Services
We run mechanical design alongside the electronics. Board placement, the path heat takes and cable routing are solved in the same model; problems are fixed on screen, not in the prototype.
We design enclosures that suit the operating environment, the IP rating and the assembly sequence.
We model sheet metal, machined and injection-moulded plastic parts to the rules of the chosen manufacturing method.
We analyse heat sources, heat sinks and airflow, and find the most efficient solution together with the electronics team.
With finite element analysis, we verify how parts behave under vibration, shock and load.
Using geometric dimensioning and tolerancing (GD&T), we produce clear, measurable technical drawings for the manufacturer.
With 3D-printed and CNC prototypes, we try out form, assembly and ergonomics early on.
Applied as the project requires.
An enclosure proves itself on the production line and in the field. Reducing the part count, simplifying assembly and thinking about maintenance access from the start are, for us, the design itself.
We choose the material and the manufacturing method together, based on volume, cost and environmental conditions. From prototype to series production, we work directly with the manufacturer.
Core
Shielded, sealed enclosures that withstand vibration and shock; thermal management.
Core
DIN-rail and panel enclosures; test and assembly rigs.
Support
Enclosures for sensors and control units; test fixtures.
Support
Small, durable enclosures that suit production.
Previous
Software that lets hardware speak. From microcontrollers to embedded Linux; secure, and updatable in the field.
Next
Software that talks to the device, the field and the user. Web, mobile, desktop and cloud.
Describe it in a few sentences and we'll find the right starting point together.