UTEST · UTM-4001
600 kN for Hydraulic Universal Testing Machine.
600 kN Hydraulic Universal Testing Machine for tensile and compression testing of metallic materials. Features two test spaces for rapid changeover between tension and compression tests without removing fixtures. Servo-hydraulic drive with precision load cell. Technical Specifications: - Capacity: 600 kN - Test Speed: 2-25 mm/min - Load Accuracy: +/-1% - Displacement Resolution: 0.01 mm - Column Diameter: 70 mm - Distance Between Columns: 450 mm - Piston Stroke: 150 mm - Round Specimen Capacity: 8-32 mm - Flat Specimen Capacity: 0-40 mm - Weight: 1850 kg - Standards: EN ISO 15630-1, EN ISO 68…
Price on request — individual B2B terms.
Technical specifications
| Capacity | 600 kN |
|---|---|
| Power supply | NA |
| Power | NA |
| Dimensions (W×L×H) | 80.0 × 95.0 × 275.0 cm |
| Weight | 1650.0 kg |
| Manufacturer | UTEST |
| Category | Universal Testing Machines |
| Manufacturer code | UTM-4001 |
Applications of this universal testing machine
Universal testing machines (UTM) measure the mechanical properties of materials under tension, compression and flexure. They are the standard tool of materials testing — nearly every material (steel, aluminum, plastic, wood, composite, bolt, reinforcing bar) goes through a UTM at incoming inspection.
With 600 kN it suits steel tensile specimens up to Ø 30 mm, bolt testing per EN ISO 898-1 and plastics/composite tests per EN ISO 527.
Steel tensile testing follows EN ISO 6892-1 (room temperature); plastics tensile testing follows EN ISO 527. Bolt testing follows EN ISO 898-1; reinforcing steel EN ISO 15630. SPC Suisse calibrates the load cell and extensometer traceably per ISO 7500-1 on-site.
Typical users: steel and metal industry, plastics processors, composite manufacturers, accredited testing labs, universities and research institutes.
Manufactured by UTEST Material Testing Equipment in Ankara, one of the world's largest manufacturers of construction-materials testing equipment, supplying more than 130 countries.
