A compact NC router designed for aircraft parts and CFRP machining
The “SPB8” is a compact iCNC router featuring a completely dust-free design.With its space-saving design, it is suitable for advanced industrial applications such as aircraft parts, CFRP, and light metal processing.Equipped with a flash function and user-friendly hinged doors, this unit combines a clean working environment with high reliability.
The bellows cover under the table and the Z-axis cover
prevent dust from entering the drive mechanism, thereby preventing machine malfunctions.
By enclosing the entire machine in a cover and separating the machining area from the work area, dust dispersion is minimized to the greatest extent possible.
This helps maintain workers’ health and reduces cleaning time.
The full cover can be fully opened,
making it easy for two people to set up the workpiece or for crane-assisted workpiece setup.
Recirculating the exhaust air from the dust collector improves dust collection efficiency.
Furthermore, by reducing the amount of air discharged into the atmosphere,
you can create a comfortable workspace without compromising the efficiency of your heating and cooling systems.
| Spindle | AC spindle 5.5kW/7.5kW 100~20,000min−¹ |
|---|---|
| Table Size | 1,200×1,300 |
| Stroke (X / Y / Z) | X:1,300 Y:1,200 Z:400 |
| Automatic Tool Changer | 軸端BT30（OP:BT40 ） 16 magazines |
| CNC device | 3-axis control (OP: 4-axis control) Simultaneous 4-axis control |
| Machine Dimensions (W × D × H) | ー |
| Machine Weight | ー |
※ Specifications are subject to change without notice for improvement purposes.
Delivering high precision and consistent quality across a wide range of applications, including furniture components, building materials, store fixtures, and interior decorative panels.
Overcoming the unique challenges of plastic processing to support the manufacturing of industrial plastic components, semiconductor equipment parts, and resin nameplates.
Contributing to higher precision and a cleaner working environment in the machining of automotive components and aerospace wings or fuselages.
Enabling significant time savings through stack-cutting techniques for aerospace parts, engine covers, and various aluminum components.
Effectively suppressing dust and heat generation when processing glass products, ceramic kitchen countertops, and green (unfired) ceramic components.
