Force systems

Our new range of bench-top universal testing machines (UTMs), available in 10 kN, 25 kN, and 50 kN models, is designed for precise tensile and compression testing of materials, products, and components. Driven by the intuitive VectorPro™ software, these versatile systems offer flexibility for various testing applications across industries. The twin-column OmniTest is perfect for testing stiff materials and larger specimens requiring higher loads, as well as for low-force, long-elongation tests, ensuring comprehensive quality assurance and reliability in every test.

Our new range of bench-top universal testing machines (UTMs), available in 10 kN, 25 kN, and 50 kN models, is designed for precise tensile and compression testing of materials, products, and components. Driven by the intuitive VectorPro™ software and touchscreen console, these versatile systems offer flexibility for various testing applications across industries. The twin-column OmniTest is perfect for testing stiff materials and larger specimens requiring higher loads, as well as for low-force, long-elongation tests, ensuring comprehensive quality assurance and reliability in every test.

Our new bench-top universal testing machines (UTMs), including the 5 kN and 7.5 kN single-column models, are designed for precise tensile and compression testing of materials, products, and components. These compact UTMs, powered by the intuitive VectorPro™ software, deliver powerful performance in a small footprint, ideal for labs where space is at a premium. With mid-range load capacities, they offer an economical alternative to larger twin-column testers, making them perfect for diverse testing applications across industries.

Our new bench-top universal testing machines (UTMs), including the 5 kN and 7.5 kN single-column models, are designed for precise tensile and compression testing of materials, products, and components. These compact UTMs, powered by the intuitive VectorPro™ software and touchscreen console, deliver powerful performance in a small footprint, ideal for labs where space is at a premium. With mid-range load capacities, they offer an economical alternative to larger twin-column testers, making them perfect for diverse testing applications across industries.

Our compact bench-top universal testing machines (UTMs), available in 0.5 kN, 1 kN, and 2.5 kN single-column models, are ideal for tensile and compression testing of various materials, products, and components. Powered by the intuitive VectorPro™ software, these portable UTMs (weighing under 30kg) offer powerful performance in minimal bench space. The 2.5 kN model is a versatile general-purpose tester, while the 0.5 kN and 1 kN models, with extended column lengths, are perfect for long-elongation, low-force testing applications across multiple industries.

Our compact bench-top universal testing machines (UTMs), available in 0.5 kN, 1 kN, and 2.5 kN single-column models, are ideal for tensile and compression testing of various materials, products, and components. Powered by the intuitive VectorPro™ software and touchscreen console, these portable UTMs (weighing under 30kg) offer powerful performance in minimal bench space. The 2.5 kN model is a versatile general-purpose tester, while the 0.5 kN and 1 kN models, with extended column lengths, are perfect for long-elongation, low-force testing applications across multiple industries.

The MultiTest-dV range integrates perfectly with our VFG Touchscreen Force Gauge, making it a popular configuration for standalone applications that require the capture of a peak load value.

Expand its capabilities by connecting to VectorPro Lite software for presenting data graphically and performing calculations to see test results.

The MultiTest-dV range configured with an Enhanced Load Sensor, VectorPro MT software and an optional extensometer, transforms this motorised force tester into a basic materials tester.

This makes the MultiTest-dV the ideal choice for quality assurance checks in the QC lab and gives it the power necessary for more in-depth analysis of material properties in the R&D laboratory.