Environmental Simulation / Laboratories
Transport Simulation
Our jarring test equipment offers possibilities for tempered transport and shock simulations in compliance with all international standards. All excitation spectra can be carried out in a secure environment.
- Test specimen: up to 1,000kg
- Force vector: up to 120kN
- Test temperature: from –54°C to +80°C
- Oscillation: up to 3 inch (76mm)
- Dimension max.: 140 x 140 x 100 (L xWx H)
- Vertical and horizontal operation (table with sliding surface)
Examples of transport simulations
Loose Cargo-test in compliance with MIL-STD, DEF-STAN, ITOP and AECTP
Vibration test of explosives
Vibration testing of heavy equipment up to 1,000kg
X-Ray Laboratory
X-ray Linear Accelerator
| Cutoff energy | 3 – 6MeV |
| Dose rate | up to 8 Gray/min *m |
| CT-Layer distance | ≥0,4mm |
| Focal spot size | 2mm |
| Rotation projections | 1,440 pictures on 360° |
Examples for various x-ray tests
| Length or height of test objects | up to 900mm |
| Width or diameter | up to 260mm |
| Weight of test object | up to 50kg |
| Steel | 30 to 200mm |
| Copper | 25 to 175mm |
| Titanium | 50 to 400mm |
| Aluminium | 90 to 600mm |
The highly experienced collaborators of our well-equipped and modern materials laboratory can take up many challenges and will successfully accomplish complex tasks.
We can offer our competencies and support clients in the development and optimisation of metallic materials, determination of their properties and damage examination. Other our long standing experience in the field, we employ the following examination methods:
- Metallography
- Mechanical-technological materials tests
- Optical and scanning electron microscopy (ESEM/EDS)
- Various analytical procedures
- Non-destructive materials testing
Examples for examination methods
Innovative techniques and modern processes
Checking on an internal default using ultrasound
Scanning electron microscopy of e.g. a fractured surface
Hardness testing for to evaluate previous tempering or coating
Determination of elastic or plastic material properties by means of incremental strain gauge during tensile testing