Bosch MRC23EVSK 1/4-in 3/8-in 1/2-in and 8mm 15-Amp 2.3-HP Variable Combo Fixed/Plunge Corded Router with Hard Case

Bosch MRC23EVSK 1/4-in 3/8-in 1/2-in and 8mm 15-Amp 2.3-HP Variable Combo Fixed/Plunge Corded Router with Hard Case

The Bosch MRC23EVSK 2.3 HP Electronic Modular Router System is an advanced set-up that provides a fixed base and a plunge base for the MR23EVS router. This system allows for outstanding operator control, with the trigger-control system that has a power switch in both the plunge-base’s and the fixed-base’s handle. The plunge base’s Afterlock microfine bit-depth adjustment at any plunge setting allows for precision, with an adjustable turret stop makes it easy to set any cumulative depth. With a smooth plunge action and a spring-lock plunge lever, this router gets accurate results. The fixed base has microfine bit-depth adjustment, with a continuous depth range of 1-5/8 in., allowing for accurate and fast changes, while its precision-centering design allows the bit to be centered with the sub-base or optional template guides. The router has a 15 Amp motor and adjustable speed settings. The variable-speed dial allows the operator to match the speed to the material. Constant Response circuitry delivers a constant speed throughout the cut. Users can glide along the intended cutline using dovetail fixtures, templates, jigs and other guidance devices.

• Trigger-control system – trigger power switch located in handle for enhanced control
• Powerful 15 Amp motor – produces 10,000 to 25,000 RPM and 2.3 hp
• Precision-centering design – makes it easy to keep bit on cut line
• Afterlock plunge-base depth adjustment – easy, precise adjustments at any plunge setting
• Versatile fixed-base depth adjustment – features 1-5/8 In continuous microfine adjustment range
• Above-table depth adjustment when fixed base is installed in router table
• Constant Response circuitry – maintains constant speed under load
• Soft-start function – reduces start-up torque
• Always-on LED lighting – for enhanced visibility in bit area