Polivac Mitchell JH-G5 Oscillating Sander/ Scrubber
$2,744.50
Description
The Polivac Mitchell JH G5 Oscillating Sander is a professional grade machine designed for hard floor sanding, preparation and surface renovation. Using a high speed rectangular orbital system, it delivers a more even and controlled finish compared to traditional rotary machines, helping reduce working time while achieving consistent professional results. With an 1100W motor and operating at 2800 oscillations per minute, this sander provides excellent performance across light resurfacing and full renovation projects.
Key Features
- 1100W motor delivers reliable power for demanding floor preparation tasks
- 2800 oscillations per minute for smooth and consistent sanding results
- 48cm x 33cm base plate provides excellent coverage and stability
- 220V operation suitable for Australian commercial environments
- High speed orbital action reduces the risk of uneven floor surfaces
Benefits
- Achieves professional sanding results with reduced effort
- Ideal for timber, vinyl and other hard floor surfaces
- Less aggressive than belt sanders, improving surface control
- Versatile for both light resurfacing and full renovation projects
Included Accessories
- 13 metre power cable for extended reach on job sites
- Integrated tank
- 1 x green pad
- 1 x red pad
- 1 x Americo turf scrubbing pad
Safety Information
- Always wear protective eyewear and a dust mask during operation
- Ensure the work area is well ventilated when sanding floors
- Disconnect the power supply before changing pads or performing maintenance
- Use appropriate pads or screens to avoid surface damage
FAQs
- Is this sander suitable for all hard floors? Yes, it can be used on timber, vinyl and other hard surfaces with the correct pads.
- Can beginners use this machine safely? Yes, the orbital sanding action provides controlled performance and reduces the risk of floor damage.
- What makes this different from a rotary machine? The oscillating action delivers a more even finish with greater control and reduced surface marking.
