ND-3011 High Torque Hip Joint Drill
– Orthopaedics slow speed drill with high torque for joint operations
– Autoclavable and versatile, suitable for orthopedic, microsurgery, and burns applications
– Features discretionary speed control and low noise operation
– Comes with a mainframe, charger, battery, sterilizing channel, drill chuck, and aluminum alloy box for convenient use
£870.00
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Features & Compatibility
ND-3011 High Torque Hip Joint Drill
Precision low-speed, high-torque surgical drill engineered for hip joint operations, acetabular reaming, and medullary cavity expansion. Autoclavable mainframe, variable speed control, and low-noise operation deliver reliable performance in orthopedic, microsurgical, and burn care applications.
Range / sizes: Drill chuck: 0.6–8 mm; Speed: 0–300 r/min
Sterilisation: Autoclavable mainframe up to 135°C
Lifetime Support
Fast Delivery
Autoclavable
Clinical overview
The ND-3011 is a precision surgical drill specifically designed for hip joint operations, offering exceptional torque and control at low speeds. Its high torsional moment (33,000 g·cm) enables reliable acetabular reaming and medullary cavity expansion, critical procedures in hip arthroplasty and revision surgery. The drill’s low-speed, high-torque design minimizes thermal necrosis and provides surgeons with superior tactile feedback and handpiece stability during delicate bone work.
With an autoclavable mainframe rated to 135°C, variable speed control (0–300 r/min), and low noise operation (≤63 dB), the ND-3011 integrates seamlessly into modern operating room workflows. The drill chuck accommodates bits from 0.6 to 8 mm, supporting a wide range of surgical instruments and techniques. Scientific balance engineering reduces vibration and enhances control, allowing surgeons to work with confidence and precision in orthopedic, microsurgical, and burn care applications.
Key features & surgeon benefits
High Torque, Low Speed
- 33,000 g·cm torque for reliable bone reaming
- 0–300 r/min variable speed control
- Minimizes thermal necrosis and bone damage
- Superior tactile feedback during surgery
Autoclavable & Portable
- Mainframe sterilizable to 135°C
- Low noise operation (≤63 dB)
- Lightweight and balanced design
- Reduces vibration for enhanced control
Multi-Application Capability
- Hip joint operations and reaming
- Medullary cavity expansion
- Orthopedic, microsurgery, and burn care
- Compatible with acetabulum burnishing and expansion tools
High Concentricity & Accuracy
- Diameter run-out ≤0.5 mm
- Ensures precision in acetabular polishing
- Drill chuck range 0.6–8 mm
- Carbonless motor for consistent power delivery
Technical specifications
| Indications | Hip joint operations, acetabular reaming, medullary cavity expansion, orthopedic, microsurgery, burns |
|---|---|
| Sizes / range | Drill chuck: 0.6–8 mm; Speed: 0–300 r/min |
| Material | Stainless Steel |
| Sterilisation | Autoclavable mainframe up to 135°C |
| Packaging | Aluminum alloy box (38 cm × 28 cm × 13 cm) packed in carton (41 cm × 32 cm × 15 cm) |
| Warranty | 2 Year Manufacturer Warranty |
| Working voltage | 14.4 V DC |
| Output power | ≥20 W |
| Charger input | AC 220 V, 50 Hz; Output 14.4 V, 900 mA |
| Charging time | Approximately 3 hours |
| Torque | 33,000 g·cm |
| Noise level | ≤63 dB |
| Diameter run-out | ≤0.5 mm |
| Unit temperature rise | ≤25°C |
| Weight | 1,700 g |
| Regulatory | Type 2 Medical Device; Reg. No. Wsyjxzz2012-2100053 |
Standard instrument composition
| Item | Description | Qty |
|---|---|---|
| Mainframe | ND-3011 surgical drill unit, autoclavable | 1 |
| Battery | 14.4 V rechargeable battery pack | 1 |
| Charger | AC 220 V, 50 Hz input charger | 1 |
| Sterilizing channel | Autoclavable sterilization tray | 1 |
| Drill chuck | 0.6–8 mm capacity chuck | 1 |
| Aluminum alloy box | Protective carrying and storage case | 1 |
Get in touch for pricing & availability
Contact our sales team to request a quote, discuss clinical requirements, or arrange a product demonstration. We offer competitive pricing and fast delivery worldwide.
Email: info@orthopedicdrills.co.uk
