We have decades long experience designing complex embedded systems powered by anything between 8-bit Microcontrollers to powerful multi-core Single Board Computers.
Our engineers are proficient in writing Firmware from the very lowest level (assembly, C) to utilizing real-time userspace Linux for application development.
We have handled multiple projects starting at hardware design, going through mechanical design, and finishing with firmware and application software development.
Do you have a project where a microcontroller or a generic CPU just doesn't cut it?
Do you have a need for a custom communication interface accessible by eg. PCI Express?
Do you need to interface with an esoteric hardware?
We have developed multiple systems successfully utilizing FPGAs, doing both custom hardware design and writing HDL code. We will be able to help you with your needs!
We strive to iterate on projects as fast as possible. That's why we have been investing heavily in our machining capabilities
There are few projects which don't need an enclosure or at least a front plate.
By keeping mechanical manufacturing in-house we are able to provide results quicker, while simultaneously having tighter control over quality.
We have multiple CNC machining centers (with 3 and 4 axes), and we do our CAM work (programming) also in-house.
Most people think of injection molding plastic as an extremely-high-volume process with an enormous initial investment need: the mold itself.
Continuing our vertical integration journey we have invested in small-scale injection molding machines.
This way we are able to injection mold parts cost effectively even in the 100-200 pieces quantity range.
The mold itself is usually designed and machined by us, completely in-house, providing extremely quick turnaround while keeping costs down.
There are cases where injection molding isn't the perfect process for producing parts. They might be immensely complex or the quantity is simply too low to be able to afford a mold design.
That's when 3D Printing comes into the picture. It's as diverse as the type of parts it can produce. Parts can be produced from thermoplastics and industrial photopolymers as well.
We have multiple 3D printers and the experience necessary to operate them efficiently and with great results.
Our customers can choose from FDM, SLA and SLS technologies - we will help choosing the best approach.
You design it - we ship it to you, assembled and tested.
We handle everything from parts procurement, through PCB manufacturing, assembly and final testing.
Our team has experience spanning decades in contract manufacturing, we have an extensive network of parts sources and manufacturing facilities.
You can also rely on our custom mechanical parts fabrication services (CNC machining, injection molding, 3D printing) to provide cost effectiveness an quick turnarounds.
