Pneumatic Modular Frame

Pneumatic Modular Frame

Manufactured by Life Testing Machines

The LiTeM pneumatic testing solutions are composed of three primary components that underscore their efficiency and adaptability:

  • Real-Time Controller RTC: A sophisticated control unit that ensures precise test execution in real-time.
  • K-PN Pneumatic Actuator: A versatile actuator designed for various testing requirements.
  • MF-P or BYC Series Modular Frame: These frames are available in the MF-P, BYC, or custom versions to accommodate various testing setups.

Offering both single-axis and multi-axis configurations, these systems feature actuators with diverse and interchangeable capabilities. Moreover, the test frames are highly customisable, allowing adjustments to fit non-standard shapes and sizes.

The hallmark of these pneumatic test systems is their exceptional flexibility and modularity. These attributes allow each system to be tailored to specific testing needs and sample dimensions. Actuators can be strategically placed anywhere on the frames with specialised LiTeM supports, enhancing the versatility of the setup.

Applications

The modular nature of these systems enables many configurations, making pneumatic modular frames apt for a wide array of testing environments. Transitioning from compact, table-top setups to elaborate test benches designed for accommodating large samples is effortlessly achieved. With a user-friendly software interface, these systems emerge as the perfect choice for various sectors, including:

  • Biomedical: For precision testing in medical research and device validation.
  • R&D: Supporting innovative research across industries with adaptable testing solutions.
  • Plastics and Rubber: Assessing material properties under varying conditions.
  • 3D Printing (Plastics and Metals): Evaluating the mechanical properties of 3D-printed materials.
  • Composite Materials: Testing the strength and durability of composite structures.
  • Springs: Measuring the performance and resilience of springs under load.
  • Mechanical Components: Ensuring the reliability of mechanical parts through rigorous testing.
  • Assembled Components (Even of Large Dimensions): Facilitating the testing of assembled goods, regardless of size, for structural integrity and performance.

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