The router lift Kreg mechanism is an ideal solution for anyone who often uses a wood router attached to a router table. The Kreg RL2.OK router lift will allow you to quickly adjust the height with a precision of up to 0.1mm, on the upper side of the plate. The construction made of high-quality aluminum and steel ensures long-term use with minimal maintenance.

The spindle of the lifting mechanism can be simply and reliably locked with the supplied Allen key. Robust and precise column guides enable smooth and precise movement.

The milling table has a laser-engraved scale, which is helpful when routing with a fence.

Install the router lift using the supplied template for the holes. During installation, the router lift is easily leveled with the surface of the router table, with the help of the leveling screws in the plate. It is not necessary to drill any mounting holes in the router lift plate.

Different reduction plates are available for the milling disc, for different diameters of the milling blades.

Top plate dimensions: 298x235x9mm

Top plate corner radius: 19mm

Loss of routing depth after mounting: 15mm

Height shift per turno of a lift screew: 4mm

Maximum height adjustment: up to 105mm

Maximum router bit diameter: 86mm

Weight: 4.5 kg

Origin: Germany

The price includes:

1x RL2.0 router lift mechanism

2x Reduction plate fi Ø32 and Ø68

1x Allen key 5x150mm

4x fixing screw M6x50 + washers and nuts

18x fixing screws of different dimensions

8x leveling screw M5x8

The KREG lifting mechanism is compatible with the following hand routers:

Bosch: POF1200AE, POF1300, POF1400ACE, GOF1250CE/LCE, GMF1600CE, GOF1600CE

Casals: CT2200VCE

CMT: CMT7E

DeWalt: DW615, DW621, DW622, DW624, DW625, DWE627KT-QS

Elu: MOF96(E), MOF97(E), MOF131, MOF177(E), MOF 177/02 Type 2

Festool: OF1400

Freud: FT2000 (Diabolo), FT2200VCE

Mafell: LO 65 EC

Makita: RP1110

Beads: OF3-808(RE), OF9(E)

Trend: T5, T10, T11

Würth: OF1100E

Exceptions: Festool OF2000, OF2200 and DeWalt DW626 (these are too large and cannot be installed inside the structure of the lifting mechanism.