Bosch Random Orbital Sander 250W Sanding Pad Diameter 125mm, GEX 125-1 AE
Model Number: 0601387571
364,500 Tsh
Eligible for Cash on Delivery (COD)
Easy Returns and Exchanges
Get EFD receipt ( You will receive TRA receipt)
DeliveredToday, Nov. 25
Payment methods
Credit cards & Debit cards
Mobile money
Product Description
Bosch Random Orbital Sander 250W Sanding Pad Dia 125mm Osci Dia 2.5mm GEX 125-1 AE PROFESSIONAL
Product Highlights
The GEX 125-1 AE Professional is Bosch's corded entry-class random orbit sander in the 125-mm category, designed for small areas and spot repair work. Its compact and ergonomic design with variable grip positions offers outstanding comfort even when working overhead. Multi-material applications are enabled by their speed preselection. Its dust box is fitted with a built-in Bosch Micro Filter System, providing an efficient dust-extraction system for practically dust-free work. This random orbit sander is intended for sanding, in-between sanding, lacquer removal and surface finishing on various materials. It is applicable on wood, veneer, lacquer, filler, as well as mineral and acrylic surfaces. It is compatible with the Bosch Click & Clean System.
Equipment & Application
The GEX 125-1 AE Professional also includes a sanding pad fitted with a hook-and-loop system for fastening sanding paper.
Comfortable sanding in any work position
Compact, ergonomic design with large soft grip surfaces for variable grip positions and outstanding comfort
Bosch Microfilter System: perfect, efficient dust extraction
Speed preselection for material-specific working
Technical Details:
Rated input power: 250 W
Sanding pad diameter: 125 mm
Oscillating circuit diameter: 2.5 mm
Weight: 1.3 kg
No-load speed: 7,500 – 12,000 rpm
Orbital stroke rate: 15,000 – 24,000 opm
Eccentricity: 1.25 mm
Sanding sheet/disc attachment: hook-and-loop fastening
Vibration emission value ah: 5 m/s²
Uncertainty K: 1.5 m/s²
Sound pressure level: 77 dB(A)
Sound power level: 88 dB(A)
Uncertainty K: 2.8 dB
Vibration emission value ah: 5 m/s²
Uncertainty K: 1.5 m/s²