With its 21mm stroke and Ø150mm backing pad, the LHR 21MarkIII eccentric polisher is the perfect polisher for working on large surfaces. It delivers a fast result without sacrificing the usual RUPES brand quality. Improved efficiency guarantees more power and torque on all surfaces.
IMPROVED ERGONOMICS
The MarkIII's rubberised front handle offers exceptional operator comfort while providing a non-slip surface for control. The improved rear handle also integrates rubberised parts for enhanced feel. Two strategically placed non-marking tool rests provide stability when the tool is not in use and gives additional protection against accidental contact. The further refinement of BigFoot eccentric polishers in MarkIII reinforce their premium reputation for making the best even better.
ELECTRONIC SPEED CONTROL
The new electronic speed range control allows easy adjustment of the polisher's top speed without the operator having to move their hands. The larger regulator is easy to adjust with a flick of the thumb. Highly visible numbers and a better feel of the regulator's movement makes speed changes easier, allowing the operator to select the ideal speed for the machine without interrupting the polishing process.
9 METRE ELECTRIC CABLE
The heavy duty cable with a generous 9 metre length provides maximum power for safe and efficient operation of the polisher. The longer cable saves time, reduces steps and hassles by eliminating the need for an extra extension cable when polishing a car.
PROGRESSIVE SPEED REGULATOR
The addition of the new progressive governor gives us an extra level of control. It acts as a governor to control speeds within the selected speed range and allows the operator to make fine adjustments for precise control without interrupting the process or having to release the handle to select the speed range.
DESIGN
Attention to detail is more than just an attractive design. Every detail, such as the rubber support positioned on the body to keep the machine stable when not in use, is the result of meticulous research to achieve the maximum in operator comfort.
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