2. Y Axis square rails Parallel vertical accuracy 0.001” (0.03mm)
3. Z Axis ball screw Parallel vertical accuracy 0.001” (0.03mm)
4. Machine Re-position accuracy 0.001” (0.02mm)
5. Machine working accuracy 0.004” (0.10mm)
6. Grating ruler travel accuracy 0.002” (0.05mm)
Features:
DSP CNC controller is setup to accept standard G-code programming formats along with on board conversational applications.
Optional CAD/CAM system can create and edit part programs then send to machine for easy cutting. DXF files can be imported, modified and edited from here to create a G-code.
DNC is no longer required as the PC directly stores all part programs in a text editable file.
Machine designed ready for 3-D cutting usage and superior performance.
Moving gantry construction for space saving.
The rigid steel frame construction has been stress relieved prior to finish machining to provide repeatability and accuracy.
Automatic frequency brake for the spindle allows rapid deceleration resulting in faster tool changes.
Linear guides and sliding blocks are prismatic pre-loaded with recirculation bearings to ensure maximum rapid traverse and precision.
The X & Y axis are equipped with a precision rack & pinion driving system. The Z axis utilizes a ball screw assembly complete with the pre-loaded and ground screw for long life and optimum accuracy.
Machine apply industries:
Woodworking industries: Three-dimensional wave plate processing, cupboard doors, wooden doors, window processing video game cabinets and panels,computer table and Plate furniture auxiliary processing.
The advertising industry: Advertising signs, logo production, acrylic cutting, forming system module, a variety of materials advertising the production of decorative products.
Die industry: A sculpture of copper, aluminum, iron and other metal molds, as well as artificial marble, sand, plastic sheeting, PVC pipe, wooden planks and other non-metallic mold.
BASIC CNC
Data sheet
Control system
NK105 G2 DSP control
Spindle
6 HP (4.5 kw) air cooling, speed 6,000-18,000rpm/min