From Prototype to Series Production
Electronics, Firmware, Motion Control, and Safety
Four disciplines, one team
From the circuit diagram to the TÜV certificate, everything from a single source, without interfaces in between
Electronics Design
- PCBs from 2 to 16 layers
- Power Electronics with IGBT and SiC
- Signal Processing and Sensor Systems
- EMC-compliant and manufacturable layout
Firmware Development
- Embedded C and C++ on ARM and DSP
- Real-time control with FOC for BLDC motors
- Safety Software up to PL e and SIL 3
- IoT and Connectivity via MQTT and OPC UA
Motion Control
- Servo control with 20 kHz FOC
- Position, speed, and torque
- EtherCAT, CANopen and Profinet
- Multiaxis Systems and Robotics
Safety Engineering
- Risk analysis according to ISO 12100 and 13849
- Safety concept up to PLe and SIL 3
- TÜV Support and Certification
- EMC testing according to EN 61800-3 C2 and C3
Request to Series Product
Five clearly defined phases, each with a tangible outcome
Inquiry
Parameters, constraints, and timeline
Analysis
Feasibility, effort, and costs
Concept
System design and component selection
Development
Hardware, Firmware and Integration
Validation
Testing, Certification, and Documentation
Engineering in Practice
From the first circuit diagram to the passed examination
Power Electronics
From circuit diagram to series-ready PCB
PCBs from 2 to 16 layers, EMC-compliant, optimized for manufacturing, and ready for delivery. IGBT, SiC, and GaN power amplifiers up to 100 kW, including thermal management.
Geprüfte Sicherheit
PL e and SIL 3 on the first attempt
Risk analysis according to ISO 12100 and 13849, safety concept up to PLe and SIL 3, TÜV support and EMC testing. All from a single source. Our customers pass certification on the first attempt.