Orthopedics

Miniature sensors track joint kinematics, force distribution, and mechanical loading in real time.

Embedded diagnostics support early detection of complications like infection or implant loosening.

Custom sensor configurations tailored for knees, hips, spine, and extremities.

Designed to integrate seamlessly into implant geometry without compromising structural performance.

Precision assembly of titanium, PEEK, and PCB substrates into unified implant architectures.

Multi-axis machining and micro-welding techniques enable compact, durable device construction.

Bonding and encapsulation methods maintain electrical isolation and mechanical integrity.

Scalable processes support both pilot and high-volume orthopedic programs.

Wireless charging systems reduce the need for battery replacement procedures.

Secure, low-power telemetry supports continuous monitoring and remote device management.

System design includes shielding, antenna integration, and EMI mitigation.

Designed to support long-term use with minimal user interaction.

Hermetic sealing and moisture barriers protect sensitive electronics over years of use.

Biocompatible materials and coatings reduce inflammatory response and ensure long-term safety.

Cleanroom assembly and regulatory support accelerate path to 510(k) or PMA.

End-to-end vertical integration from design to validation and manufacturing scale-up.