The low-center-of-gravity column provides stability, allowing for a low beam height while maintaining the same machining height.
NC7100U
5-axis simultaneous control CNC router capable of machining complex shapes with significant height
Its low-center-of-gravity, high-rigidity design ensures both high-speed movement and machining stability. The newly designed dust cover reduces dust dispersion and improves maintainability. It is suitable for machining complex, tall shapes such as prototypes and plastic molds.
- Processing
purpose - Woodworking panels Woodworking(3D) Plastic panels Plastic(3D) Aluminum Carbon Others
- table size
- 2,000~2,500
- Price range
- Over 50 million yen
Product Features
Product Overview
- With a Z-axis height of 800 mm, it is ideal for model machining
- Z-axis rapid feed rate increased by 10% compared to previous models
- Low-center-of-gravity beam columns ensure high-speed movement and stability
- Installing a full cover helps prevent the spread of cutting dust
Feature Details
Product Specifications
| Spindle | high frequency spindle 5.5kW/8.5kW 3,000~18,000min−¹ |
|---|---|
| Table Size | 2,100×1,300 |
| Stroke (X / Y / Z) | X:2,600 Y:1,600 Z:800 |
| Automatic Tool Changer | BT30 8 magazines (OP: 16) |
| CNC device | 5軸制御 同時5軸制御 |
| Machine Dimensions (W × D × H) | ー |
| Machine Weight | ー |
※ Specifications are subject to change without notice for improvement purposes.
Processing Examples
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.
3D Woodworking
Replicating artisan craftsmanship with high precision and consistency on CNC routers for chairs, musical instruments,ornaments, and curved panels.
Plastic Sheets
Overcoming the unique challenges of plastic processing to support the manufacturing of industrial plastic components,semiconductor equipment parts,and resin nameplates.
3D Plastic Processing
Solving resin-specific processing issues for vacuum-formed products, industrial plastic components, and automotive interior resin panels.
Carbon Composites / CFRP
Contributing to higher precision and a cleaner working environment in the machining of automotive components and aerospace wings or fuselages.
Aluminum
Enabling significant time savings through stack-cutting techniques for aerospace parts, engine covers, and various aluminum components.



