Stanley FatMax Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W

Specifications

Specification Value
Power 850 W
Speed 12000 rpm
Weight 2.358 kg
Disc Diameter 125 mm
Blade Diameter 125 mm
Cable Length 1.0 m
Soft Start Yes
Quick Disc Change Yes
What Makes It Different 12000 rpm — high-speed grinding and cutting

Frequently Asked Questions

How to choose the right motor type for power tool longevity?

The Stanley FatMax FMEG220-QS 125mm 850W delivers an 850W output with 12000 rpm high-speed precision, outperforming standard models. Its 125mm disc and soft-start ergonomics ensure better control and extended motor longevity.

Is the rebarbadora stanley fatmax fmeg220-qs 125mm 850w a good choice for: best power tools for a home workshop starter kit?

Yes. The Stanley FatMax FMEG220-QS 125mm 850W delivers superior home workshop control than heavier units, combining 850W of power, a 125mm disc, and a light 2.358kg ergonomic build. Its high-speed 12000 rpm motor ensures faster cutting precision, while soft start and quick disc changes enhance usability.

What is the power rating of the Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W?

The Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W delivers robust power with its 850W motor and a high-speed 12000 rpm performance. This 125mm grinder ensures superior precision and ergonomic handling compared to lower-speed models.

How much does the Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W weigh?

The Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W weighs a manageable 2.358 kg, offering a lighter build than many heavier industrial grinders for improved ergonomics. This compact tool delivers reliable 850W power and high-speed precision up to 12000 rpm for demanding cutting tasks.

What is the maximum speed of the Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W?

The Rebarbadora Stanley FatMax FMEG220-QS 125mm 850W delivers a faster maximum speed of 12000 rpm for enhanced cutting precision. This high-speed performance provides superior power and efficiency for demanding tasks compared to standard models.