Industrial Mini 30 Degree Angle Air Die Grinder with 1/4 Inch Collet and 25000 RPM
The 30 Degree Angle Die Grinder from the Composite Gearless Series delivers 25,000 rpm free speed with ergonomic design and durable construction for industrial use.
The Industrial Mini 30 Degree Angle Air Die Grinder features a gearless composite design delivering a free speed of 25,000 rpm. Engineered for precision and durability, it includes an ergonomic composite handle that reduces vibration and a soft rubber pistol grip for enhanced operator comfort. Built with all ball-bearing construction, this pneumatic tool ensures extended service life and reliable performance in demanding factory environments.
| Free Speed RPM | 25000 |
| Air Consumption SCFM | 13 |
| Air Consumption CFM | 1.8265 |
| Air Consumption m³ hr | 287.1648 |
| Air Consumption m³ min | 4.78608 |
| Air Pressure kg | 6.3279 |
| Air Pressure PSI | 90 |
| Air Pressure bar | 6.2055 |
| Air Pressure kPa | 620.55 |
| Overall Length in | 6.929133858 |
| Overall Length mm | 176 |
| Weight kg | 0.38 |
| Weight lb | 0.836 |
| Exhaust | Side |
| dBA | 84 |
| Air Hose Size in | 1/4 |
| Air Hose Size mm | 6.4 |
| HP | 0.3 |
| kW | 0.225 |
| Collet Size in 1 | 1/4 |
| Collet Size in 2 | 1/8 |
| Collet Size mm 2 | 6 |
| Collet Size mm 3 | 3 |
الميزات
Key Features
- Gearless ergonomic design fits comfortably in the palm for improved handling.
- Composite handle reduces vibration for operator comfort.
- Feather control lever throttle enables precise speed control.
- Powerful 7 Amp motor delivers high performance for heavy-duty applications.
- Soft rubber pistol grip increases gripping surface and comfort.
- All ball-bearing construction enhances durability and extends tool life.
التطبيقات
Industrial Applications
Designed for factory and heavy industrial use, the 30 Degree Angle Die Grinder is suitable for precision grinding, deburring, and finishing tasks where compact power and durability are essential. Its ergonomic design and vibration reduction features support prolonged operation in demanding environments.