Cut skeletons faster and easier with the new Hypertherm torch sled for the Duramax® Hyamp™ Long torch. This new guide allows the torch to glide smoothly over the face of the skeleton and is also useful for scrapping.

Oil removal air filter kit Accessories Protect your Powermax plasma system against oil in compressed air to maximize consumable life and system performance. Maximize productivity with less downtime as auto-drain filter removes dirt and oil

The versatile and easy-to-use plasma bevel cutting guide is designed to cut a precise beveled edge for perfect weld preparation.

The cartridge adapter lets you convert to Hypertherm’s new cartridge consumable platform if you have a Powermax45® XP with a Duramax® Lock torch or a Powermax65®, Powermax85®, or Powermax105® with a Duramax torch.

To make the off-table bevel process better suited for plasma cutting, Hypertherm offers a torch alignment guide and V-bevel process charts for Powermax65®/85/105/125 or MAXPRO200® systems.

The Hypertherm cartridge reader provides a simple process for reviewing data stored in Hypertherm cartridges. Data analysis helps customers understand cartridge utilization and identify operator training opportunities.

The Powermax® EtherCAT® Interface is an all-in-one adapter that allows a digital connection between the Powermax equipment and the EDGE® Connect CNC. This allows faster equipment setup, an intuitive operator interface, and access to real-time diagnostics information.

Hypertherm teach tools for SmartSYNC™, Duramax® and Duramax Hyamp™ robotic torches assist with programming robots before cutting. The torch teach tools enable system operators to program the robot’s cutting path, while visually verifying the torch will not touch the workpiece while cutting.

The Hyamp™ torch adapter kit makes the 44 mm (1-3/4") machine torches (on the Powermax125® and MAXPRO200® systems) compatible with track burners, pipe cutters, cutting tables, and legacy equipment that accept a 35 mm (1-3/8") barrel torch.

The ohmic contact ring clips onto the mechanized cartridge, and connects it via electrical wire to torch height controls (THCs) that support the use of ohmic contact to find the surface of the workpiece before each cut.