Universal testing machines EM series are designed with accuracy, flexibility, and long-term use in a variety of testing processes in mind. These machines allow for the widest range of mechanical tests, including tensile, compression, bending, fatigue, and other specialized tests. EM series uses advanced electromechanical servo technology, which ensures high accuracy and stability during testing.

These machines are ideal for both standard and non-standard testing, and their flexibility allows systems to be easily customized to individual needs. In addition, Form + Test The software allows you to control machines and monitor test results in real time, providing detailed test data.

Main features:

  • High accuracy: The servo control system ensures high precision in force and deformation control.
  • Wide range of tests: The machines are adapted for tensile, compression, bending and fatigue tests.
  • Reliability: Durable construction and durable materials ensure long-term use.
  • Ergonomic design: Simple and intuitive control with a modern graphical interface software tool.
  • Modular structure: Ability to adapt various accessories, grippers and sensors to ensure compatibility with various materials.

Technical specifications:

ModelMaximum force (kN)Maximum travel speed (mm/min)Accuracy levelTable size (mm)Height (mm)Width (mm)Weight (kg)
EM 2020 kN0.01 – 500± 0.5%400x4001900800550
EM 5050 kN0.01 – 500± 0.5%400x4001900800600
EM 100100 kN0.01 – 400± 0.5%600x6002200900950
EM 200200 kN0.01 – 300± 0.5%600x600240010001200
EM 300300 kN0.01 – 300± 0.5%800x800240010001500
EM 400400 kN0.01 – 200± 0.5%800x800250011001800
EM 600600 kN0.01 – 200± 0.5%1000x1000280012002200

Software and management:

The machines operate with Form + Test software that allows you to monitor test progress, perform real-time analysis, and generate detailed reports. The software also allows you to customize test parameters to specific needs.

Areas of use:

  • Construction: Tensile, compression and bending strength tests of materials.
  • Automotive industry: Testing components and materials to ensure their reliability.
  • Aviation: Testing of high-strength materials for dynamic loading and fatigue evaluation.
  • Academic research: Laboratory research and scientific experiments to determine the properties of materials.
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