Easier to move, faster to cut Corded, bulky tools can compromise your precision when working remotely. If you are looking for a powerful jigsaw that’s easy to handle, effortlessly cuts through various materials, regardless of the angle or area, and easily fits in your toolbox, look no further: With our cordless GST 183-LI Professional jigsaw, you can move freely thanks to the compact design. Its powerful 18V brushless motor is made to last and cuts through material at speed, saving you time. There are 4-stage orbital actions to choose from, so you can select a setting that gets the job done faster or one that delivers clean cuts. Plus, there’s a footplate you can adjust by 45° for bevel cuts. And that’s not all. Changing saw blades is easier than you think with the tool-free Bosch SDS-system. The cordless GST 183-LI Professional is the go-to jigsaw for tradespeople across the board, from cabinet installers to trade fair builders and renovators, and more. It takes the strain out of straight cuts and cutting curves into wood, plastic, and metal. Easy to handle, and cuts at any angle and in any area, thanks to the compact design Delivers outstanding cutting performance thanks to powerful 18V brushless motor Choose between fast or clean cutting via 4-stage orbital action Separating cuts and cutouts in various materials with Pre-selection speed wheel Make changing saw blades easier with the tool-free Bosch SDS-system Includes: Anti-splinter guard 1 x jigsaw blade T 111 C Additional data Battery voltage 18.0 V Cutting depth in wood 95 mm Cutting depth in aluminium 15 mm Tool holder T-Shank Stroke rate at no load 0 – 3,300 spm Stroke height 20 mm Weight excl. battery 1,6 kg Bevel angle -45 – 45 ° BITURBO No Total vibration values (Sawing wood) Vibration emission value ah 4 m/s² Uncertainty K 1,5 m/s² Total vibration values (Sawing sheet metal) Vibration emission value ah 5,5 m/s² Uncertainty K 1,5 m/s² Sawing wood Vibration emission value ah 4 m/s² Uncertainty K 1,5 m/s² Sawing sheet metal Vibration emission value ah 5,5 m/s² Uncertainty K 1,5 m/s²
