nverter Based Air Plasma Cutting PROCESS: Au- when neated to 30:000%-c- undergoes cnanges & reacnes the fourth state of matter called ciasrra ftistea0 of expensive argon or nitrogen we use only cornpressec te'r for plasma formatter Hence s called air plasma Features* The cutting speec achieved ensures high productiviti * Operating cost of air plasma is very low * It avoids distortion and gives fine cut finish * Very little post cutting operation is required * Metal wastage is minimized. * Job does not get over heated. * Cutting current can be adjusted. * Feed back current is controlled by advance iGBT tecnnoioqv; * Output current is stable. * For all ferrous & non ferrous metal cutting * Protection - 1P23

PROCESS : Air when heated upto 30, 000 degree F under goes ionic changes & reaches the forth state of matter, called plasma. Instead of expensive argon or nitrogen , We use only compressed air for plasma formation. Hence it is called Air Plasma. APPLICATIONAir plasma can be used to cut following matels : Mild steel, Stainless Steel, Carbon & Alloy Steel, Aluminium & its Alloys, Copper, Bronze, Manganese Steel & Special Alloys etc.

PROCESS : Air when heated upto 30, 000 degree F under goes ionic changes & reaches the forth state of matter, called plasma. Instead of expensive argon or nitrogen , We use only compressed air for plasma formation. Hence it is called Air Plasma. APPLICATIONAir plasma can be used to cut following matels : Mild steel, Stainless Steel, Carbon & Alloy Steel, Aluminium & its Alloys, Copper, Bronze, Manganese Steel & Special Alloys etc.

nverter Based Air Plasma Cutting PROCESS: Au- when neated to 30:000%-c- undergoes cnanges & reacnes the fourth state of matter called ciasrra ftistea0 of expensive argon or nitrogen we use only cornpressec te'r for plasma formatter Hence s called air plasma Features* The cutting speec achieved ensures high productiviti * Operating cost of air plasma is very low * It avoids distortion and gives fine cut finish * Very little post cutting operation is required * Metal wastage is minimized. * Job does not get over heated. * Cutting current can be adjusted. * Feed back current is controlled by advance iGBT tecnnoioqv; * Output current is stable. * For all ferrous & non ferrous metal cutting * Protection - 1P23

PROCESS : Air when heated upto 30, 000 degree F under goes ionic changes & reaches the forth state of matter, called plasma. Instead of expensive argon or nitrogen , We use only compressed air for plasma formation. Hence it is called Air Plasma. APPLICATIONAir plasma can be used to cut following matels : Mild steel, Stainless Steel, Carbon & Alloy Steel, Aluminium & its Alloys, Copper, Bronze, Manganese Steel & Special Alloys etc.

PROCESS : Air when heated upto 30, 000 degree F under goes ionic changes & reaches the forth state of matter, called plasma. Instead of expensive argon or nitrogen , We use only compressed air for plasma formation. Hence it is called Air Plasma. APPLICATIONAir plasma can be used to cut following matels : Mild steel, Stainless Steel, Carbon & Alloy Steel, Aluminium & its Alloys, Copper, Bronze, Manganese Steel & Special Alloys etc.