3M K200 Micro Driver Refurbished
The 3M K200 delivers precise pneumatic power for delicate surgical procedures where control matters more than raw torque.
Quality Management
Facility & Processes
Biomedical Technicians
About the 3M K200 Micro Driver Refurbished
The 3M K200 delivers precise pneumatic power for delicate surgical procedures where control matters more than raw torque. Operating at up to 1100 rpm with 6 in-lbs of bidirectional torque, it handles microsurgical applications that demand steady, reliable performance at lower speeds.
The controlled duty cycle (1 minute on, 3 minutes off) prevents overheating during extended procedures while maintaining consistent torque output. Worth noting: the reversible operation gives surgeons flexibility for both drilling and extraction in tight surgical fields where repositioning isn’t practical.
The included A201 mini air hose connects directly to standard 90-110 psi pneumatic systems already in most ORs. Lightweight design reduces hand fatigue during lengthy microsurgical cases.
Key Features
- Bidirectional operation: 0-1100 rpm forward and reverse
- 6 in-lbs nominal torque with 6.9 in-lb stall torque
- Controlled duty cycle prevents thermal buildup
- Includes 3M A201 mini air hose for immediate setup
- 90-110 psi operating pressure matches standard OR pneumatics
Specifications for 3M K200 Micro Driver Refurbished
Compatibility
- Primary: Didage
Intended Use
- Applications: Surgical power equipment, pneumatic micro driver
Performance
- Operating Speed (Forward/Reverse): 0-1100 rpm (nominal)
- Torque (Nominal): 6 in-lbs forward and reverse
- Stall Torque: 0.78 Newton meters (6.9 in-lb)
- Duty Cycle: 1 minute ON, 3 minutes OFF
Pneumatic
- Operating Pressure: 90-110 psi
- Nitrogen Consumption: 140 l/min (5.0 scfm)
Mechanical
- Through Cannulation: 5/32 in (0.156 in) (4.0 mm)
Dimensions
- Length: 5.750 in (14.5 cm)
- Width: 4.375 in (11.1 cm)
- Height: 6.5 in (15.9 cm)
Weight
- Weight: 19.7 oz (560 g)
Materials
- Components: Stainless Steel
Illumination
- Type: Fiber Optic





