SUPERCUT 50
Customers seeking a well-priced, basic plasma cutter for hobby or occasional shop use will find the SuperCut 50 a joy to use. While it may not be the most advanced or capable product in the Everlast product line, it is designed to get the job done. The SuperCut 50 features high frequency arc starting which will reduce start delays and provide a continuously engaging pilot arc when needed. It also offers clean, low dross cuts for those seeking to make regular maximum cuts of 3 – 7 mm. If you need more power and more features, take a look at our PowerPlasma series of plasma cutters with improved torch designs and features. Due to the High Frequency design, the SuperCut 50 is not recommended for CNC use or in close proximity of sensitive electronics.
A reliable machine for the enthusiast. The machine is 230V 1-phase.
If you know that the mains voltage in your area is low and below 230V then we recommend PP50PFC machines or 3-phase machines.
The machine has a high voltage assisted contact ignition, i.e. the nozzle needs to be attached to the part to be cut before the arc ignites.
Includes:
AG 60 hand held Torch 4 m with Euro quick-connect central connector
Consumable starter kit
Water trap (this is not an air dryer)
Air Pressure gauge
Work clamp
€609,00 €389,00 inc. VAT
Stock level:
in stock
Warranty: 2 years
TECHNICAL DATA
DESCRIPTION
DOWNLOADS
PRODUCT NOTES
This unit is MOSFET based, and is considered our entry level product. For more advanced and heavy duty plasma cutting solutions please see our PowerPlasma series. This unit does not include low/no air pressure shutdown. This unit uses High Frequency, High Voltage to start the arc, which may create undesirable EMF, and should not be used by or in proximity to people with pacemakers, hospital equipment or other sensitive electronic items.
MINIMUM/MAXIMUM
- Up to 3 – 7 mm regular use 15-20 ipm (240V)
- Up to 12 mm clean cut @ 8-12 ipm (240V)
- Up to 7 mm maximum severance cut (occasional use only) @ 3-5 ipm (240V )
Plasma cutting capacity is affected by several factors. Ideal cutting conditions require dry air, new consumables, proper air pressure etc. Quality of cut depends upon consumable orifice size, standoff height, and travel speed.