TestStar® Series Grips and Fixtures for Hydraulic UTM Integration

Trust

Versatile, High-Performance Fixtures for Advanced Mechanical Testing

NextGen Tensile grip - Side action - NGSD503ANextGen's TestStar® grips and fixtures are purpose-built to deliver superior mechanical testing performance in demanding industrial applications. These high-precision components are engineered to integrate seamlessly with our universal testing machines (UTMs), offering broad compatibility with international standards such as ASTM D638, ISO 6892, DIN 50125, and others. 

Covering a comprehensive range of testing modes—including tensile, compression, bending, shear, and puncture—these fixtures provide flexibility and repeatability for research labs, quality control departments, and material certification facilities. 

Each TestStar® accessory is designed with rigid construction, ergonomic use, and quick interchangeability, supporting both manual and pneumatic operation modes. Optimized for testing various materials including metals, polymers, composites, geotextiles, and more. 


NGQA502A – Pneumatic Tensile Grip (Snubbing Type)

NextGen Pneumatic tensile grip - Snubbing - NGQA502A - sizeNextGen Pneumatic tensile grip - Snubbing - NGQA502A The NGQA502A Pneumatic Tensile Grip is designed for low-force tension testing of filament materials using a snubbing configuration. This pneumatic grip delivers consistent clamping pressure and precision alignment under ambient conditions. Compatible with standard Φ10 mm pin connections, it is ideal for delicate materials such as fibers or threads with specimen diameters up to 1.5 mm.

  • Application: Tension test for filament materials.
  • Maximum Capacity: ≤ 500 N load.
  • Grip Weight: 0.56 kg (upper grip), 0.56 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 140 mm (upper grip), 140 mm (lower grip).
  • Width: 115 mm.
  • Specimen Size Compatibility: ≤ Φ1.5 mm.

Technical Specifications – NGQA502A Pneumatic Tensile Grip (Snubbing Type)

Parameter Specification
Application Tension test for filament
Maximum Force Capacity ≤ 500 N
Grip Weight Upper Grip: 0.56 kg
Lower Grip: 0.56 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 140 mm
Lower Grip: 140 mm
Width (C) 115 mm
Specimen Size ≤ Φ1.5 mm
Jaw Face Width (Shoe Upper) 40 mm

NGH203A – Tensile Grip (Manual Snubbing)

NextGen Tensile grip - Manual snubbing - NGH203A - sizeNextGen Tensile grip - Manual snubbing - NGH203AThe NGH203A Manual Snubbing Tensile Grip is designed for tension testing of flexible materials such as glass fiber, cotton thread, and nylon cord. It uses a manual snubbing configuration to maintain secure grip without slippage. With a maximum capacity of 2 kN, it is suitable for low-force testing in ambient environments. Compatible with standard Φ10 mm pin mounts, this grip accommodates samples below 500 tex.

  • Application: Tension test for glass fiber, cotton thread, and nylon cord.
  • Maximum Capacity: ≤ 2 kN load.
  • Grip Weight: 1.7 kg (upper grip), 1.7 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 165 mm (upper grip), 165 mm (lower grip).
  • Grip Width: 125 mm.
  • Specimen Size Compatibility: < 500 tex.

Technical Specifications – NGH203A Tensile Grip (Manual Snubbing)

Parameter Specification
Application Tension test for glass fiber, cotton thread, nylon cord
Maximum Force Capacity ≤ 2 kN
Grip Weight Upper Grip: 1.7 kg
Lower Grip: 1.7 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 165 mm
Lower Grip: 165 mm
Grip Width (C) 125 mm
Specimen Size < 500 tex

NGB502B – Tensile Grip (Snubbing)

NextGen Tensile grip - Snubbing - NGB502B - size NextGen Tensile grip - Snubbing - NGB502BThe NGB502B Tensile Grip is a snubbing-type fixture specifically designed for tension testing of steel wire. Ideal for delicate, thin-diameter samples up to Φ1.5 mm, this grip offers precision and control for low-force testing up to 500 N. It features compact construction, uniform upper/lower grip heights, and a wave-profile jaw face for stable sample engagement.

