Surgical Power Device

Surgical power tools designed for minimally invasive surgical procedures. These motorized instruments enable precise bone cutting, drilling, and shaping during orthopedic and neurosurgical applications. The system delivers controlled power output with ergonomic handpiece design for enhanced surgical control and reduced operative time.

A powered surgical system designed for medical procedures requiring rotary or oscillating motion. Used in orthopedic and general surgical applications.

Integrated power delivery system for surgical instruments, providing controlled energy transmission to surgical power tools during operative procedures.

Powered surgical instruments designed for trauma and orthopedic procedures, including bone drills, hollow drills, and related cutting tools. These electric power systems deliver precision and control during cranial, spinal, and orthopedic surgical interventions. The systems support both initial procedures and revision surgeries with durable, sterilizable components.

Neurosurgical power systems designed for cranial and spinal procedures, providing precision motorized drilling and cutting capabilities. These surgical tools deliver controlled power output for bone removal, implant placement, and tissue dissection in neurosurgical applications. Systems include handpieces, burrs, and accessories engineered for sterility and reliability in operating room environments.

Power supply systems for energy-based surgical instruments, providing controlled electrical output for tissue cutting and hemostasis applications.

Power delivery system and cable assemblies for medical devices including microwave, RF, plasma, and ultrasound equipment. Engineered to ensure safe and reliable operation of complex medical imaging and surgical systems.

A power delivery system designed to drive surgical instruments and tools during surgical procedures. This system provides mechanical power for various surgical applications.