Key Features

Quick Start & Stop of the Process
Fast & Easy Change of Process Parameters
Low Set up Cost
Accurate Depth & Location of Hardening Patterns
Better Surface Finishing
Recordable & Reproducible Results
High Efficiency

All electrically conductive materials can be inductively Heated by selecting an appropriate intensity of current and frequency.

Reliability, Speed & Accuracy of fully Automated plants have made Induction Heating & Hardening Equipments Indispensable equipment in the industry for low cost, high quality production in a clean working environment.

ADVANTAGES OF INDUCTION HEATING & HARDENING SYSTEMS

EFFICIENT

Quick Stop & Stop Operation.
Minimum Stand by Losses.
Heating due to Induced Eddy currents in the job.
Increased overall plant efficiency.

ECONOMICAL

Low setup cost.
Low scale loss & Flash formation.
Reduced labour cost due to automation.
Elimination of pollution control equipment.
Low maintenance costs.

QUALITY

Accurate depth & Location of hardening pattern.
Better surface finish.
Heating under controlled atmosphere.

PRODUCTIVITY

High machine reliability & availability.
Short Process time.
Ease of automation.
Fast & Easy change of process parameters.
Easy inclusion in production line.

PRECISE

Accurate temperature control.
Stepless regulation.
Recordable & Re-produceable results.
Real-time reaction to temperature variation.

CLEAN ENVIRONMENT:

Absence of gases and heat radiations.
Elimination of fumes.
Absence of human error.

Mahima Induction Technologies | Induction Melting Furnace & Holding Furnace

MIT Australia manufactures state of the art technology Induction Melting Furnace, Induction Holding Furnaces, Auto Pouring Furnaces, Metal refining furnaces, Induction Heating Equipment in Melbourne ... read more

Contact supplier for specifications

For more information about this item use the form below.

QUICK RESPONSE FORM