Electro Mechanical

Electro Mechanical testing instruments are designed to evaluate the mechanical properties of materials under various loads and conditions. These devices provide critical measurement capabilities with high resolution and repeatability, supporting essential specifications such as force application up to 50 N, precision load cells, and traceable calibration standards.

  2. VAN DER STAHL SCIENTIFIC, INC. 100N PEEL TENSILE TESTER

    Electro Mechanical

    VAN DER STAHL SCIENTIFIC, INC. 100N PEEL TENSILE TESTER

    Peel Tensile Tester with Visual Inspection Unit The PPT-100V is a medical pouch package test and inspection unit. 

Common Applications

material testing

quality control

mechanical property evaluation

compliance testing

research and development

Buying Guide

Electro Mechanical Buying Guide

When selecting an electro mechanical testing instrument, it's crucial to understand the technical requirements specific to your application. These instruments must provide accurate and repeatable measurements essential for evaluating material properties.

Consider the variety of forces the equipment needs to apply and measure, ensuring the force range supports your testing requirements. Calibration and traceability are vital for ensuring measurement confidence and compliance with industry standards.

  • Verify the force measurement range and accuracy, matching your testing needs.
  • Ensure the instrument includes traceable calibration documentation for regulatory compliance.
  • Review the mechanical design for durability and resistance to environmental factors.
  • Check for additional features like digital interfaces and software compatibility for efficient data analysis.

Frequently Asked Questions

What is an electro mechanical testing instrument?
Electro mechanical testing instruments are devices used to measure the mechanical properties of materials, such as tensile and compressive strength, under controlled conditions.
What are the common applications of tensile testers?
Tensile testers are commonly used in quality control processes to determine the tensile strength, elongation, and modulus of elasticity of materials.
How do compression testers work?
Compression testers apply a compressive force to a sample to measure its resistance to deformation and are essential in assessing material stiffness and strength.
What specifications should be considered for electro mechanical instruments?
Key specifications include the force range, accuracy, repeatability, and calibration traceability, ensuring precise measurements for compliance and quality assurance.