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Used cell processing in Michigan, USA

  • 3.3 KIP MTS 312.21 Fatigue

    3.3 KIP MTS 312.21 Fatigue Load Frame 12605-00

    • Manufacturer: MTS

    (1) USED 3.3 KIP (15 kN) Capacity MTS Model 312.21 Material Fatigue Testing System (High Stroke/High Speed). S/N 1314 MTS Model 312.21 EQUIPPED WITH: Hydraulic Crosshead Lifts and Crosshead Locks MTS 3.3 KIP (15 ...

    Warren, MI
  • 3.3 KIP MTS 312.21 Fatigue

    3.3 KIP MTS 312.21 Fatigue Load Frame 12605-00

    • Manufacturer: MTS

    (1) USED 3.3 KIP (15 kN) Capacity MTS Model 312.21 Material Fatigue Testing System (High Stroke/High Speed). S/N 1314 MTS Model 312.21 EQUIPPED WITH: Hydraulic Crosshead Lifts and Crosshead Locks MTS 3.3 KIP (15 ...

    Warren, MI
  • 22 KIP Instron 1362 Low-Rate

    22 KIP Instron 1362 Low-Rate Fatigue Testing System 11753-01A

    • Manufacturer: Instron

    (1) USED 22 KIP Capacity Instron, Model 1362, Two-Column Material Low Rate Electromechanical Testing System. EQUIPPED WITH: Hydraulic Lifts and Locks Instron 22 KIP Electromechanical Actuator, +/-2" Stroke, Maxim...

    Warren, MI

Overview

Dynamic/fatigue testing equipment is used to evaluate the durability and performance of materials and components under various stress conditions. These machines simulate real-world forces and cycles to predict how products will hold up over time, making them essential in industries like automotive, aerospace, and manufacturing.

FAQ

What should I consider when buying a used dynamic/fatigue testing machine?

Check the machine's age, calibration history, software compatibility, and overall condition. Verify that it meets the specific testing requirements for your applications.

How do I ensure the dynamic/fatigue testing machine is shipped safely to my location?

Use a specialized transport service for heavy and sensitive equipment. Ensure the machine is properly packed, secured, and insured during transit.

What is the maintenance schedule for dynamic/fatigue testing equipment?

Regular maintenance includes calibration, software updates, checking for wear and tear on moving parts, and ensuring sensors and actuators are functioning correctly. Refer to the manufacturer’s manual for specific maintenance intervals.