No name plasma cutting consumable, copper nozzle M6 x 1.2 mm (DYSZA1.2)

No name plasma cutting consumable: a copper nozzle with M6 thread and a 1.2 mm orifice (model DYSZA1.2) designed as a replacement part for compatible plasma torches. It directs the plasma flow to create a focused cutting arc, providing consistent performance for metal cutting applications where a 1.2 mm orifice is required. The copper construction supports thermal conductivity and wear resistance typical for consumables used in workshop and industrial settings.

Advantages

The copper nozzle features a standard M6 mounting thread for straightforward replacement in torches that accept this size. The 1.2 mm orifice provides a balance between cutting precision and material thickness capability, making it appropriate for tasks requiring a defined kerf and controlled plasma stream. Copper material contributes to heat dissipation and dimensional stability during use, helping maintain nozzle shape and performance over multiple cuts.

Suitable for

• Precision metal cutting where a 1.2 mm orifice is specified
• Replacement consumable for compatible plasma cutting torches with M6 thread
• Workshop and light-to-medium industrial cutting tasks

Key specifications

• Material: copper
• Thread type: M6
• Orifice diameter: 1.2 mm
• Function: plasma flow focusing / cutting nozzle
• Typical use: consumable replacement for plasma torches

How to use

Ensure the plasma torch is switched off and cooled before attempting to replace the nozzle. Unscrew the worn nozzle from the torch head and inspect the electrode and shield for wear; replace those parts if necessary. Screw the copper nozzle into the torch head by hand until seated, then tighten to the manufacturer's recommended torque if available. Verify proper alignment and conductive contact, then perform a test cut on scrap material to confirm cutting quality and correct torch settings for gas flow and current.

Usage recommendations

Replace the nozzle at the first signs of orifice deformation, uneven cuts, or increased dross. Use in combination with correctly matched electrodes and shields, and follow the plasma torch manufacturer's guidance on gas type, pressure, and current settings to maximize nozzle life and cutting consistency.