2x4 Desktop CNC Router Table for Sign Making in Norway
The desktop CNC router machine is equipped with high quality ball screw and linear guide rails for X, Y, and Z axis, high precision water cooling spindle with less noise, Taiwan TBI ball screw for Z axis, Fuling inverter with more stable performance, power off and break point for continuing processing, Mach3 control system with humanized design, NcStudio and DSP offline for option, supporting Type3, Artcam, Ucancam, and all kinds of CAD/CAM software, high speed moving gantry, manual lubrication system, and cast iron structure for high precision.
The 2x4 CNC router table is suitable for wood, plywood, MDF, PVC, acrylic, plastic, rubber, ABS, ACP, double color sheet, organic glass, copper, aluminum, brass and other soft metals.
The desktop CNC router table is applied in sign making, moldeling, woodworking, advertising, arts and crafts manufacturing, decorations, metal fabrication and so on.
Further Reading
How to Build a CNC Machine from Scratch? - DIY Guide
Are you learning & researching on how to make your own CNC kits for beginners? Review this DIY guide on how to build a CNC machine step by step from scratch.
A Guide to CNC Router Tools & Bits
Different CNC router tools vary in terms of applicable materials and projects. How to choose the right tool? This guide lists the 15 most popular router bits.
How Much Does a CNC Machine for Woodworking Cost?
What is the real cost of owning a CNC woodworking machine? This guide will break down the costs from entry-level to pro models, from home to industrial types.
Are Chinese CNC Machines Any Good?
Wondering if Chinese CNC machines are good and worth it? Dive into details, including affordability and performance, to make better decisions for your business.
How to Generate G-Code File with ArtCAM for CNC Machine?
Looking for G-code file for CNC machining? Review the video to learn how to generate G-code file for 2D & 3D designs with ArtCAM software for CNC machine.
A Guide to CNC Router Materials
This article identifies the most common materials used for computer numerical controlled router machines and describes the appropriate materials for specific uses, while predicting the behaviors of different CNC router materials when inserted into those roles.