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GmbH |
| SPC (System and Process Co.) |
Civil Structural Test

Inertial
vibrations systems
- High-force and high-velocity
hydrostatic bearing actuators
- Long-lasting backlash-free
universal joints based upon
pre-loaded taper
rolling-element bearings
- High flow-capacity hydraulic power
units
- DSP-based multi-channel control
systems
- Advanced 'Sockets' capability
providing Model In the Loop (MIL) testing
- Pseudo-Dynamic civil structural
Testing (PDT)
Earthquake Simulation Systems

Early applications included the durability testing and seismic qualification of space vehicles, telecommunications equipment and major system components for power generation and transmission.

4- & 6-post ride simulators for automobile, SUV, bus & truck testing

4- & 6-post road simulator systems are designed to reproduce the vehicle responses experienced under both normal and extreme driving conditions. These systems are frequently used to test vehicle body, chassis and suspensions components to establish their performance characteristics and durability. Other specialist applications include quality control and 'squeak and rattle' assessment.
Steering assembly durability test rigs


Aimed primarily at durability testing Servotest can offer a broad range of steering test rig solutions. These can be used for testing both hydraulic and electric power assisted systems and associated components whether for passenger cars or for commercial vehicles.
Vibration MAST (Multi-Axis Shake Table) systems

MAST systems can be configured to suit a broad range of multi-axis vibration test applications ranging from transportation simulation to vehicle component test.
Whole Vehicle & Automotive Component Test Equipment
Versatile high-performance single- and multi-channel systems for vehicle and component simulation, characterization and durability testing.
Linear hydrostatic bearing actuators

Servotest linear actuators are modular in design and provide many options for stroke, force and flow capacity.

The Servotest hydrostatic bearing actuator range are suitable for a wide range of dynamic and static test applications including vibration, shock, fatigue, resonance testing and testing of materials, components, assemblies and structures.
Multi-axis 'corner' rigs for testing of vehicle suspension systems & components

The vehicle-corner rig is a highly versatile tool for the development testing of suspension system designs in terms of both performance characterizations and durability assessment. The rigs can be used individually, in pairs for 'per-axle' and in fours for 'whole vehicle' suspension evaluation.
Universal testing machine inspekt C 50kN in C-frame configuration

DETERMINATION OF CONNECTION FORCES ON WELDED STRUCTURES IN AUTOMOTIVE INDUSTRY
TEST RIG FOR CAR SEATS

Technical Data:
· 3 incremental position sensors for all linear axis (X, Y and Z)
· Maximum load: 5000N
· Maximum stroke: 200mm
Universal testing machine inspect 100kN

TENSILE TESTS ON THE
COMPONENTS OF VEHICLE SEATS
Universal testing machine inspect 100kN, extended by 550mm, with an external load cell
ACTIDYN
designs, manufactures, installs and services the most precise test equipment and related instruments for geotechnical modeling, motion simulation, the analysis and simulation of vibroacoustic and other dynamic phenomena for the aerospace industry, in medical research, the material sciences and more to come. It’s The Next Best Simulation To Real World Testing.
Lab Centrifuges
Your ACTIDYN lab centrifuges are high performance, high precision centrifuges allowing you to study the most advanced and varied subjects, such as:
· the mechanical behavior of individual mechanical precision components, sub-assemblies or systems under acceleration-induced constraints, sometimes in a combination with thermal constraints or vacuum,
· medical or biological research,
· rockets engine testing,
· vibration simulation under increased gravity.
Lab Centrifuges – C70-2-DD series

Your C70-2-DD series centrifuges provide amazing acceleration ramp up rates of 150g/s and accuracy levels that rank right up to the most precise laboratory centrifuge uses available. Their AC brushless motors drive the ultralight composite material arm directly: the entire systems’ inertia is reduced to a minimum and provides an extremely high dynamic response.
V67 Series Lab Centrifuges

ACTIDYN’s most recent creation, combining our vast expertise and our team’s experience is the Vibrafuge, which incorporates the latest innovations in the field of centrifuge design and manufacturing and the latest developments line the field of shakers.
Dual Axis Motion Simulator with Vacuum Temperature Chamber – ST2495VTC

Produced and fully calibrated for the first time by ACTIDYN in 2016, with a position accuracy of +/-0.25″ RSS over +/-15deg. on both its axes, the ST2495VTC stands out as the world’s most precise Dual-Axis Motion Simulator ever manufactured equipped with a Vacuum Temperature Chamber, ideal for simulation of space conditions and ultra-precise calibration of observation satellite cameras and systems.
Team spherical couplings

The TEAM Hydrostatic Spherical Coupling transmit s tensile and compressive forces while allowing angular misalignment.
Innovative Vibration Systems for new technologies

RMS high-G acceleration systems DBD series

The RMS high-G acceleration systems of the DBD series are designed for testing of components under linear acceleration. They are available both with and without temperature chamber and with different power spectra.

Customer Gains:
-
adjustable mechanical stops
- easy installation due to compact
design and free
adaptation of any steering wheel
ring
- overload protection (approx. 1000 Nm), constant
steerability guaranteed
- easy handling by two push buttons and switch
for
reset and measuring range
- quick installation via adapter, without
external
signal conditioning.
RMS Cornering Fatigue Test System IP50

The IP50 cornering fatigue test system has been designed to test the durability of wheels for trucks, light commercial vehicles and vans.
It comprises cornering fatigue machine IPM50 and control cabinet IPE50

RMS transport simulation systems of type LCT100 have been developed to test destructive impacts and vibrations, arising during transport,
In order to avoid problems caused by packaging technologies, RMS transport simulation systems are also helpful for burn-in-tests within preliminary tests.
Vibration systems 30-35 KN (air cooled)

The shaker operate in a frequency range of 5 to 3000 Hz in sine, random and shock mode. This shaker series provides different armature diameters according to specimen size. Several features make this shaker series reliable and affordable for your applications.