We use 3D printing for prototype development. These printed prototypes enable testing early in the development timeline, and the detection of design flaws that can be immediately addressed.

We design fluid management solutions for in-cavity visualization support and purging, with integrated waste management.
We have experience in developing different type of medical pumps, and particularly peristaltic pumps with precise and adjustable flow control.

We are experienced in designing any mechanical movement, such as rotation, lifting, tilting, activation, sliding, cutting, holding, etc. in our handheld devices.
These movements are operated by small, but complex mechanical connections to enable single-handed surgery.

We have great experience machining, laser cutting and laser welding small diameter 304 and 316 stainless steel tubes, even with thin wall thicknesses down to 0.025 mm.

We have deep experience in designing plastic and silicone molded components (balloons, gaskets, metal tube shielding, handles, etc.) in a variety of shapes and complexity, such as non-symmetrical, tapered, stepped, multi-channel parts.
We also develop and manufacture molding tools either 3D printed or AL, to support rapid iterations in R&D.

We develop software for real-time data processing and visualization, to enable automated control functions, semi-autonomous or autonomous operation, and to support operator decision making.