We design and build custom test benches according to your specifications, tailored to the requirements of each cutting-edge sector, from aeronautics to energy, including space and much more. Our expertise guarantees reliable, high-performance and innovative test solutions to meet the most complex challenges.
Discover our complete range of test and simulation equipment for the space industry, designed to meet the strictest requirements of space missions.
The thrust generated by the satellite electric propulsion is compensated by a moving coil actuator, controlled in closed loop via displacement sensors, thus allowing ultra-sensitive thrust measurement. The tested thrusters can have forces between 1mN and 2N.
The thrust produced by the satellite electric propulsion is compensated by two moving coil actuators, controlled in closed loop via displacement sensors, thus allowing thrust measurement on two axes. The balancing device is adapted to thrust measurements in a range from 0.1mN to 10mN, mounted on the balance.
Simulation of thruster components, Dynamic and static simulators, Thrust measurement, Plasma plume measurement, Used by AIRBUS, BOEING, OHB, SAFRAN, THALES, AEROSPAZIO, BLUEORIGIN
It simulates the nominal dynamic functionality of a Hall effect thruster as perceived by its power processing unit (PPU), in flight or in simulation. It simulates typical failure cases of a Hall effect thruster. It measures, monitors and records voltages and currents at interfaces
The NanoSats 100 simulates multiple solar panel sections, each capable of delivering up to 100 W. Each module acts as a DC current source, faithfully reproducing the electrical characteristics of a solar cell, particularly the I-V curve with very low output capacity. This simulator is available as an individual module or mounted in a 4-module rack, depending on needs. It is easily controlled via USB, with drivers and user interface provided for quick setup from a computer.
The NanoSats 35 is a modular solar panel simulation solution specifically designed for CubeSat applications. Each module delivers up to 35 W and faithfully reproduces photovoltaic cell characteristics, with rapid I-V curve response. Controlled via USB, it comes with drivers and MMI interface for intuitive use. Available in individual version or 5-module rack, it guarantees realistic and precise tests in space environments.
Compact platform for testing high torque density actuators and their controllers, with capability to: Simulate personalized dynamic loads, React in torque control mode with high speed, Operate down to -45°C, Optimize size and robustness
Simulation of I-HAB module avionics interfaces --- Signal multiplexing and measurements
Plume diagnostic test bench, which can be used in conjunction with the DACTEM thrust dynamometer. This system is compatible with a wide variety of thruster sizes and power levels.
• RF signal simulation at 2 GHz and 400 MHz
• Modulation and Doppler effect simulation
• Use: reproduction of the Doris beacon network to validate the embedded Doris receiver
Generation of electrical power supply with protection against overvoltages and surges, LISN simulation (line impedance stabilization network), PPU interface management in direct access and via 1553 bus (Telecommand and Telemetry), PPU telemetry monitoring and archiving, Complete execution of an ignition sequence
It simulates radioelectric signals emitted by beacons, such as those captured by an instrument in orbit. From a simulation scenario and configuration files, it generates RF signals from two beacons, including message, frequency and level. The system can be controlled manually, locally or remotely, with great flexibility of use.
It handles offline processing of remote measurements from the embedded system and controls embedded equipment via a test interface. It ensures decommutation and analysis of telemetry data, performance report generation, as well as message exchange management through the test interface.
This simulator mimics payload interfaces and TM/TC exchange behavior. It simulates electrical consumption and generates TM data according to modes defined in the embedded software (OBSW) of the simulated instrument. The bench consists of a 19" rack including: A 220 V 50/60 Hz power supply with emergency stop, Power supplies and dynamic loads, TM/TC interfaces, A PC equipped with test software
Discover our complete range of test and validation equipment for the aeronautical industry, designed to meet the strictest requirements of aeronautical applications.
Dactem International develops a complete production test bench solution for functional validation of electromechanical components (such as control sticks, linear actuators, rotary actuators, ...) intended for the aeronautical sector.
Control and piloting of a powerful actuator used to control the angle of turbine blades. Used for tests on the M88 engine compressor. Closed-loop control with LVDT sensor and electrohydraulic servo-controlled valve.
Benches allowing to test specimens that are material samples of alloys used for machining parts subjected to strong stresses in a helicopter (rotor). Force applied using a mass on a balance beam on the rotating specimen. Sample must not break at a determined value depending on the alloy.
Calibration and functional test benches for inertial measurement units enabling controlled motion generation in three directions (pitch, roll, and yaw) to precisely calibrate gyroscopes and accelerometers by measuring their biases, drifts, scale factors, non-linearities, and alignment errors. They also ensure functional validation by reproducing complex dynamic profiles (rotations, linear accelerations, vibrations), testing the robustness of navigation estimation algorithms, and guaranteeing system compliance with performance and reliability requirements for integration into critical applications.
