The Process of Forging And Forming Is a Common Process In The Manufacture of Many Industrial Sectors Such As Automotive, Railway, Aerospace, Oil And Gas, Chains And Forging. After Heating Up The Material, The Forming Operation Is Done On Different Types of Machines; Mechanical Impact Presses, Bending Machines, Hydraulic Extrusion Presses, Etc. The Material Used In Forging Is The Form of Rounded Studs, Squares (Billet) Or Bar Materials.

Heating The Billet To Forging Temperature By Induction Heating. Any Shape & Size of Billet [Ferrous Or Non Ferrous] Can Be Heated To Required Temperature Up To The Core. Hence Forging Is Possible. Motorized or Pneumatic or Hydraulic Movement To Move Billet Inside The Coil For Heating For Continuous Production. Auto Feeder Also Available Upon Request.

Specifications
Power Supplier	Three Phase
Voltage	440 V AC
Absorbed Power	15 kW to 50 kW
Maximum Temperature	1300° C
Temperature Measurement	Automatic
Cooling Water Temperature	45° C (max.)
Water Pressure	6 bar
Maximum Water Flow	8 lit / min
† Brimful Capacity   †† Under Standard Condition

Dimensions (mm) L x B x H
Induction Furnace	800.00 x 600.00 x 1430.00
Coil Table Big	920.00 x 410.00 x 1150.00
Coil Table Small	460.00 x 410.00 x 960.00

Benefits
Material And Energy Saving Plus Flexibility.
Less Oxidize And The Production Of Scale Is Very Low.
Easy And Accurate Adjustment Of The Temperature To Be Applied
No Time Needed For The Furnace Pre Heating.
Reduction Of The Labor Required.
Heat Can Be Directed To One Specific Point, Witch Is Highly Important For Part With Only One Forming Area.
Greater Thermal Efficiency.
Batter Working Conditions As The Only Heat Present In The Air Is That Of The Parts Themselves.