Reliable cutting with the Stanley angle grinder
- Powerful motor for tough tasks: The 850W motor delivers up to 12000 rpm so you can grind and cut metal with ease.
- Enhanced control in every angle: You achieve superior handling and comfort across various applications thanks to the 3-position side handle.
- Safe restart protection for security: The no-volt release switch ensures you stay protected by preventing unintentional motor startup after power cuts.
Tackle cutting and deburring jobs with speed and precision using the Stanley Fatmax FMEG210K-QS angle grinder. Its powerful 850W motor delivers up to 12000 rpm, allowing you to slice through metal and stone or smooth weld seams with ease. The 3-position side handle provides firm control and comfortable handling across every cutting angle. For added safety on the job, the integrated restart protection prevents the tool from automatically starting up after an unexpected power interruption. Designed for 115 mm discs with a standard M14 spindle thread, this grinder and its side handle stay protected and organized in the included carrying case.
Scope of delivery
- Side handle
- Case
Product description
This STANLEY FATMAX 850W Angle Grinder is the ideal solution for grinding away rust, cutting through bolts or deburring weld seams. With its 850W of power, 115mm disc diameter and speed of up to 12000 rpm, it will bring any job to a successful conclusion. You can position the included side handle in 3 different positions for optimal control and comfort while working. The durable aluminium gearbox ensures optimal wartme removal during intensive use. Change easily between different grinding wheels thanks to the spindle lock. You also adjust the protective cover wrench-free.
- 850W powerful motor ensures an ideal balance between power, strength and weight
- 115mm disc diameter for grinding away rust and cutting through pipes,...
- Spindle lock for quick disc changes
- Side handle in 3 positions for optimal control during work
- Aluminium gearbox for optimum heat dissipation during intensive use
