, deformation, and modulus testing of natural stone, ceramics, composites, concrete, metals, bricks, and other structural or brittle materials. Adjustable upper and lower spans, roller-supported loading, multiple capacity options, and optional deformation measurement help laboratories perform standardized bending tests with stable support conditions and repeatable force application.
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Wedge tensile grips are built for high-load tensile testing of flat and round specimens made from metals, composites, and plastics. Their wedge-action mechanism increases gripping pressure as tensile force rises, helping minimize slippage and maintain alignment during demanding tests. Available models support force capacities from lower-force laboratory work up to 300 kN, with interchangeable flat and vee jaw inserts for different specimen sizes.
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Pneumatic grips provide fast, repeatable air-actuated clamping for universal testing machines in high-throughput tensile and compression workflows. Designed for wires, composites, polymers, films, fabrics, and other materials, they apply uniform gripping pressure while reducing operator fatigue and sample loading time. Side-action, wedge-action, and snubbing configurations, plus interchangeable jaw faces, support secure holding across varied specimen geometries and standards.
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Shoulder fixtures are specialized tensile grips for specimens and components with shoulder geometries, where alignment and secure seating are essential for reliable pull-off or tensile testing. Compatible with NG-EML and SHM universal testing machines, they help laboratories reduce bending effects, improve repeatability, and support standardized ASTM and ISO workflows in research, production, and quality-control environments.
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Compression fixtures provide aligned axial loading for rigid samples tested on NG-EML and SHM universal testing machines. They are suited for metals, polymers, elastomers, foams, composites, and construction materials where stable force distribution and specimen alignment are critical. High-rigidity construction, secure contact surfaces, and compatibility with ASTM D695, ISO 604, ASTM E9, and GB/T 14485 support repeatable compression testing.
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These bending fixtures support standard 3-point flexural testing of plastics, composites, metals, ceramics, alloys, and construction materials. Designed for use with NG-EML and SHM universal testing machines, they offer adjustable spans, multiple capacity options, and repeatable roller-supported loading. Compatibility with ASTM D790, ISO 178, ISO 14125, ASTM E290, and GB/T 9341 helps laboratories perform consistent standards-based flexural evaluations.
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Eccentric roller grips are built for low-force tensile testing of thin, soft, and flexible specimens such as rubber sheets, plastic film, and deformable materials. Their cam-driven roller mechanism increases clamping pressure as tensile load rises, helping prevent slippage without damaging delicate surfaces. Compatible with NextGen NG-EML and SHM systems, they support repeatable alignment and accurate testing of narrow specimens.
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Self-tightening grips are designed for tensile testing of deformable, elastic, or low-friction materials such as rubber, plastics, foams, textiles, and biomedical specimens. As tensile force increases, the gripping mechanism automatically increases clamping pressure, helping compensate for thinning or elongation during the test. This reduces slippage, limits specimen damage, and improves repeatability without frequent manual adjustment.
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Snubbing grips, also known as capstan grips, are designed for tensile testing of wires, cables, ropes, textile strips, and geogrids that can slip or break in standard clamps. By wrapping the specimen around curved surfaces, they increase friction and reduce grip-end failures. These fixtures help laboratories achieve safer, more repeatable axial loading for high-strength or flexible materials.
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Side action tensile grips provide quick, secure clamping for films, thin sheets, textiles, fine wires, polymer strips, and other flexible specimens on universal testing machines. Available in manual lever and screw-action configurations, they support different force ranges, jaw surfaces, and specimen sizes. Their side-clamping design helps improve alignment, reduce slippage, and speed up routine tensile testing in QC and R&D labs.
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NG-EML Series A is a compact single-column benchtop universal testing machine for low-force tensile, compression, and flexural testing. Covering 50 N to 5 kN capacity options, it is suited for rubber, plastics, adhesives, films, foams, wires, metals, composites, and consumer products. Its electromechanical frame, high-speed servo actuation, GenTest software, and standards support make it practical for R&D and routine QC.
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NG-EML Series B is a dual-column benchtop electromechanical universal testing machine for precision testing from 100 N to 10 kN. Built for research and industrial labs, it supports tension, compression, flexural, and component testing of composites, high-strength metals, polymers, films, foams, and rubber. Its compact rigid frame, advanced control accuracy, and GenTest software help deliver repeatable results in limited lab space.
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NG-EML Series C is a dual-column electromechanical universal testing machine available in bench-top and floor-standing formats from 5 kN to 50 kN. Built for tension, compression, flexural, shear, and peel testing, it combines Class 0.5 accuracy, a servo direct-drive system, high-rigidity frame, touchscreen control, and GenTest software to support precise testing of metals, composites, rubber, plastics, and polymers.
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NG-EML Series D is a heavy-duty floor-standing electromechanical universal testing machine for high-capacity tensile, compression, and flexural testing. Available from 50 kN to 1000 kN, it is built for high-strength steels, advanced composites, alloys, and challenging research materials. Its rigid dual-column frame, servo direct-drive system, closed-loop control, safety protections, and GenTest software support stable, accurate testing.
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GenTest is NextGen’s advanced UTM testing software for electromechanical universal testing machines, managing test setup, live control, data acquisition, calculations, curves, and reporting from one method-driven environment. Preconfigured ASTM, ISO, DIN, EN, and BS templates help operators load the correct control mode, speeds, gauge length, formulas, and result fields for tensile, compression, and flexural tests.
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The GenMark 500 is a full-automatic gauge length marking machine for metal bar, rebar and wire rod, applying the reference marks used to determine elongation after fracture. A servo-driven lead screw sets 5 mm or 10 mm spacing and a pneumatic tungsten steel needle marks specimens up to 500 mm gauge length, supporting ISO 6892-1 and ASTM E8/E8M workflows. Adjustable marking force, quick needle changes, and fixtures for both round and flat samples keep specimen preparation consistent across operators and shifts.
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