Plazma Cutting Equipment Private Limited

Coherent plazma is a revolutionary new technology, delivering a precise quantum of cutting energy for a high quality cut, even on 0.5mm thin sheet metal. This beam is focused with overall KW energy much lower that conventional plasmas. Now laser like cutting is possible at a fraction of the operating and capital costs of laser.

Combined with Robotic Coherent plazma is capable of 3D cutting of sheet metal components, which results in huge savings, increased productivity. And rapid prototyping. Roboplazma provides flexibility for batch manufacturing. Organizations can now becomes highly competitive by providing JIT batches of assemblies.

Plazma’s unique US Patented  “PIETA” mechanized torch mounted on simple linear trolley is used for linear & circular cutting up to 100 mm thickness. This low cost automation provides faster cutting speed, better cut quality and longer consumable life hence highly economical solution for all steel plates.

The US and worldwide patented plazma torch technology combined with a rugged non-electronic power source presents the most reliable metal cutting tool.

Extremely compact from 1mm to 75mm thickness provide capacity, reliability, ruggedness, economics and job repeatability in continuous production.

Features:

• Small size, light weight and easy to operate.
• Water Cooled Design.
• Stainless steel electrode housing.
• Concentric & self aligned consumables.
• Non metalic cover.
• Safety remote switch.
• CE-certified torch.

RoboPlazma marking power source  eliminates use of an additional job marking station.

The power source is a stand alone unit which can be added to an existing plazma cutting power source.

The Plazma torch can be used for marking with just a change of consumables with a marking line width of +/- 1 mm.

The Plazma marking operation is fully integrated with offline Roboswift software with an auto parameter setting.


The font height can be 20 mm and above with single type.

• Alpha-numeric job identification.
• Weld line’ marking.
• Component placement and alignment marking.
• Bending line marking.