The 120 nm pneumatic screw driver 14 10000 rpm atocom is a compact high-speed tool designed for precision assembly in tight spaces. Engineered for durability and consistent torque, it serves electronics, medical, and mechanical assembly teams who need reliable performance at demanding cycle times.
Operating at 10000 rpm with a 14 mm nose, this driver balances speed with control, helping teams meet tight tolerances while reducing driver fatigue. The following sections outline its key specifications, technical strengths, and practical use cases.
| Model | Speed (rpm) | Drive Size (mm) | Pressure Range (bar) |
|---|---|---|---|
| 120 nm Pneumatic Screw Driver 14 | 10000 | 14 | 5.0–7.0 |
| Torque Range | 0–120 nm | Repeatability | ±3% |
| Body Material | Aluminum alloy | Weight | 1.4 kg |
| Recommended Tool Life | 15000–20000 hours | Connection | Pin Type |
High Speed Performance at 10000 rpm
The 10000 rpm rotation speed enables quick seating of screws, reducing manual cycle time per unit. At this speed, the 120 nm driver maintains stable torque delivery, helping avoid over-tightening while keeping production throughput high.
Consistent rpm under load minimizes speed drop when transitioning between low and mid torque values. Operators benefit from smoother motion, which contributes to better ergonomic control during repetitive assembly tasks.
14 mm Nose for Versatile Access
Compact Tooling in Restricted Spaces
The 14 mm nose diameter fits common screw head profiles while allowing close work around PCBs, connectors, and housings. This dimensional balance supports both driver longevity and access in dense assemblies.
Bit Compatibility and Retention
Collet and bit retention are optimized for quick changeovers, reducing setup time on mixed-model lines. The tool accepts standard 14 mm bit holders, enabling fast integration with existing tooling inventories.
Torque Control and Repeatability
Rated at 120 nm, this driver covers a wide torque band suitable for both delicate electronics and robust mechanical assemblies. Tight repeatability of ±3% helps ensure each fastener meets specified clamp force without manual rework.
Digital controllers or mechanical regulators can be paired with the driver to provide real-time torque monitoring. Teams can link this data to quality management systems to track trends and detect potential process drift early.
Robust Build for Continuous Production
An aluminum alloy body keeps weight at 1.4 kg while resisting wear from daily use in high-mix environments. The pin-type connection and optimized internal bearings contribute to a recommended tool life of 15000–20000 hours under proper maintenance.
Regular cleaning, lubrication intervals, and correct pressure settings extend functional life and reduce unplanned downtime. Scheduled inspections of nose geometry and collet condition help preserve torque accuracy over the tool lifecycle.
Practical Recommendations
- Verify air supply pressure stays within 5.0–7.0 bar for stable 10000 rpm operation.
- Use correct bit retention tools to prevent bit spin and ensure accurate torque application.
- Implement a preventive maintenance schedule that includes bearing and seal inspections.
- Document torque data for each batch to support compliance and traceability requirements.
- Train operators on ergonomic handling to reduce fatigue during long repetitive runs.
FAQ
Reader questions
What types of assemblies is the 120 nm pneumatic screw driver 14 10000 rpm atocom best suited for?
It is ideal for electronics, medical device, and precision mechanical assemblies where consistent 120 nm torque and 10000 rpm speed are required in confined spaces.
How does the 14 mm nose size affect tool access in complex layouts?
The 14 mm nose balances compact reach with bit retention, enabling operators to access connectors and housing features that larger drivers cannot clear.
Can this driver integrate with automated production line control systems?
Yes, the tool can be equipped with digital controllers that output torque and rpm data for integration with Manufacturing Execution Systems or quality traceability platforms.
What maintenance routine is recommended to sustain the 15000–20000 hour tool life?
Follow scheduled cleaning, lubrication, and calibration checks, and inspect collets and nose geometry regularly to prevent performance drift and premature wear.