  • Application: Tension test for steel wire.
  • Maximum Capacity: ≤ 500 N load.
  • Grip Weight: 0.7 kg (upper grip), 0.7 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 115 mm (upper grip), 115 mm (lower grip).
  • Grip Width: 90 mm.
  • Jaw Face Dimensions: 36 mm (H) × 10 mm (W).
  • Specimen Diameter Compatibility: ≤ Φ1.5 mm.

Technical Specifications – NGB502B Tensile Grip (Snubbing)

Parameter Specification
Application Tension test for steel wire
Maximum Force Capacity ≤ 500 N
Grip Weight Upper Grip: 0.7 kg
Lower Grip: 0.7 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 115 mm
Lower Grip: 115 mm
Grip Width (C) 90 mm
Jaw Face Dimensions 36 mm (H) × 10 mm (W)
Specimen Diameter ≤ Φ1.5 mm

 


NGSD503A – Tensile Grip (Side Action)

NextGen Tensile grip - Side action - NGSD503A - sizeNextGen Tensile grip - Side action - NGSD503A The NGSD503A Tensile Grip is designed for tension testing of textiles and similar soft materials. With a side-action mechanism and wave-profile jaw faces, it provides consistent clamping without damaging delicate samples. Suitable for forces up to 5 kN, the grip supports ambient testing conditions and handles specimen thicknesses up to 14 mm. It is compatible with Φ10 mm pin connections for integration with standard testing machines.

  • Application: Tension test for textile materials.
  • Maximum Capacity: ≤ 5 kN load.
  • Grip Weight: 1.73 kg (upper grip), 1.73 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 120 mm (upper grip), 120 mm (lower grip).
  • Grip Width: 95 mm.
  • Jaw Face Dimensions: 95 mm × 35 mm (wave-profile).
  • Specimen Thickness Compatibility: ≤ 14 mm.

Technical Specifications – NGSD503A Tensile Grip (Side Action)

Parameter Specification
Application Tension test for textile
Maximum Force Capacity ≤ 5 kN
Grip Weight Upper Grip: 1.73 kg
Lower Grip: 1.73 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 120 mm
Lower Grip: 120 mm
Grip Width (C) 95 mm
Jaw Face Dimensions 95 mm × 35 mm (Wave-profile)
Specimen Thickness ≤ 14 mm

NGSA105A – Wedge Tensile Grip (Wedge Action)

NextGen Wedge tensile grip - Wedge action - NGSA105A - sizeNextGen Wedge tensile grip - Wedge action - NGSA105A The NGSA105A Wedge Tensile Grip is built for high-force tension testing of both flat and round specimens made of metal or composite materials. With a robust construction rated for loads up to 100 kN, this fixture is ideal for samples with hardness below 30 HRC and tensile strength under 600 MPa. It integrates easily with universal testing machines using Φ18 mm pin connections and delivers uniform clamping through wedge action.

  • Application: Tension test for flat and round specimens of metal and composite materials.
  • Maximum Capacity: ≤ 100 kN load.
  • Grip Weight: 15.3 kg (upper grip), 15.3 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ18 mm pin (upper and lower grips).
  • Height: 290 mm (upper grip), 290 mm (lower grip).
  • Grip Width: 370 mm.
  • Note: Suitable for specimens with hardness < 30 HRC and tensile strength < 600 MPa.

Technical Specifications – NGSA105A Wedge Tensile Grip (Wedge Action)

Parameter Specification
Application Tension test for flat and round specimens of metal, composite
Maximum Force Capacity ≤ 100 kN
Grip Weight Upper Grip: 15.3 kg
Lower Grip: 15.3 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ18 mm pin
Lower Grip: Φ18 mm pin
Height (A/B) Upper Grip: 290 mm
Lower Grip: 290 mm
Grip Width (C) 370 mm
Specimen Requirement Hardness < 30 HRC, Tensile Strength < 600 MPa

Optional Jaw Faces – NGSA105A Grip

To accommodate a wider variety of specimen shapes and sizes, the NGSA105A Wedge Tensile Grip is available with optional flat and vee jaw faces. All jaw faces are designed with a 1.5 mm pitch to ensure stable and uniform clamping. Both flat and vee types offer consistent dimensions and compatibility with specimens of varying thicknesses and diameters.

