Description:
Premium automated jacuzzi cover designed to efficiently prevent heat
loss when the jacuzzi is not in use, while providing fully automatic opening
and closing through an integrated folding and lifting mechanism.
Functions:
The cover operates through a combination of rotary folding mechanisms
and linear lifting actuators integrated into the support columns.
A dedicated microcontroller controls and supervises the opening and
closing sequences, ensuring synchronized motion, safe operation, and
reliable system performance.
Area of use:
Residential and premium outdoor jacuzzi and spa installations.
Work done:
Mechanical system design
Actuator integration
Kinematic concept development
Prototyping support
Description:
The eGas grip is an ergonomic electronic throttle for electric two-wheelers,
using contactless Hall-effect sensing to accurately detect the rotational
position of the grip.
Functions:
Grip rotation is converted into a precise electrical signal for the motor controller,
enabling smooth acceleration and deceleration, recuperation support,
and reliable operation under varying supply and environmental conditions.
Area of use:
Electric and conventional motorcycles, as well as e-bikes and electric scooters.
Work done:
Pre-development project executed from concept level
Mechanical and electronic system design
Magnetic and mechanical simulations
Functional prototype development and testing
Project coordination and management
Description:
Leak testing fixture for sealing and functional verification of battery control units.
The station provides a stable, repeatable mechanical interface for accurate leak
detection.
Functions:
The fixture securely positions and seals the battery control unit while applying
controlled test pressure. Integrated mechanical clamping and interface elements
ensure reliable sealing conditions for precise leakage measurement.
Area of use:
Automotive battery and BMS testing in laboratory and end-of-line environments.
Work done:
Concept and fixture design development
Detailed mechanical design
Customer cooperation and requirement alignment
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Description:
Pneumatic semi-automatic edge forming machine designed for pressing and
forming bending edges of insulating covers. The equipment provides controlled,
repeatable forming in a compact and safety-enclosed workstation.
Functions:
The machine uses pneumatic actuation to form bending edges with controlled
force and stroke. Inductive end-position sensors monitor motion, while a linear
guide system ensures accurate and repeatable positioning. Operation is enabled
through redundant safety logic after protective door actuation, providing safe and
reliable semi-automatic forming cycles.
Area of use:
Automotive prototype and series production environments.
Work done:
Mechanical design of the machine and safety enclosure
Integration of pneumatic actuation and sensing
Close cooperation with the manufacturing partner