Landmark® Servohydraulic Test Systems

From complex thermomechanical fatigue studies to standard tension and compression tests, MTS Landmark systems deliver accurate, repeatable results. Robustly manufactured with SureCoat® technology that extends actuator rod longevity 10x over conventionally chrome-plated rods, these systems will perform reliably for years.

Applications

Test Specimens

Test Standards

Key Product Features

Industry Standard

A proven leader in servohydraulic testing technology

Accurate / Repeatable Results

Superior frame stiffness and alignment produces accurate results

Unmatched Expertise

Applications expertise and service and support

Versatile

A wide array of test capabilities for low- to high-force applications

Model Comparison

Model 370.02

  • Max rated force capacity: 25 kN (5.5 kip)
  • Tabletop
  • Test lower strength materials from plastics to aluminum
  • Ideal for durability testing on small components
  • Available in standard or extended height

Model 370.10

  • Max rated force capacity: 100 kN (22 kip)
  • Floor-standing
  • Available in standard or extended height

Model 370.25

  • Max rated force capacity: 250 kN (55 kip)
  • Floor-standing
  • Available in standard or extended height

Model 370.50

  • Max rated force capacity: 500 kN (110 kip)
  • Floor-standing
  • Available in standard or extended height

Featured Case Studies

Smashing Science - tape tensile test
University of Central Florida - expanding high-temperature testing capabilities

Full Product Information

Related Products, Parts or Accessories

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Resources

 
Video

Tensile Testing Basics

How to conduct a tensile test on a Landmark Test System.

 
Video

Landmark Autotuning

Save time, improve test system performance and increase accu…

 
Case Study

Florida State University

University advances testing of corrosion-resistant rebar mad…

 
Article

Cryogenic Testing

Solutions for testing in cryogenic environments.

 
Article

1D, 2D & 3D Non-Contacting Extensometers

Top considerations for choosing a non-contacting extensomete…

 
Article

High-Temp Intro

Common high-temp testing challenges and solutions.

 
Article

TMF Testing

MTS engineer outlines thermomechanical fatigue testing chall…

 
Article

Load Frame Life Extension

An actuator remanufacture can extend the life of your older …

 
Article

Safety Primer for Landmark Systems

How to meet PLc, PLd or PLe safety requirements.

 
Video

Accurate Small Specimen Testing

Our smallest grips for your smallest specimens.

 
Case Study

Empa

Research institute uses TMF to verify turbine service life p…

 
Article

29 Tips to Protect Against Dust & Debris When Testing Composites

Keep dust and debris from damaging test equipment with these…

 
Article

Evaluating High-Temp Tradeoffs

MTS staff scientist discusses options for high-temperature t…

 
Article

Increasing Component Lifetimes & Lightweighting Gains

Researchers at Lehigh University leverage shakedown design t…

 
Article

Energy-Efficient HPU for Materials Testing

Our smallest HPU is perfect for dynamic low-force applicatio…

 
Article

SureCoat Technology for Landmark and Bionix Systems

Proprietary actuator rod finishing technology improves accur…

 
Article

Additive Manufacturing 101

MTS experts share insights about additive manufacturing.

 
Article

New Optical Extensometer

Simplified non-contacting axial strain measurement & con…

 
Article

PL-c, PL-d or PL-e?

How to choose the correct safety performance level.

 
Case Study

3D-Printed Spinal Implants

MTS helps medical device manufacturer develop 3D-printed spi…