Skip to Main Content
Canadian
Canadian owned and operated

219676 - Miller ICE-60T/100T 60A Replacement Plasma Nozzles (5-Pack)

Packaging: 5 in a pack
$23.17/ea $81.30/5 in a pack only $16.26/eaSave 30%

In stock

OVERVIEW

Miller 219676 High-Performance 60A Plasma Nozzles

The Miller 219676 is a standard 60 Amp plasma cutting tip designed for the ICE family of torches, including the ICE-60T, ICE-80T, and ICE-100T. In plasma cutting, the nozzle (or tip) plays a pivotal role in defining the shape and intensity of the plasma arc. This specific tip is engineered with a precision-drilled orifice that constricts the ionized gas flow, focusing the energy into a tight, high-density stream capable of melting and blowing away metal efficiently. At 60 Amps, this tip strikes a balance between cutting speed and precision, making it suitable for a variety of material thicknesses commonly encountered in industrial fabrication and MRO applications.

Constructed from high-grade copper, these tips offer superior thermal conductivity, which is critical for dissipating the extreme heat generated during the cutting process. Efficient heat management helps prevent the tip from overheating and melting, thereby extending the consumable's service life. However, the tip is naturally a wear item; the high-velocity plasma gas and the heat of the pilot arc will eventually erode the orifice. Professional welders know that a distorted orifice leads to a beveled cut edge and excessive dross formation. Replacing the tip when the orifice shows signs of ovaling or blowout is necessary to maintain cut quality and protect the torch head from damage caused by a wandering arc.

This 5-pack configuration is ideal for high-volume shops where uptime is critical. These tips are compatible with several power sources, including the Miller Spectrum 875, 1000, 1251, and 3080. It is important to match the amperage rating of the tip to the output setting of the machine; using a 60A tip at significantly lower or higher amperages can result in poor arc starting or rapid consumable failure. These tips are designed for unshielded or standard cutting setups typical of the ICE torch series. Ensure your swirl ring and electrode are also in good condition when installing a new tip to maximize performance.

Technical Specifications:

  • Amperage Rating: 60 Amps
  • Material: Copper Alloy
  • Torch Series: ICE (60T/80T/100T)
  • Process: Plasma Arc Cutting (PAC)
  • Quantity: 5 Tips per Package
Additional Information
Brand:Miller
Item:Nozzle Tip
Packaging Description:pack of 5
Amperage:60
Product Type:Plasma Cutting Tip
Compatible Torches:ICE-60T, ICE-60TM, ICE-80T, ICE-80CX, ICE-100T, ICE-100TM
Compatible Machines:Spectrum 3080, Spectrum 875, Spectrum 1000, Spectrum 1251
Country Of Origin:Czechia

INCLUDED

  • (5) 60 Amp Plasma Cutting Tips

APPLICATIONS

  • General metal fabrication
  • Automotive repair and restoration
  • Industrial maintenance and repair (MRO)
  • HVAC ductwork cutting
  • Structural steel cutting
  • Stainless steel and aluminum processing

FAQ

These tips are compatible with Miller ICE-60T, ICE-60TM, ICE-80T, ICE-80CX, ICE-100T, and ICE-100TM plasma torches.

This product (SKU 219676) is sold as a package containing 5 individual plasma tips.

This tip is rated for 60 Amps. It should be used when your machine is set to an output range appropriate for 60A cutting.

No, the Spectrum 625 typically uses XT series torches. This tip is specifically for the ICE series torches found on models like the Spectrum 875, 1000, and 1251.

You should replace the tip when the center orifice becomes irregular, oval-shaped, or enlarged. This wear causes poor cut quality, such as beveled edges and excessive dross.

Yes, this is a genuine Miller Electric replacement part, ensuring perfect fit and performance with your Miller equipment.

This is a standard cutting tip. Gouging typically requires specific gouging tips and shields designed to widen the arc rather than constrict it.

The tip is manufactured from high-quality copper to ensure excellent electrical conductivity and heat dissipation.