Floor-Standing High-Capacity Universal Testing Machines
Designed for steel producers, foundries, construction laboratories, shipyards, and defence facilities — 200 kN to 2000 kN fully electromechanical drive. The FEM-optimised massive frame maintains axial alignment even at 2000 kN. No hydraulic oil leaks, no noise, no costly maintenance.
Core Technology
The Bosch Rexroth ball screw and Bonfiglioli AC servo motor drivetrain operates fully free of hydraulic system problems — up to 2000 kN.
Software
EtherCAT connectivity, LIMS/ERP integration, and robotic sample loading compatibility form a complete digital laboratory infrastructure.
Applications
Frequently Asked Questions
Electromechanical drive eliminates oil leaks, seal replacements, valve maintenance, and compressor noise entirely. The Quasar retains these advantages up to 2000 kN — delivering a cleaner, quieter lab environment with lower operating costs.
The FEM-optimised massive dual-column frame maintains axial alignment under tonnes of load. A 24-bit A/D converter delivers over 3 million load divisions. ISO 7500-1 Class 0.5 and ASTM E4 compliance is certified throughout the full capacity range.
The floor-standing Quasar is designed for heavy-industry metals, structural profiles, and aerospace components requiring 200 kN and above. The Benchtop Quasar is optimised for the 5–100 kN range with plastics, films, elastomers, and medium-hardness metals.
In thick steel and rebar tests, the whiplash at fracture can damage clip-on extensometers. A video extensometer is contactless and entirely immune to this risk. Optical marker tracking records the fracture event without any interference from the shock wave.
NADCAP (National Aerospace and Defense Contractors Accreditation Program) is the international accreditation program for special processes in the aerospace and defence supply chain. The Quasar's NADCAP-compatible calibration capacity supports customers in passing their sector-specific accreditation audits.
Bidirectional hydraulic wedge grips generate automatic clamping pressure proportional to applied tensile force. Specimen slip is prevented even under maximum load. Alternative mechanical grip configurations are available depending on capacity.
Quote and Information
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