Flat Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA105A - size 2

No. Specimen Thickness (mm) Height A (mm) Width B (mm)
NGSA105A-13 0–7 50 40
NGSA105A-14 7–14 50 40
NGSA105A-15 14–21 50 40

Note: All flat jaw faces have a pitch of 1.5 mm.

Vee Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA105A - size 3

No. Specimen Diameter (mm) Height A (mm) Width B (mm)
NGSA105A-16 Φ4–9 50 40
NGSA105A-17 Φ9–14 50 40
NGSA105A-18 Φ14–19 50 40

Note: All vee jaw faces have a pitch of 1.5 mm.


NGSA304A – Wedge Tensile Grip (Wedge Action)

NextGen Wedge tensile grip - Wedge action - NGSA304A - sizeNextGen Wedge tensile grip - Wedge action - NGSA304A The NGSA304A Wedge Tensile Grip is designed for performing tension tests on flat and round specimens made from metals and composite materials. With a maximum force capacity of 30 kN, this grip is ideal for medium-load testing environments. It supports specimens with hardness below 30 HRC and tensile strength below 600 MPa. The wedge-action mechanism ensures stable gripping, while Φ10 mm pin connections allow for easy integration into standard testing machines.

  • Application: Tension test for flat and round specimens of metal and composite materials.
  • Maximum Capacity: ≤ 30 kN load.
  • Grip Weight: 13.5 kg (upper grip), 13.5 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 255 mm (upper grip), 175 mm (lower grip).
  • Grip Width: 350 mm.
  • Note: Suitable for specimens with hardness < 30 HRC and tensile strength < 600 MPa.

Technical Specifications – NGSA304A Wedge Tensile Grip (Wedge Action)

Parameter Specification
Application Tension test for flat and round specimens of metal, composite
Maximum Force Capacity ≤ 30 kN
Grip Weight Upper Grip: 13.5 kg
Lower Grip: 13.5 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 255 mm
Lower Grip: 175 mm
Grip Width (C) 350 mm
Specimen Requirement Hardness < 30 HRC, Tensile Strength < 600 MPa

Optional Jaw Faces – NGSA304A Wedge Tensile Grip

The NGSA304A Wedge Tensile Grip supports a range of optional jaw faces designed to accommodate both flat and round specimens. All jaws are engineered with a 1.5 mm pitch, ensuring firm, non-slip engagement during medium-load testing of metal and composite materials.

Flat Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA304A - size 3

No. Specimen Thickness (mm) Height A (mm) Width B (mm)
NGSA105A-13 0–7 50 40
NGSA105A-14 7–14 50 40
NGSA105A-15 14–21 50 40

Note: All flat jaw faces have a pitch of 1.5 mm.

Vee Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA304A - size 2

No. Specimen Diameter (mm) Height A (mm) Width B (mm)
NGSA105A-16 Φ4–9 50 40
NGSA105A-17 Φ9–14 50 40
NGSA105A-18 Φ14–19 50 40

Note: All vee jaw faces have a pitch of 1.5 mm.


NGSA305A – Wedge Tensile Grip (Wedge Action)

NextGen Wedge tensile grip - Wedge action - NGSA305A - sizeNextGen Wedge tensile grip - Wedge action - NGSA305A The NGSA305A Wedge Tensile Grip is designed for high-capacity tensile testing of flat and round specimens made from metal and composite materials. With a maximum load capacity of 300 kN and a heavy-duty wedge-action mechanism, it offers reliable and stable clamping for demanding applications. The grip is compatible with Φ28 mm pin connections and supports specimens with hardness below 30 HRC and tensile strength below 600 MPa.

