Industrial Air 3-Inch 30 Degree Orbital Sander with Durable Composite Housing — 3xM6-Inch, 6000 RPM
Durable 30 Degree 3" Orbital Sander with composite housing and 2500 rpm free speed for industrial use.
The Industrial Air 3-Inch 30 Degree Orbital Sander combines precision engineering with durable composite housing designed to resist chemicals and extreme temperatures. Featuring a 30 degree angled grip for ergonomic handling, this pneumatic tool delivers consistent performance with a free speed of 2500 rpm. Compatible with 3M Velcro accessories, it supports versatile sanding tasks in demanding factory environments while prioritizing user safety and comfort.
| Free Speed RPM | 6000 |
| 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 | 7.204724409 |
| Overall Length mm | 183 |
| Weight kg | 0.7 |
| Weight lb | 1.54 |
| Exhaust | Side |
| dBA | 85 |
| Air Hose Size in | 1/4 |
| Air Hose Size mm | 6.35 |
| HP | 0.3 |
| Disc Size in | 3xM6 |
| kW | 0.225 |
| Disc Size mm | 76.2xM6 |
| Orbital Size in | 0.11811023622 |
| Orbital Size mm | 3 |
Características
Key Features
- Durable composite housing resists chemicals and extreme temperatures
- Compatible with 3M Velcro accessories for versatile sanding options
- 30 degree angled grip design enhances user comfort and safety
- Gearless design with a free speed of 2500 rpm for consistent performance
- Rear exhaust with air regulator for optimized airflow
- Safety lever design for precise air flow control
Aplicações
Industrial Applications
- Chemical resistance protects tool surface from acid glue and harsh substances
- Ergonomic 30 degree grip reduces wrist injury risk during extended use
- Compatible with universal and 3M specification accessories for flexible tool customization
- Rear exhaust with air regulator optimizes airflow and tool control
- Safety lever design enables precise air flow management for operator safety