MAXPRO200 LongLife air and oxygen handheld cutting applications

Maximized productivity. Easy Operation. Reliable performance. The MAXPRO200 plasma cutting system is engineered to deliver maximum productivity for the most demanding heavy-duty, high-capacity handheld cutting and gouging applications..

MAXPRO200 is engineered for extreme handheld cutting and gouging applications
Handheld Cutting

MAXPRO200 hand cutting200 amp handheld torch capable of severing up to 75 mm (3″) for demolition, scrapping and other heavy-duty cutting demands.
Drag-cutting technology allows the shield to touch the work piece without damaging the nozzle and other consumables.
MAXPRO200 drag-cutting shield is designed to make it easy to follow a line or template for smooth, consistent cuts.
MAXPRO200 cuts mild steel, stacked metal and non‑ferrous materials.
90º and 65º handheld torches are available to meet demands of a wide range of handheld cutting applications.
Easily change from handheld cutting to handheld air plasma gouging – by changing two consumable parts.
Quickly transition between cutting, gouging, mechanized and handheld processes with automatic settings, tool‑free leads and quick disconnect mechanized torches.

Handheld gouging

MAXPRO200 hand cuttingHeavy duty metal removal rate of up to 18.7 kg/hr (41.2 lbs/hr) on mild steel enable the MAXPRO200 to meet the most demanding plasma gouging applications.
Plasma gouging can replace grinding or carbon arc gouging for many metal-removal applications.
Unlike carbon-arc gouging, there is no risk of metallurgical problems (e.g. high hardness or cracking) from carbon contamination.
The long MAXPRO200 plasma arc, up to 75 mm (3″), provides excellent visibility.
Gouge ferrous and non-ferrous metals.
No vibration with plasma gouging, unlike using drills, saws, cutting discs and grinders for metal removal.
Plasma gouging reduces noise and smoke compared with other thermal gouging methods.

APPLICATION

Hand cutting
Gouging
Automated cutting
– X-Y Table
– Track systems
– Pipe systems
– Robotic systems