Random orbital polisher for difficult shapes and spot repair operations. The 12mm orbit allows for high quality results in a short amount of time on areas such as mudguards, front panels etc. Because of the backing pad with small diameter, as well as non-slip rubber inserts on the front cover, the LHR 75E is perfect for polishing in small and difficult to reach areas.
Orbital polisher for difficult shapes & spot repair operations. The BigFoot polisher's on/off lever is lined in non-slip rubber to ensure a controlled soft start, providing the operator complete control over the device. Backing pad with small diameter ensures effective polishing in small and intricate areas.
These pads use only the highest-quality genuine merino wool fibers refined to a consistent 20mm length, assembled in an extremely dense pattern onto a specially designed foam interface. The wool pads are a perfect fit for detailers, body shop technicians, or in any context where a rotary polisher is frequently used.
These pads use only the highest-quality genuine merino wool fibers refined to a consistent 20mm length, assembled in an extremely dense pattern onto a specially designed foam interface. The wool pads are a perfect fit for detailers, body shop technicians, or in any context where a rotary polisher is frequently used.
The open-cell technology used in Coarse Foam Polishing Pads ensures rotational stability and minimises heat build-up resulting from rotary motion. This technology enables the pads to deliver exceptional performance and efficiently remove severe defects and sanding marks from painted surfaces.
Specifically designed for rotary tools, the Fine Foam Polishing Pads aim to restore high gloss while eliminating moderate surface defects and imperfections. The pads feature a new foam structure that enhances the polishing experience by providing a comfortable and smooth operation. The open-cell technology used ensures rotational stability and minimises heat build-up resulting from rotary motion.
Designed to produce an exceptionally high-gloss finish and eliminate fine imperfections, the Ultra-fine Foam Polishing Pads are exclusively intended for use with rotary tools. Their open-cell foam formula guarantees excellent stability while correcting paint defects or removing haze caused by earlier, heavier polishing stages. Moreover, the formula minimises heat build-up resulting from rotary motion.
The Coarse Wool Polishing Pads are specially engineered for use with random orbital, gear-driven, and triple-action tools and are ideal for removing severe paint defects. These pads are designed with a more rigid and dense blue foam, which maximises the translation of tool movement to the work surface, resulting in increased cutting power and efficiency.
The Medium Wool Polishing Pads are engineered for use with random orbital, gear-driven, and triple-action tools, and are well-suited for moderate defect removal. These pads feature a more flexible yellow foam, which enhances control on curves and contours while also providing a softer support for improved finishing ability.
The Coarse Wool Polishing Pads are specially engineered for use with random orbital, gear-driven, and triple-action tools and are ideal for removing severe paint defects. These pads are designed with a more rigid and dense blue foam, which maximises the translation of tool movement to the work surface, resulting in increased cutting power and efficiency.
The Medium Wool Polishing Pads are engineered for use with random orbital, gear-driven, and triple-action tools, and are well-suited for moderate defect removal. These pads feature a more flexible yellow foam, which enhances control on curves and contours while also providing a softer support for improved finishing ability.
The Coarse Wool Polishing Pads are specially engineered for use with random orbital, gear-driven, and triple-action tools and are ideal for removing severe paint defects. These pads are designed with a more rigid and dense blue foam, which maximises the translation of tool movement to the work surface, resulting in increased cutting power and efficiency.