600kN Universal Testing Machine

Quasar 600kN Universal Testing Machine – The Pinnacle of Precision and Performance for Advanced Material Testing

The Quasar 600kN Universal Testing Machine is the world’s most advanced materials testing system, engineered with cutting-edge technology and built to the highest standards of excellence. Designed to offer unparalleled precision, durability, and versatility, this high-capacity floor-standing testing machine is the ultimate solution for tensile, compression, and flexural testing across a wide range of materials including metals, composites, and advanced polymers. With a 600 kN maximum load capacity, this testing system is perfect for both industrial production lines and high-performance research environments, making it the most reliable choice for engineers and researchers worldwide.

Unmatched Accuracy and Control

The Quasar 600kN machine boasts state-of-the-art Labtest software that powers real-time test programming, monitoring, and data analysis. This powerful software is fully compliant with ASTM, ISO, and other international testing standards, ensuring that every result is precise and adheres to global guidelines. The software provides a comprehensive suite of tools for data management, including data processing, filing, and seamless integration with corporate databases, all with full network communication capabilities.

Whether used in fast-paced production environments, where test efficiency is critical, or in more controlled laboratory settings, where advanced data analysis is required, the Quasar 600kN machine offers exceptional flexibility. The optional remote control unit allows operators to manage testing processes from a distance, enhancing safety and convenience.

Flexible and Modular Design for All Testing Needs

The modular construction of the Quasar 600kN system is one of its standout features. Capable of adapting to a wide variety of test configurations, it can be equipped with a range of grips, extensometers, load cells, and temperature chambers. This flexibility allows the machine to perform multiple types of tests including tensile, compression, and flexural testing, ensuring it is suitable for diverse applications across metals, composites, plastics, and more. For specialized testing, additional low-capacity load cells can be installed, allowing for micro-load testing with the highest resolution and accuracy.

• 600kN Maximum Load Capacity – Designed for high-force material testing across various industries.

• Dual-Column Rigid System – Built to withstand high loads and provide unmatched stability during testing.

• Modular Design – Fully customizable with a variety of accessories for different testing requirements.

• Precise Load and Stroke Measurements – High resolution for accurate force and displacement readings.

Precision Testing for Leading Industries

The Quasar 600kN Universal Testing Machine is a versatile solution used in industries where precision and high-performance material testing are critical:

• Aerospace & Automotive Engineering – Testing components for extreme stress and fatigue resistance.

  • ASTM A370 – Mechanical testing of steel products.

  • ASTM E646 – Tensile testing of metallic materials at elevated temperatures.

• Construction & Civil Engineering – Assessing the strength and durability of structural materials.

  • ASTM C39 – Compressive strength of concrete.

  • ASTM D198 – Static tests for wood, evaluating bending strength.

• Manufacturing & Research & Development – Ensuring the durability and compliance of manufactured goods.

  • ASTM D3518 – Tension-tension fatigue testing of composite materials.

  • ASTM D638 – Tensile properties of plastics.

• Metallurgy & Advanced Materials – Testing high-performance alloys and composite materials.

  • ASTM E1737 – Standard guide for testing the mechanical properties of high-strength bolts.

  • ISO 26203 – Tensile testing of fine-grain steel.

Built to Last, Manufactured for Excellence

The Quasar 600kN Universal Testing Machine is designed and built by an ISO 9001-certified company, ensuring the highest quality standards. Manufactured with durable materials and advanced engineering processes, this system is built to last for years, providing a reliable and cost-effective solution for high-force material testing needs. Its ergonomic design ensures ease of use, and its advanced features make it the top choice for any industry that demands superior material testing accuracy.

For a comprehensive testing solution with superior performance and flexibility, the Quasar 600kN Universal Testing Machine sets the standard in materials testing worldwide.

 

What fits inside 600 kN (134,885 lbf)

The 600 kN Quasar is sized for heavy rebar, large fasteners and prestressing strand. Typical peak loads, worked out from strength × cross-section:

• #8 (25 mm) Grade 60 rebar at 700 MPa actual tensile: about 357 kN.

• #10 (32 mm) Grade 60 rebar at 700 MPa: about 573 kN.

• M30 grade 10.9 bolt (561 mm² stress area) at 1,040 MPa: about 583 kN.

• 0.6 in seven-wire prestressing strand, ASTM A416: about 261 kN minimum breaking strength.

• 16 mm (5/8 in) 6×36 IWRC steel wire rope: about 180 kN minimum breaking strength.

 

Frame and working space

The 600 kN frame has 1.145 m of stroke, up to 200 mm/min and 320 mm (12.6 in) of column clearance. The wider frame takes the large hydraulic grips and long gripping lengths that rebar and strand need, plus a safety enclosure for energetic breaks.

 

Grips and fixtures for this size

Typical 600 kN systems run hydraulic wedge grips with rebar faces, strand chucks for A416, bolt grips with hardened inserts, compression platens, and a bend fixture for rebar bend tests to ASTM A615.

 

600 kN or 1,000 kN?

Choose 600 kN when your largest bar is #10 or smaller and you do not need to break 6 × 12 in concrete cylinders. Move to 1,000 kN for #11 bars, M36 bolts or standard concrete cylinders. Our buyer's guide covers the full method.

 

Testing large bars and strand safely

Large bars and strand release a lot of energy at break. Use a full safety enclosure, an automatic extensometer that removes itself before failure, and grips with enough gripping length so the specimen does not slip. For strand, use chucks made for A416 so the wires break in the free length rather than at the grips, where an early break can lower the result.

 

Frequently asked questions

What rebar sizes can a 600 kN machine test?

Up to about #10 (32 mm) in Grade 60. #11 and larger bars need a 1,000 kN frame or more.

Can the 600 kN machine test prestressing strand?

Yes. A 0.6 in Grade 270 seven-wire strand has a minimum breaking strength of about 261 kN, well inside the frame's range, using strand chucks made for A416.

What is 600 kN in pounds?

600 kN equals 134,885 lbf.

Do I need a safety enclosure on a 600 kN machine?

It is strongly recommended. Rebar, strand and large bolts break with a lot of stored energy, and an enclosure protects the operator from fragments.