Router OF 2200 EB-F-Plus US
Power - 2200W and MMC electronics guarantee constant speed under load
Four position depth adjustments
Ergonomics - offset base and angled handles let the OF 2200 glide
Interchangeable, tool free base system
Dual column clamping ensure little to no motor to plate deflection
Dust extraction column: the dust extraction column is placed on the back of the OF 2200 and extends to the top of the router and includes a swivel nozzle. A design which keeps the power cord (also top mounted) and dust extraction hose out of your way, coupled with the Festool Boom Arm (492 753), work smarter and take full advantage of operation without being impeded by cords and hoses, Festool recommends using a 36mm hose
Intuitive controls: operating the OF 2200 could never be easier, controls are clearly labeled with icons indicating purpose and adjustment direction, work smarter without having to locate the manual to make less common adjustments, use the onboard variable speed dial cross reference to select the appropriate spindle speed based on material and application
Magnetic spindle brake: the magnetic spindle brake of the OF 2200 is a faster, more reliable method of retarding spindle motion, the use of magnetic force to stop the spindle also prolongs the service life of the motor versus a mechanical or electronic method
Tremendous plunge depth capacity: with 80mm of travel, the plunge depth of the OF 2200 is phenomenal, the collet actually plunges 10 mm below the base of the router providing another option for bit changes. Use the micro-adjustment knob to fine tune plunge depth in increments of 1/256 In. (1/10 mm), the four position depth stop turret provides pre-configurable plunge depths including a 5/64 In. (2mm) finishing pass setting
Triple bearing design: the OF 2200 router features a triple bearing design which dampens spindle and bit deflection, with bearings at the top, middle and bottom, the spindle is less likely to wobble, this is particularly important considering the sheer power of the OF 2200 and the centrifugal forces exerted with spinning large bits at speeds up to 22,000 Rpm
