Automation of brakes manufacturing.

Our approach to quality is multi-layered. We use machine vision to inspect components for defects, integrate torque monitoring on every critical fastener, deploy sensors to verify the presence and correct orientation of all parts, and conduct 100% automated EOL performance tests (for instance, leak and pressure tests) on every finished unit.

Traceability is paramount. Our systems create a comprehensive digital record for every assembly. We scan the serial numbers of all critical subcomponents (like callipers, pistons, and ABS modules) and link them to the final unit's serial number, along with all process data like fastening torques and test results.

We integrate advanced robotic fastening systems with high-torque capabilities and closed-loop control. These tools are programmed to achieve the precise torque and angle specifications required for safety-critical joints, and every fastening operation is monitored and logged for 100% quality assurance.

An MGU is a key component in hybrid and electric vehicles, used for regenerative braking and propulsion. Its assembly is complex because it's a high-precision mechatronic device, requiring the perfect integration of mechanical parts (rotors, bearings) with electrical systems (stator windings) and sensitive electronic components (position sensors), all within very tight tolerances.