Medicine and Rehabilitation

Why NABTESCO and Veichi in Medicine and Rehabilitation?

Medical technology and rehabilitation equipment require the highest precision, reliability, and safety. NABTESCO gearboxes, and advanced Veichi drives and control systems are designed to meet these stringent requirements by offering:

✅ Extreme precision and smooth motion – crucial in diagnostic, therapeutic, and rehabilitation devices.

✅ High reliability and durability – ensuring continuity of operation of critical medical and rehabilitation equipment.

✅ Compact design and quiet operation – important in devices used in direct contact with the patient.

✅ Resistance to loads and vibrations – stable operation in dynamic medical and rehabilitation systems.

✅ Ease of cleaning and sterilization – meeting stringent sanitary standards.

✅ Advanced Veichi control systems – PLCs and HMIs for precise control of medical and rehabilitation devices.

✅ Veichi drives – a wide selection of servo drives and frequency inverters that integrates perfectly with our mechanical solutions.

✅ Veichi inverters – a wide range of frequency inverters enabling precise motor control in harsh conditions, e.g., in complex ventilation systems.

✅ Specialized Nabtesco gearboxes – precise cycloidal and strain wave gearboxes, ideal for applications in medical imaging, surgical and rehabilitation robots, and patient handling systems.

Applications in the Medical Industry and Rehabilitation Equipment:

🔹 Medical imaging devices (CT, MRI, ultrasound) – precise positioning and movements of scanners.

🔹 Surgical robots – precise drives for robotic arms.

🔹 Patient handling systems (beds, lifts) – reliable and quiet drives for position adjustment.

🔹 Laboratory devices – precise drives for pipettes, centrifuges, and analyzers.

🔹 Rehabilitation devices – smooth and precise drives for motion therapy devices, rehabilitation robots, exoskeletons, and electrostimulation devices.

🔹 Manual therapy devices – precise drives for therapeutic tables and other manual therapy devices.

Benefits:

🔹 Increased precision and reliability of medical and rehabilitation devices.

🔹 Improved patient comfort and safety.

🔹 Increased efficiency of medical and rehabilitation staff.

🔹 Minimization of the risk of failures and downtime.