Customizable electric actuators for robotics and motion-control applications—reliable and cost-efficient.
Electromechanical Systems & Aerospace
We design and develop electromechanical actuators, aerospace subsystems such as reusable separation and actuation systems, as well as complete system solutions.
Please note: Our products and technologies are currently in development or at the prototype stage
CNC-Machine
Modular CNC platform for prototyping and small-batch, semi-industrial production—configurable for plasma cutting or milling.
Aerospace
Building the foundation for future aerospace components and subsystems, with a focus on separation, motion control, and propulsion.
Actuators, Configured to Your Requirements
- Configurable size, drive type, and power
- Sensor options for accurate load and position feedback
- Cost-efficient design for prototyping and small-batch builds
- Reliable operation in demanding environments
Automation
Linear actuators provide precise feed, positioning, and lifting in industrial automation. They support repeatable cycles and stable processes in production, assembly, and material handling.
Robotics
In robotics, linear drives deliver controlled motion for grippers, axes, and end effectors. They enable dynamic positioning, force control, and complex motion profiles in semi-autonomous systems.
Aerospace
In aerospace, linear actuators handle adjustment and actuation tasks such as flaps, locking mechanisms, and antenna or sensor alignment. Designs prioritize reliability, temperature tolerance, and precision.
Modular CNC Solutions
We develop a modular CNC machine for prototyping, small-batch manufacturing, and semi-industrial use. It can be configured for plasma cutting or CNC milling and combines precision, adaptability, and industrial-grade stability. The modular design supports flexible setups and future expansion.
CNC PLASMA CUTTING
Modular CNC plasma system for cutting a wide range of metals. Configurable to your application and expandable as requirements grow.
CNC-MILLING
Modular CNC milling setup for plastics, wood, and aluminium sheet metal up to 2 mm. Upgradeable for higher stiffness, precision, and throughput.
3D PRINTING
Based on the same modular platform, development is underway toward a large-format FFF 3D printing system.
Aerospace Subsystems
We are currently building the foundation for aerospace components and subsystems, with a development focus on prototype systems for separation, motion control, and propulsion. This work lays the groundwork for future reusable, reliable, and cost-efficient solutions that meet the evolving requirements of space technology, while supporting efficiency, sustainability, and long-term viability.
Develop manufacturing methods
For new production methods, we advance coating technologies for engine and shielding applications.
Our focus is on enhancing material performance, thermal resistance and long-term durability.
Testing materials
Materials intended for engine and shielding applications must undergo rigorous testing for heat resistance and oxidation stability.
These evaluations ensure reliable performance under extreme thermal loads and harsh environmental conditions, which is essential for high-performance propulsion and advanced protective systems.
