Floor Model Knee Mill CNC Conversion Kits

The Bridgeport XY CNC retrofit kit includes the mechanical components needed to convert the X and Y axes of your manual Bridgeport, Jet, Enco or most any similar J-head type mill for CNC operation. All components are precision engineered. The kit includes (2) Nema 42 motor mounting plates, (2) motor pulleys, (2) lead screw pulleys, (2) motor covers, (2) drive belts, and all required bolts and spacers. For use with NEMA 42 motors. We recommend the 42HT1700 (Order separately).

The Bridgeport Knee CNC retrofit kit includes the mechanical components needed to automate the knee of a manual Bridgeport, Jet, Enco or most any similar type milling machine for motorized control. All components are precision engineered. Kit includes a NEMA 42 motor mounting plate, motor pulleys, lead screw pulley, motor cover, drive belt, and all required bolts. For use with NEMA 42 size motors. We recommend the 42HT4000 (order seperately).

The Bridgeport CNC Quill retrofit kit includes the mechanical components needed to convert the Z axis of your manual Bridgeport or Enco mill for CNC operation. All components are precision engineered and include the hard anodized quill feed drive frame with a NEMA 34 motor mount, the ball screw and ball nut assembly, the motor and ball screw pulleys, the motor cover, and all needed bolts, dowels, and spacers. Easy to install and does not interfere with the tramming bolts. Ideally suited for use with the 34HT1275 motor (Order separately).

The Variable Spindle Speed kit includes the cabinet that mounts to the mill, a 2 or 3 HP VFD, emergency stop, variable speed control and electronic display as well as the necessary mounting hardware.

A complete pre-engineered package to automate your full-size Bridgeport, Enco, or similar size knee mill. Just couple the motor shafts to your machine's drive screws, plug in the cables, turn on the power, and install the software. You can immediately jog the motors by pressing Ctrl-J, and clicking on the X+, X-, Y+, Y-, Z+, and Z- buttons! It's literally that easy! You can write simple part programs as well as use the built in wizards screens to generate programs for pockets and bolt hole circles. The drill holes can be simple down/up or with chip break cycles, chip clearing cycles etc... You can also use your favorite CAM program to generate complex 3D simultaneous surfacing machining tool paths. This same controller can also be used to automate a lathe. You would just use the TurnMaster Pro software. The 3 Axis version would also be able to control a tool turret. A tower orientation is available on request.