CNC Plasma Cutting Machine Fast Cut

Plasma cutters cut through metal like butter to give you a very fast cutting experience.  Faster speeds for thinner metals, tricky shapes or angles with minimum slags. We stock a great range of new and used manual and mechanised CNC plasma cutting machines at affordable prices with warranties to help you drastically increas productivity in your workplace.

Features of CNC plasma cutting machine:

1. Automatic completion of Chinese / English conversion;

2.A lot of software functions. There is a practical flame / plasma cutting process. It can start at any program segment. The cutting gun can be flexibly adjusted and you can select various processing modes at any position.

3. U disk reading program and software upgrade.

4.There are 24 kinds of gallery, with simple discharge function, convenient using.

5.With two modes of setting arc pressure and sampling arc pressure, intelligent double speed positioning can track the cutting speed upt to 12m/min. The most important is equipped with anti-collision fixture to effectively protect the cutting gun and vulnerable parts.

CNC plasma cutting machine detail

C.Multi-color LCD CNC System

The control system is independently designed and developed with optimized programming, easy to learn and operate.

D.Plasma table structure

The fast cut cnc bed adopts welded steel structureand then precision-machined, whole tempering, fully eliminate welding stress, stable and reliable performance. Gantry and end beam adopts cast aluminum and then precision-machined, moving performance is good.

Mechanical components:

There are many choices here. Each machine will have moving parts: the gantry or rail axis , the torch carriage or cross axis, and the Z axis (the up down axis used to control torch height). On large industrial machines that last for decades are under 3 shift, highly productive use, expect everything to be heavy, precise and overbuilt – read, expensive. On entry level, low-cost machines, expect all of these same components to be small, lightweight and of much lower construction cost. By using lightweight components on the smaller machines, money is saved in drive motor, electronics, gearing, etc., allowing the system to perform at plasma cutting speed ranges with reasonable accuracy.

The vast majority of lower priced machines use stepper motors as the drive systems, while larger and more costly industrial systems will use servo drives. Both drive-motor technologies have the ability to move the machines with very good precision, although modern, properly sized servo drives will generally have a wider speed and torque capability, which improves the ability of a plasma torch to cut very thin materials at speeds of over 400 in. per minute, as well as thick materials at speeds in the 10 ipm or less range.

Servos can be more intuitive for machine operators as they use encoder feedback to the CNC, providing less likelihood of lost positioning on the cutting table in the event of a collision with a tipped-up part, a power failure or other cutting anomalies that can occur.