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ENGINEERING - CALCULATIONS / SIMULATION
ENGINEERING - CALCULATIONS / SIMULATION

We consider design and development to be a complete process which, apart from the theoretical view and analysis, also includes empirical verification.

We calculate the natural frequencies of components or modules using the FEM model analysis. The calculated results are verified with vibration measurements.

The calculation of tension and deformation delivers fundamental data on the stiffness and strength of the components. Critical components can be statically and dynamically tested in our test-lab.


VIBRATION ISOLATION SYSTEMS
STEEL SPRING ISOLATORS
AIR SPRINGS
ELASTOMERE / RUBBER
LEVEL CONTROL UNITS
DAMPER
VIBRATION ABSORBING FOUNDATION
VIBRATION ISOLATION TABLES
TEST RIG COMPONENTS
WIND TURBINE TESTING
ROTOR BLADE TESTING
MOCOKIT
MOUNTING PLATES
CLAMPING RAILS
ANGLE PLATES
MOUNTING TABLE
FIXING RAILS
SPRING CLAMPS
POSITIONING SYSTEMS
DYNO BASES
3D POSITIONING SYSTEMS
LOAD FRAMES
PIT COVERS
PLATFORMS
SWIFEL FRAME
TILTING TEST BENCH TB7
GEAR TILTING TEST RIG
FUEL-FILLING TEST RIG
ENGINE TILTING TEST RIG
MULTI-AXIAL SHAKER TRABLE
AXIAL SHAKER TABLE
FOUNDATIONS
HEAVY DUTY FOUNDATIONS
PRECAST CONCRETE FOUNDATIONS
AXLE FIXTURE SYSTEMS
HALF AXLE SUSPENSION TEST RIG
ROOF & DOOR INTRUSION SYSTEM
SIDE INTRUSION SYSTEM
BELT ANCHOR
TEST RIGS
ENGINEERING
CONCEPTION PROGRESS
PROJECT PLANNING
DESIGN / CONSTRUCTION
CALCULATIONS / SIMULATION
ELECTRICAL ENGINEERING
LAYOUT VIBRATION ISOLATION
MANUFACTURING
WELDING
CUTTING / TURNING / MILLING
SURFACE TREATMENT
QA QUALITY ASSURANCE
INSTALLATION
BASE PLATES INSTALLATION
ELECTRICAL MANUFACTURING
TEST LABORATORY
TESTING
TEST ENGINEERING