Metabo KGS216M saw

The Metabo KGS216M is a single-bevel sliding compound saw designed for accurate crosscuts and mitre cuts in wood and wood-based materials. It is driven by a 1200 W motor with a maximum idle speed of 5000 RPM and accepts a 216 mm diameter blade. The tool runs from standard AC mains (220–240 V) and combines compact dimensions with the cutting flexibility needed for workshop and site tasks.

Advantages

The saw offers a combination of motor power and manageable size that supports repeated cutting work without occupying excessive workspace. A left-side mitre angle up to 50° expands its capability for angled cuts, and the sliding function allows for longer crosscuts than fixed-head designs. The 216 mm blade diameter balances cutting depth and maneuverability for a range of common woodworking tasks.

Suitable for

• Crosscutting and mitre cutting of softwood and hardwood
• Cutting mouldings, skirting boards and door frames
• Carpentry and joinery workshop tasks
• On-site finishing and renovation work

Key specifications

• Motor power: 1200 W
• Maximum no-load speed: 5000 RPM
• Blade diameter: 216 mm
• Max mitre angle to the left: 50°
• Power supply: AC 220–240 V
• Dimensions (W × D × H): 512 × 476 × 710 mm

How to use

Install a blade suitable for the material and secure it according to the manufacturer's blade-change procedure. Place the workpiece on the saw table and align it to the fence or mitre gauge. Select the required mitre angle and sliding position to achieve the desired cut length and angle. Start the motor and allow it to reach full speed before making a steady feed through the cutting path. After the cut, wait for the blade to stop before retracting the saw or removing the workpiece.

Recommendations

Use appropriate personal protective equipment including eye and hearing protection. Choose a blade with the correct tooth geometry and tooth count for clean cuts in the material being worked. Ensure the saw is on a stable surface and that dust extraction or collection is used where possible to maintain visibility and prolong component life.