This test bench allows complete analysis of electric motor performance in a controlled environment. Designed for laboratories, it offers precise measurements and great ease of adaptation to different types of motors. The bench can test electric motors up to 450 kW power, as well as their inverters. It offers a range of tests up to 16,000 rpm in speed. Dynamic tests can be performed, with restart capacity up to 62 kW. Test definition is flexible, and motors are tested in direct drive configuration.
Discover our range of test equipment for the mobility industry, designed to validate critical components of modern transportation systems.
This test bench allows testing of starters up to 10 kW power, with torque measurement up to 110 N.m. It is perfectly adapted to reconditioning and industrial production environments. It also integrates a solenoid block test function, ensuring complete evaluation of critical components.
The Topaz 300 is an alternator test bench equipped with a touch screen, multilingual interface and intuitive control. It enables complete testing up to 300 A and 9000 rpm, with efficiency curve analysis, electrical signal analysis, and an integrated database for manufacturer reference search.
The Mechatronic Module Production Tester is an automated system designed to verify the quality, performance and compliance of mechatronic components in assembly or manufacturing phases. It integrates into production lines to ensure complete traceability and rapid functional validation of modules before shipment.
This end-of-line test bench ensures complete control of alternators through electrical, vibratory and acoustic tests. It integrates automated handling for high throughput, with up to 4 parts controlled per minute. The bench can test up to four alternators per minute. The system verifies compliant and non-compliant modules, and easily adapts to customer needs thanks to its modular tools.
Performance test bench for 48V electric motors offering direct drive or belt testing, with high precision measurements, high/low speed acquisition, fully programmable "LABSCRIPT" sequences and intuitive human-machine interface. This test bench can test alternators/electric motors with capabilities up to 20,000 rpm, torque measurements up to 500 Nm, and includes a climatic chamber operating from +40°C to +150°C.
Discover our specialized equipment for the energy industry, designed to test and validate critical components of energy systems.
This test bench is designed to test the quality and mechanical performance of circuit breakers and electrical relays. It allows precise force and stroke measurements, with customizable settings, and adapts to different models thanks to interchangeable tooling.
Performance test bench for 48V electric motors offering direct drive or belt testing, with high precision measurements, high/low speed acquisition, fully programmable "LABSCRIPT" sequences and intuitive human-machine interface. This test bench can test alternators/electric motors with capabilities up to 20,000 rpm, torque measurements up to 500 Nm, and includes a climatic chamber operating from +40°C to +150°C.
Discover our cutting-edge medical equipment designed to meet the strictest requirements of medical and research applications.
The adjustment station allows fine tuning of the valve's internal components, under binocular and nitrogen atmosphere, with PC screen control of the result. The valve is used to treat hydrocephalus (increase in cerebrospinal fluid). Clean room compatible equipment. Flow/pressure characterization.
Discover our specialized equipment for the railway industry, designed to meet the safety and reliability requirements of the rail transport sector.
Production bench designed to validate safety and security valves located on pneumatic circuits of trains and metros. Execution of standardized and configurable automatic cycles on simultaneous dual-station setup.
The tester is designed to automate the adjustment and testing of modular brake release solenoid valves (EMD). To achieve this, it provides all the necessary resources to perform the tests described in the specifications: coil resistance, leak tightness, adjustment and characteristic measurement P = f(I), mechanical hardness / sensitivity, vibrations, electrical insulation, response time. The complete bench consists of two parts: an electronic and computer section managing resources and data analysis, and a pneumatic section designed to place the EMD in operational conditions.
Discover our complete range of research and development equipment, designed to meet the specific needs of laboratories and research centers.
This 5-phase conversion system allows very powerful supply (45 kW) with fine current management and advanced protections. Control is ensured in real time via DSpace, and the whole system operates up to 4500 rpm. Power components include a circular PCB board and 5 H-bridges based on high-performance SiC MOSFETs.
The "Polarization Tooling" case represents a set of portable instruments for polarization of piezoelectric type transducers. Polarization is done by generating a sinusoidal signal that can go up to or – 1000V. Shock resistant, dust and water tight.
The metrology bench is controlled by Python software ensuring automated command and control of the installation. It enables measurement of filter transmission and mirror reflectivity using an X-ray source and spectrometry detector, all in a vacuum environment. This system improves measurement quality and simplifies their execution by reducing the required operator expertise.