Woodworking Boards
Delivering high precision and consistent quality across a wide range of applications, including furniture components, building materials, store fixtures, and interior decorative panels.
NCW6000
Twin table CNC router that improves productivity with non-stop machining
The “NCW6000” is a programmable NC router that offers high versatility and productivity in woodworking.With the twin-table, machining and setup can be performed alternately for non-stop operation, while also supporting simultaneous two-axis machining.The spindle features a built-in AC spindle capable of speeds up to 20,000 RPM, and you can optionally mount a drill or cutting saw. With flexible customization options tailored to your specific needs, it can efficiently handle a wide variety of workpieces.
- Processing
purpose - Woodworking panels Plastic panels Aluminum
- table size
- 1,200～2,000 2,500～3,000 3,000～
- Price range
- Under 40 million yen
Product Features
Product Overview
- Simultaneous processing of 2 sheets for each left and right table
- By moving the two tables synchronously with the servo,it is possible to process products up to 1,550mm x 3,100mm size.
- Since the work is performed during processing, processing that alternates between the left and right tables can be performed without stopping the machine.
Product Specifications
| Spindle | AC spindle 5.5kW/7.5kW 100～20,000min−¹ high frequency spindle 5.5kW/8.5kW 3,000～18,000min−¹ |
|---|---|
| Table Size | 1,550×1,550×2 |
| Stroke (X / Y / Z) | X:4,175 Y:1,600 Z:350 |
| Automatic Tool Changer | HSK63F 16 magazines |
| CNC device | 3-axis control; simultaneous 3-axis control |
| Machine Dimensions (W × D × H) | ー |
| Machine Weight | ー |
※ Specifications are subject to change without notice for improvement purposes.
Processing Examples
Plastic Sheets
Overcoming the unique challenges of plastic processing to support the manufacturing of industrial plastic components, semiconductor equipment parts, and resin nameplates.
Aluminum
Enabling significant time savings through stack-cutting techniques for aerospace parts, engine covers, and various aluminum components.
