MOTOR & ACTUATOR DEVELOPMENT
LOGICDATA’s motor and actuator development is an alternative to purchasing motors with standard components. Decades’ experience enables the creation of cost-effective, system-oriented solutions – with motor topology, gearbox and spindle design.
LOGICDATA is a trusted collaboration partner for customized motor developments.
Motor Design
Proof of Concept
Motor Development
Motors define the optimal performance of a mechatronic system. To ensure an optimal price-performance ratio, we develop brushless and DC motors in-house, utilizing a combination of calculation models and prototype testing data for verification.
- Specialization on Brushless DC (PMSM) & Brushed DC motors
- In-house motor production incl. winding
- Performance range 10-500W
- Multiple motor architectures (Outer & Inner runner, coreless)
- Integrated electronics with sensorless or FOC motor control
- Integration of brake systems
Spindle Development
Our experience in spindle system development for adjustable desks ensures efficient and cost-optimized spindles for every solution.
Performance optimization, including tribology analysis and other advanced analysis techniques, ensures reliability and efficiency.
- Design of cost-optimized telescopic systems (single & dual)
- Tribology expertise for various material & greasing combinations
- Verified computational models with own database
- Optimization of self-retention & efficiency up to 85%
- In-house spindle test stands for analysis and verification
By the Numbers: LOGICDATA Actuator Development
Gearbox Development
LOGICDATA provides in-house development of gearboxes for drive systems, with a focus on implementing plastic components for cost optimization and noise reduction.
Our expertise extends beyond development to include industrialization and quality assurance in high-volume production.
- Cost-optimized plastic components
- Planetary 1-3 stage gearbox
- Expertise in high-volume production
- Worm & Helical gearbox systems
- Integrated brake systems (active & passive)
- NVH optimization with in-house testing