  • Application: Tension test for flat and round specimens of metal and composite materials.
  • Maximum Capacity: ≤ 300 kN load.
  • Grip Weight: 38.5 kg (upper grip), 38.5 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ28 mm pin (upper and lower grips).
  • Height: 348 mm.
  • Grip Body Width: 248 mm.
  • Overall Width: 538 mm.
  • Note: Suitable for specimens with hardness < 30 HRC and tensile strength < 600 MPa.

Technical Specifications – NGSA305A Wedge Tensile Grip (Wedge Action)

Parameter Specification
Application Tension test for flat and round specimens of metal, composite
Maximum Force Capacity ≤ 300 kN
Grip Weight Upper Grip: 38.5 kg
Lower Grip: 38.5 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ28 mm pin
Lower Grip: Φ28 mm pin
Height (A) 348 mm
Grip Body Width (B) 248 mm
Overall Width (C) 538 mm
Specimen Requirement Hardness < 30 HRC, Tensile Strength < 600 MPa

Optional Jaw Faces – NGSA305A Wedge Tensile Grip

The NGSA305A supports a full range of optional flat and vee jaw faces, allowing adaptation to a variety of flat and round specimens. All jaws are precisely machined with a 2.0 mm pitch to maintain uniform gripping pressure and prevent slippage during high-capacity tensile testing.

Flat Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA305A - size 2

No. Specimen Thickness (mm) Height A (mm) Width B (mm)
NGSA305A-13 0–8 62 50
NGSA305A-14 8–16 62 50
NGSA305A-15 16–24 62 50
NGSA305A-16 24–32 62 50

Note: All flat jaw faces have a pitch of 2.0 mm.

Vee Jaw Faces (Optional)

NextGen Wedge tensile grip - Wedge action - NGSA305A - size 3

No. Specimen Diameter (mm) Height A (mm) Width B (mm)
NGSA305A-17 Φ4–9 62 50
NGSA305A-18 Φ9–16 62 50
NGSA305A-19 Φ16–23 62 50
NGSA305A-20 Φ23–30 62 50

Note: All flat jaw faces have a pitch of 2.0 mm.


NGA204A – Wedge Action Grip

NextGen Wedge action - NGA204A - sizeNextGen Wedge action - NGA204A The NGA204A Wedge Action Grip is engineered for compression testing of concrete, metal, and plastic specimens. Designed for medium-capacity loads up to 20 kN, this fixture combines compact form with reliable performance under ambient conditions. Compatible with Φ10 mm pin connections, the grip provides a stable setup for compressive force applications in various material testing environments.

  • Application: Compression test for concrete, metal, and plastic materials.
  • Maximum Capacity: ≤ 20 kN load.
  • Grip Weight: 1.4 kg (upper grip), 1.4 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 70 mm (upper grip), 60 mm (lower grip).
  • Diameter: 100 mm.

Technical Specifications – NGA204A Wedge Action Grip

Parameter Specification
Application Compression test for concrete, metal, plastic
Maximum Force Capacity ≤ 20 kN
Grip Weight Upper Grip: 1.4 kg
Lower Grip: 1.4 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 70 mm
Lower Grip: 60 mm
Diameter (C) 100 mm

NGA105A – Compression Fixture

NextGen Compression fixture - NGA105A - size NextGen Compression fixture - NGA105AThe NGA105A Compression Fixture is designed for high-force compression testing of concrete, metals, plastics, and composite materials. Built to withstand forces up to 100 kN, the fixture features Φ18 mm pin connections and a sphere-seated configuration for improved load alignment and accuracy. It is ideal for general-purpose compression testing in ambient environments.

  • Application: Compression test for concrete, metal, plastic, composite, and similar materials.
  • Maximum Capacity: ≤ 100 kN load.
  • Grip Weight: 2.5 kg (upper grip), 2.4 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ18 mm pin (upper and lower grips).
  • Height: 75 mm (upper grip), 68 mm (lower grip).
  • Diameter: 100 mm.
  • Sphere Seated: Yes.

