CNC Plasma Cutter


CNC plasma cutter High-Z PlasCut-1350

CNC plasma cutter for steel plates, aluminium, brass and stainless steel.

The plasma cutter machine High-Z PlusCut-1350 comes with a powerful Hypertherm Powermax plasma torch, a connection part for the suction and a rack on wheels. With the removable High-Z machine you can also mill wood, metal and plastic. Buying the plasma cutting machine you get a system, which you can use for milling and engraving as well and which is unsurpassed in this price category.

12,779.00 €

(excl. German VAT)

CNC Plasma Cutting Machine for steel plates

The plasma cutting machine High-Z PlasCUT-1350 is appropriate for cutting steel plates, aluminim and brass. Thus it is multiplied applicable as no other CNC machine in this price range.

PlasCUT-1350 plasma cutting machine with Hypertherm Powermax 45

The plasma arc cutting equipment High-Z PlasCUT-1350 is suited for plasma arc torching as well as milling wood, PVC, etc. Delivery is complete with above shown base frame including connecting pieces and two pull-out drawers for water fillings. With a movement speed of a maximum of 2.5 meters per minute during operation, it processes all sliceable metallic materials up to 16 mm.

The ideal software to work with our plasma cutter is SheetCAM TNG.

Connection for exhaust systems available on the backside. Wavy-arranged, exchangeable supporting plates. Stable construction. Usable for milling works on wood, PVC, etc.

Can be loaded from the side or from the top without any problem. Due to the contact surface of 1650 x 1200 ideal for plate standard format of 1500 x 3000, cut in three parts.

Traverse paths of the machine: Plasma operation: 1350 x 1050mm. Milling operation:1400 x 1050mm.
In a few weeks is also available for about 1,600 euros, an electronic height control system, which allows to cut corrugated iron sheets.

Features High-Z PlasCUT-1350 plasma cutting machine

Technical data of included microstep controller:

  • 4-channel control
  • Power up to 4 x 2.4 A
  • Micro pacing 1/8-Step / 1600 steps / rev.
  • 4 ports for 4 stepper motors
  • Connection to parallel port or in USB WIN PCNC Economy to USB port
  • “Sleep function” for power reduction in standby
  • Protect against high voltage spikes
  • E-stop button, 2-way secured
  • Control of 2 power-consumers up to 1200 watts via software switchable (from WIN PCNC Economy), 230 V, 8A
  • Power Supply Relay / Cooling
  • Aluminum heatsink / 2 active fans 60 & 40mm
  • Ability to connect a total of 5 end-and reference switches / stop button
  • Connection ports of motors and control line through D-sub 9-pin.

Technical data Hypertherm Powermax 1250 (171 KB)

Technical data and price

Technical dataHigh-Z PlasCUT-1350
Platen Area1650 x 1200 mm
Traverse Path X1350 mm / Milling 1400 mm
Traverse Path Y1050 mm
Traverse Path Z110 mm
Admission Height Z100 mm up to frame margin
Positioning SpeedMax. approx. 12.000 mm/min
Step Size / Resolution0,0079375 mm
Repeat Accuracy0,02 mm
Positioning Errorcalibratable
Ball bearing Spindle X/Y doubleRecirculating ballscrews
NutsRecirculating ballnuts
Guidance X – Y30 mm (Y) / 22mm hardened + linear guide (X)
Guidance Z16 mm hardened
Reference Switch / Limit Switch3x breakerless
Workspace ControlControlled by software
Drive4 Stepping Motors / 2 on X-axis
Overall Dimension1800 x 1400 x 2000 mm
Weightapprox. 280 kg
Power Supply380 Volt
Milling motor holder / Plasma Arc Cutter holder43 mm Eurohals
Regular price without accessories, including torch and software12,779.00 € excl. German VAT
A CE compliant commissioning of our CNC machines requires the assembly of the safety enclosure and the suction adapter.
Operating instructions
PlasCut S 1350-T operating manual EN

Information about CNC plasma cutters

A CNC plasma cutter or plasma torch is a tool that is able to cut metals through a generated arc between an electrode and the workpiece. The intensity and stability is increased by the supply of compressed air which is added through a cutting nozzle during the procedure. The result is a high-energy heated gas in the plasma cutter. So energetic that this is immediately converted into heat. Very hard materials such as steel, stainless steel, cast iron, copper and aluminum can be cut without any problems with a plasma cutter. Hardly any other device can cut so precise cuts and shapes metal. A real alternative to cutting with a Flex. The cuts are clean and to accomplish much faster. In addition, also round shapes can be cut out.

Components of a CNC Plasma Cutting Machine

The CNC plasma cutter consists of:

  • power source
  • plasma torch
  • ground cable
  • power line
  • compressed air supply
  • cooling
  • CNC machine

Applications of plasma cutters in the industry and the fire brigade

In the metalworking industry, the plasma cutting machine is an everyday occurrence.

There are two types:

  • Hand-held plasma cutter
  • Machine-guided plasma cutter

Electrically conductive materials up to 200 mm workpiece thicknesscan be cut , depending on the current intensity. Hand plasma systems have up to 120 amperes, machine-guided plasma cutters are often at ten times the value.

Mainly these materials can be plasma cut:

  • steel
  • stainless steel
  • Brass
  • copper
  • aluminum

Even the fire department and the THW use the advantages of plasma cutters. In some cases, the rescue operation no spreaders or cutters can be used for lack of space. Here they often use the plasma torch, the lower thermal expansion provides an important advantage: you can get closer to the person in an emergency . Even steering columns and suspension arms,due to the hardened steel are only cut with a Plasma Cutter. It reaches in small mobile devices a current strength of 20 to 60 A. Rescue teams it is thus possible to cut up to 60 mm thick construction steel.

Advantages of plasma cutters

  1. an economical cutting process in the steel sector to 35 / 40mm thickness
  2. the fastest thermal cutting process
  3. High cutting quality
  4. Less thermal influence than the autogenous flame cutting
  5. Automation is given
  6. Cuts all electrically conductive metals
  7. Cutting speeds regardless of hardness of the material
  8. less postprocessing
  9. Smaller inner contours and holes possible
  10. Cutting thicknesses up to 200 mm possible
  11. Special cutting technologies used: drying sections and underwater sections
  12. Complete CAD / CAM controlled production feasible
  13. No special requirements on the working environment
  14. Cuts even rusty steel or oily surfaces, painted surfaces up to a certain thickness
  15. Fast grooving in thicknesses up to 50 mm (max. 80mm) possible.
  16. Reduced investment and operating costs than with laser cutting