Environmental & Durability Testing
Pushing the limits.
Critical environmental and durability testing during the product development cycle.
Select test procedures:
Validation Testing
As they enter production, sample components and complete assemblies are put through further validation testing.
Environmental Testing
Not all environmental testing is done in our walk-in chambers. Here, a specialized cycle tester can chill a ball joint to -30°C.
Complex Mechanism Cycle Testing
Robots are programmed to put complex mechanisms through their paces.
Component Contamination Testing
Multimatic DSSV™ dampers are built to exacting standards requiring specialized contamination testing equipment.
Control Arm Fatigue Testing
Control arms are torture-tested under extreme loads.
Closures Cycle Testing
All hinge and check systems must survive thousands of actuations before going into production.
Validation Testing
As they enter production, sample components and complete assemblies are put through further validation testing.
Environmental Testing
Not all environmental testing is done in our walk-in chambers. Here, a specialized cycle tester can chill a ball joint to -30°C.
Complex Mechanism Cycle Testing
Robots are programmed to put complex mechanisms through their paces.
Component Contamination Testing
Multimatic DSSV™ dampers are built to exacting standards requiring specialized contamination testing equipment.
Control Arm Fatigue Testing
Control arms are torture-tested under extreme loads.
Closures Cycle Testing
All hinge and check systems must survive thousands of actuations before going into production.
Validation Testing
As they enter production, sample components and complete assemblies are put through further validation testing.
Environmental Testing
Not all environmental testing is done in our walk-in chambers. Here, a specialized cycle tester can chill a ball joint to -30°C.
Multimatic tests to all international industry standards.
