Our mechanical engineers design precision mechanisms, motion systems, and structural components that deliver reliable performance under demanding conditions. We specialize in advanced materials, tolerance analysis, and design optimization for complex mechanical assemblies and high-precision manufacturing equipment.

We architect and integrate multi-disciplinary engineering systems that optimize performance, reliability, and manufacturability across the entire product lifecycle. Our systems approach manages complexity through rigorous requirements analysis, interface definition, and verification protocols that ensure seamless system operation.

Our electrical engineers develop advanced electronic systems, embedded controls, and sensor integration solutions for complex technical applications. We design high-performance circuits, power systems, and data acquisition platforms that meet stringent performance and reliability requirements.

We engineer high-performance plastic components for medical applications, focusing on biocompatibility, sterilization compatibility, and manufacturing precision. Our expertise spans material selection and advanced processing for complex geometries and applications.

Our specialized team develops advanced interventional devices for precise navigation through complex anatomical pathways. We design multi-lumen catheters, steerable systems, and specialized configurations for cardiovascular and minimally invasive procedures.

We design automated manufacturing and testing systems that ensure consistent quality and regulatory compliance in medtech and biotech production. Our automation solutions include robotic assembly, vision inspection, and process control for cleanroom environments.