Technical Specifications – NGA105A Compression Fixture

Parameter Specification
Application Compression test for concrete, metal, plastic, composite etc
Maximum Force Capacity ≤ 100 kN
Grip Weight Upper Grip: 2.5 kg
Lower Grip: 2.4 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ18 mm pin
Lower Grip: Φ18 mm pin
Height (A/B) Upper Grip: 75 mm
Lower Grip: 68 mm
Diameter (C) 100 mm
Sphere Seated Yes

NGC502A – Compression Fixture

NextGen Compression fixture - NGC502A - size NextGen Compression fixture - NGC502AThe NGC502A Compression Fixture is purpose-built for low-force compression testing of non-metallic materials. With a maximum capacity of 500 N, this fixture is lightweight and features Φ10 mm pin connections for seamless integration with standard testing machines. Its 150 mm diameter offers a broad, stable base suitable for softer and flexible specimen types.

  • Application: Compression test for non-metallic materials.
  • Maximum Capacity: ≤ 500 N load.
  • Grip Weight: 1.5 kg (upper grip), 1.5 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 55 mm (upper grip), 60 mm (lower grip).
  • Diameter: 150 mm.

Technical Specifications – NGC502A Compression Fixture

Parameter Specification
Application Compression test for non-metallic material
Maximum Force Capacity ≤ 500 N
Grip Weight Upper Grip: 1.5 kg
Lower Grip: 1.5 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) Upper Grip: 55 mm
Lower Grip: 60 mm
Diameter (C) 150 mm

NGA105A – Bending Fixture (3-Point Bending)

NextGen Bending fixture - 3-point bending - NGA105A - size NextGen Bending fixture - 3-point bending - NGA105AThe NGA105A 3-Point Bending Fixture is designed for high-load testing of flat and round metallic specimens. It supports forces up to 100 kN and provides an adjustable span up to 360 mm, ensuring flexibility in test setup. The fixture includes Φ20 mm loading and support rollers and is suitable for ambient laboratory conditions. Compatible with Φ18 mm pin-mounted machines.

  • Application: Bending test for flat and round metallic specimens.
  • Maximum Capacity: ≤ 100 kN load.
  • Grip Weight: 0.3 kg (upper grip), 3.1 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ18 mm pin (upper and lower grips).
  • Span (Adjustable): ≤ 360 mm.
  • Height: 140 mm (upper grip), 205 mm (lower grip).
  • Maximum Specimen Width: 80 mm.
  • Base Width: 505 mm.
  • Loading Roller Diameter: Φ20 mm.
  • Support Roller Diameter: Φ20 mm.

Technical Specifications – NGA105A 3-Point Bending Fixture

Parameter Specification
Application Bending test for flat and round metallic specimens
Maximum Force Capacity ≤ 100 kN
Grip Weight Upper Grip: 0.3 kg
Lower Grip: 3.1 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ18 mm pin
Lower Grip: Φ18 mm pin
Span (Adjustable) ≤ 360 mm
Height (A/B) Upper Grip: 140 mm
Lower Grip: 205 mm
Maximum Specimen Width 80 mm
Base Width (C) 505 mm
Loading Roller Φ20 mm
Support Roller Φ20 mm

NGA104A – Bending Fixture (3-Point Bending)

NextGen Bending fixture - 3-point bending - NGA104A - sizeNextGen Bending fixture - 3-point bending -NGA104A The NGA104A 3-Point Bending Fixture is a compact and lightweight solution for performing bending tests on flat and round metallic specimens. With a capacity of up to 10 kN and an adjustable span of up to 160 mm, it is ideal for low-force applications. The fixture is equipped with both R5 mm and R2 mm rollers for flexible specimen support.

  • Application: Bending test for flat and round metallic specimens.
  • Maximum Capacity: ≤ 10 kN load.
  • Grip Weight: 0.1 kg (upper grip), 0.6 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Span (Adjustable): ≤ 160 mm.
  • Height: 90 mm (upper grip), 140 mm (lower grip).
  • Maximum Specimen Width: 40 mm.
  • Base Width: 505 mm.
  • Loading Roller: R5 mm, R2 mm.
  • Support Roller: R5 mm, R2 mm.

