Pro-Tek PE-0808 Electronic Polisher, 7" Hook and Loop Pad, 0 to 3000 RPM, 110V
- The Pro-Tek PE-0808 electronic polisher is designed for automotive polishing and surface finishing applications. Featuring variable speed control from 0 to 3000 RPM and an 11 amp motor, this electric polisher delivers consistent performance for detailing, buffing, and paint correction tasks.
- Features:
- Variable speed control from 0 to 3000 RPM allows precise adjustment for polishing and finishing applications
- 11 amp motor provides reliable power for consistent polishing performance
- 7 inch hook and loop pad enables quick attachment of polishing pads and sanding discs
- Electric powered design ensures steady operation without the need for compressed air
- Designed for automotive detailing and finishing ensures compatibility with common polishing tasks
- Specifications:
- Manufacturer: Pro-Tek
- Part Number: PE-0808
- MPN: PE-0808
- Product Type: Electronic Polisher
- Pad Size: 7 inch
- Speed Range: 0 to 3000 RPM
- Motor: 11 amp
- Voltage: 110V
- Weight: 3 kg
- Power Type: Electric
- Application: Automotive polishing, buffing, and surface finishing
- System Compatibility: Designed for use with hook and loop polishing pads and accessories
- The Electronic Polisher can also be referred to as electric polisher, automotive buffer, variable speed polisher, detailing polisher, and finishing buffer.
Pro-Tek is a manufacturer of automotive refinishing and detailing tools designed for professional and industrial use. The company produces equipment focused on durability, efficiency, and consistent performance in surface finishing applications.
Q: What is the speed range of this polisher?
A: It features variable speed control from 0 to 3000 RPM for different polishing applications.
Q: What type of pads does this tool use?
A: It uses 7 inch hook and loop pads for easy attachment and removal of polishing accessories.
Q: What applications is this polisher suitable for?
A: It is suitable for automotive detailing, paint correction, buffing, and surface finishing tasks.
