Easy Operation Induction Hardening Machine 100% Rated Load For Gear / Shaft Hardening
Induction Heating offers a controllable and localized method of heat without contact to the parts (components) being heated. The heat is generated by inducing an alternating magnetic field into electrically conductive materials. Induction Heating technology is very low cost to run and normally creates significant costs savings versus other traditional process heating technologies.
The capabilities of these induction systems allow us to offer solutions for a wide array of applications, including soldering, brazing, heat treating, bonding, melting, crystal growing, hardening, annealing, and shrink fitting.
We also offer induction heating equipment and high frequency induction heaters for curing adhesives. We are able to provide turn-key solutions from our standard product line and equipped with a complete induction heating laboratory for testing and developing solutions for our customer’s important processes. GY also has the ability to design and develop custom power supplies & industrial heating machines based on requirements specific to the customer’s application, which can be stand-alone or embedded systems.
Induction heat treatment includes induction hardening, induction tempering and induction annealing. Induction heat treatment system combines hardening and temping process with induction heading for high productivity and optimal treat result. Application of induction heat treatments system are chain, bar, screw bar, tube and pipe. Induction Annealing machines mainly be employed in annealing of stainless steel parts,pipes, and other workpieces.
Quick Detail:
Machine tool adopting immersion and spray cooling means is sued in combination with high and intermediate frequency induction equipments, which is applicable to the heating and tempering for such work pieces as shafts, gears, discs and rods. This machine belongs to the semi-automatic induction heater adopting hydraulic drive and electrical control, which has manual, inching and automatic functions as required by precise positioning and easy operation.
Model | GYPLC-1200 | GY-PLC/CNC-1500 | GY-PLC/CNC-2000 | GY-PLC/CNC-3000 |
Max heating diameter | ≤ ᴓ200mm | ≤ ᴓ350mm | ≤ ᴓ400mm | ≤ ᴓ600mm |
Max heating length | 1200mm | 1500mm | 2000mm | 3000mm |
Max clamp length | 1200mm | 1500mm | 2000mm | 3000mm |
Workpiece revolve speed | 20-120R/Min | 20-100R/Min | 20-60R/Min | 20-40R/Min |
Hardening moving speed | 2-60mm/s | 2-50mm/s | 2-30mm/s | 2-20mm/s |
Max Lifting speed | 100mm/s | 100mm/s | 100mm/s | 100mm/s |
Cooling method | diluent cooling | diluent cooling | diluent cooling | diluent cooling |
Workpiece outside diameter runout | =0.5mm | =0.5mm | =0.5mm | =0.5mm |
/Power supply | AC220V | AC220V | AC220V | AC220V |
Motor Power | 3.25KW | 3.2KW | 3.75kw | 4.25kw |
Size | 1300X1300X2500MM | 1300X1300X2800mm | 1300X1300X3200mm | 1400x1400x4800mm |
Net weight | 500KG | 550KG | 850KG | 1250KG |
Advantages of induction hardening:
Precise control over temperature and hardening depth
Controlled and localized heating
Easily integrated into production lines
Fast and repeatable process
Each workpiece can be hardened by precise optimized parameters
Energy-efficient process
Induction hardening is the heating process that increases the hardness and tensile strength of ferrous materials while induction tempering is used to increase the toughness of iron-based alloys. Tempering is usually performed after hardening in order to reduce some of the excess hardness.
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