Technical Specifications – NGA104A 3-Point Bending Fixture

Parameter Specification
Application Bending test for flat and round metallic specimens
Maximum Force Capacity ≤ 10 kN
Grip Weight Upper Grip: 0.1 kg
Lower Grip: 0.6 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Span (Adjustable) ≤ 160 mm
Height (A/B) Upper Grip: 90 mm
Lower Grip: 140 mm
Maximum Specimen Width 40 mm
Base Width (C) 505 mm
Loading Roller R5 mm, R2 mm
Support Roller R5 mm, R2 mm

NGSA102A – Tensile Grip (Side Action)

NextGen Tensile grip - Side action - NGSA102A - sizeNextGen Tensile grip - Side action - NGSA102AThe NGSA102A Tensile Grip is designed for tension testing of delicate, non-metallic single wires such as spandex wire. With a low force capacity of up to 100 N, this lightweight fixture is ideal for precision applications requiring minimal clamping force. Its compact design supports Φ10 mm pin mounting and features small jaw faces for secure gripping of wires ≤Φ1.5 mm in diameter.

  • Application: Tension test for spandex wire and other non-metal single wire.
  • Maximum Capacity: ≤ 100 N load.
  • Grip Weight: 0.4 kg (upper grip), 0.4 kg (lower grip).
  • Working Temperature: Ambient.
  • Connection Type: Φ10 mm pin (upper and lower grips).
  • Height: 75 mm (upper and lower grips).
  • Overall Width: 50 mm.
  • Specimen Size: ≤ Φ1.5 mm.
  • Jaw Face Size: 10 mm (H) × 10 mm (W).

Technical Specifications – NGSA102A Tensile Grip (Side Action)

Parameter Specification
Application Tension test for spandex wire and non-metal single wire
Maximum Force Capacity ≤ 100 N
Grip Weight Upper Grip: 0.4 kg
Lower Grip: 0.4 kg
Working Temperature Ambient
Connection Type Upper Grip: Φ10 mm pin
Lower Grip: Φ10 mm pin
Height (A/B) 75 mm (both grips)
Overall Width (C) 50 mm
Specimen Size ≤ Φ1.5 mm
Jaw Face Size 10 mm (H) × 10 mm (W)

NextGen’s TestStar® grips and fixtures collection provides a best-in-class solution for laboratories and facilities seeking accurate, repeatable mechanical test results. From snubbing grips to wedge-action tensile and multi-point bending setups, the TestStar® series is a proven choice across industries. 

All fixtures are fully compatible with NextGen’s universal testing machines and can be ordered as part of new system builds or integrated into existing setups. Contact our technical sales team to configure the optimal solution for your testing needs. 

Related Products

Specialized Grips and Fixtures for Tear, Peel, and Puncture Testing

Specialized Accessories for Unique and Complex Testing Applications NextGen Material Testing Inc. provides a comprehensive selection of specialized grips and fixtures engineered for advanced testing applications that extend beyond traditional tensile and compression methods. Designed for seamless integration with our […]

Read more

Composite Grips and Fixtures for Tensile, Shear, and Delamination Tests

NextGen Material Testing, Inc. offers a complete portfolio of advanced grips and fixtures specifically engineered for composite material testing with universal testing machines. These solutions meet a wide array of international testing standards including ASTM D3039, ISO 527, ASTM D2344, […]

Read more

Grips and Fixtures for Tensile, Shear, and Flexural Testing of Wood

Specialized Grips and Fixtures for Wood Tensile, Shear, Bending, and Fastener Withdrawal Testing NextGen offers a robust line of specialized grips and fixtures for wood material testing, supporting universal testing machines (UTM) across industrial and academic laboratories. These components are […]

