Feature

●【Multi-Purpose】Our pneumatic polishing grinding machine is ideal for furniture and woodworking, mold manufacturing, automotive and fine work polishing, spot sanding of focus areas, removing solder joints and rust from metal products, deburring, grinding other materials and precision polishing
●【Quiet and Efficient】Low air consumption and minimal noise make our woodworking pneumatic sander a comfortable and peaceful work environment. With its long service life, you can be assured that you can trust this tool for countless projects in future
●【COMFORTABLE GRIP】Designed with a lightweight ergonomic body, our sander provides a comfortable and secure grip for handheld work. Say goodbye to fatigue and discomfort and enjoy optimal control and control during your polishing and polishing projects
●【Fast Operation】Small size, lightweight, low vibration, easy grip operation, and various types of sandpaper can be attached to different types of discs to meet various sanding, polishing and waxing requirements
●【EXTREMELY DURABLE】Made from high quality materials, our Mini Air Orbital Sander is built to withstand the rigors of use. Experience long-lasting performance and reliability as a valuable tool for your sanding and polishing needs


Description

Specifications:
Features:
1.Made of high quality material and durable
2. Low air consumption, low noise, long service life.
3. Lightweight and comfortable ergonomic design, suitable for your homework
4.High speed, small body, easy to operate.
5. Suitable for hardware, furniture, plastic, paint grinding and polishing products.

Specifications:
Model: AT-1500
Working pressure: 90 psi/6.2 bar
Chuck Size: 0.2 inches (6
Disc Size: 2/3"
No-load Speed: 15000 rpm
Air consumption: 12cfm
Inlet Port: 1/4bsp
Usage: Need to connect Air compressor for polishing and grinding automobiles, woodworking, metal parts, etc.
Weight: Approx. 1.0 oz (30 g) / 30.5 oz (865 g)
Size: Approx. 16.5 * 9.8cm / 6.5 * 3.9in

Package List:
1 x Polishing Machine
2 x Grinding discs
1 x Zipper
1 x Inlet Connector