Research, Design
& Development

In-house 3D printing and machining creates complex geometries with precision tolerances within days.

Prototype using actual production materials including silicone, polymers, and multi-lumen extrusions for realistic testing.

Seamless design iterations capture challenges early, reducing development time and preventing costly modifications.

Production-focused approach ensures smooth transition from prototype to manufacturing with minimal design changes.

Material testing verifies properties under physiological conditions to predict long-term device performance.

Biocompatibility assessment identifies materials that minimize adverse reactions while maximizing effectiveness.

Processing techniques optimize material properties for specific device requirements and functional needs.

Collaboration between scientists and engineers ensures materials align with design specifications.

Firmware delivers reliable embedded systems that optimize power management for portable devices.

Mobile and desktop applications provide intuitive interfaces to control device functions.

Cloud integration enables secure data collection and remote monitoring for improved outcomes.

Compliant software development follows IEC 62304 standards to streamline validation processes.

Material and component decisions are guided by manufacturability, reducing complexity and time-to-market.

Design reviews identify challenges before they become costly production problems or regulatory delays.

Comprehensive process risk assessment identifies critical control points to maintain quality throughout production.

Validation protocols establish parameters that consistently deliver components meeting design specifications.

Statistical process control methodologies optimize yield while minimizing variation in critical device characteristics.

Continuous improvement evolves manufacturing processes to enhance efficiency and reduce costs.

Sterile barriers engineered to ISO 11607 standards ensure product safety through clinical use.

Materials optimize protection during shipping and handling while minimizing environmental impact.

Human factors testing evaluates packaging for intuitive opening to minimize procedural errors.

Validation testing simulates real-world conditions to verify packaging throughout the product lifecycle.