Read more

3-Point and 4-Point Bending Fixtures for Uniform Moment Flexural Testing

Precision 3-Point and 4-Point Bending Fixtures for NextGen Universal Testing Machines NextGen’s bending fixtures are precision-engineered to enable accurate flexural testing of various materials, including metals, ceramics, composites, concrete, bricks, and construction products. These accessories are optimized for seamless integration […]

Read more

Wedge Tensile Grips for High-Load Metal and Composite Testing

Precision Wedge Grips for High-Strength Tensile Testing NextGen’s wedge tensile grips are engineered to deliver superior performance in tensile strength testing using Universal Testing Machines (UTMs). These grips use a mechanical wedge action that enhances gripping pressure proportionally with the […]

Read more

Pneumatic Grips for Fast and Repeatable Clamping

Precision Clamping Solutions with Compressed-Air Actuation from NextGen NextGen’s pneumatic grips are engineered for precise, high-throughput testing applications using universal testing machines (UTMs). These air-actuated systems ensure uniform clamping pressure, reduced operator fatigue, and faster sample mounting, ideal for quality […]

Read more

Shoulder Fixtures for Pull-Off and Component Testing

Precision Shoulder Grips for Tensile Testing on NG-EML and SHM Series UTMs NextGen’s shoulder fixtures are specialized tensile grips designed to accommodate specimens with shoulder geometries. These fixtures are critical for standardized testing in accordance with ISO and ASTM protocols […]

Read more

Compression Fixtures for Axial Load Testing of Rigid Samples

Precision Compression Test Fixtures for NG-EML and SHM Series UTMs NextGen’s compression fixtures are designed for high-accuracy compression testing of a range of materials including metals, polymers, elastomers, foams, composites, and construction materials. These fixtures are engineered for seamless integration […]

Read more

Bending Fixtures for Standard 3-Point Flexural Testing

3-Point and Marker Bending Fixtures for Flexural Testing NextGen’s bending fixtures are engineered for precision flexural testing of various materials, including thermoplastics, composites, metals, and laminated structures. Designed to operate with NG-EML and SHM Universal Testing Machines, these fixtures offer […]

Read more

Eccentric Roller Grips for Thin and Flexible Specimens

Optimized Clamping System for Tensile Testing of Sheet Materials and Soft Specimens Eccentric roller grips from NextGen Test are designed to meet the demanding needs of tensile testing applications involving thin, flexible, or soft materials. Utilizing a friction-based clamping mechanism […]

Read more

Self-Tightening Grips for Deformable and Elastic Materials

Self-Tightening Grips for Tensile Testing NextGen’s self-tightening grips are engineered for precise tensile testing of deformable and elastic materials such as elastomers, foams, thin plastics, textiles, and biomedical specimens. These grips automatically increase clamping pressure as tensile force is applied, […]

Read more

Snubbing Grips for Wire and Cable Tensile Testing

Overview of Snubbing Grips for Tensile Testing of Wires, Cables, Ropes, and Geogrids Snubbing grips (also known as capstan grips) are designed to secure challenging specimens like steel wires, wire ropes, fiber ropes, textile strips, and geogrids during tensile testing. […]

Read more

HDT/VICAT Testing Machine – Thermal Analysis for Plastics NG-HDT

HDT/VICAT Testing Machine – Thermal Analysis for Plastics NG-HDT

Description The HDT/VICAT testing machine offers high precision, reliability, and efficiency for the thermal analysis of thermoplastics and polymers. Engineered with advanced sensors and high-temperature-resistant components, it ensures minimal deformation, fast response, and precise data transmission, delivering consistent and accurate […]

Read more

NextGen GenTor Horizontal Torsion Tester

NextGen GenTor Horizontal Torsion Tester

NextGen GenTor Torsion Tester boasts a horizontal type load frame with high stiffness, ensuring accurate and reliable test results.

Read more

DWT-1800 Computer Controlled Drop Weight Impact Testing Machine

DWT-1800 Computer Controlled Drop Weight Impact Testing Machine

DWT-1800 Impact Testing Machine is specifically designed for determining the non-plastic transformation temperature of ferritic steel.

Read more