The ABE range

Our model numbers identify the power rating in kilowatts. ABE-50AB is a 50 kW supply; ABE-120AB is a 120 kW supply.

Our induction systems cover 5 kW to 500 kW. The models below are part of that range; contact us for a configuration outside these power classes.

The ABE induction power supply range: model, power rating, maximum shaft diameter for hardening, and the processes each model is specified for
ModelPowerMax shaft dia.Specified forBuilt as
ABE-15AB15 kWAsk usBrazing, End heating, Annealing, Hardening, Tempering, SolderingAsk us
ABE-25AB25 kW30 mmBrazing, End heating, Annealing, Hardening, Tempering, SolderingABE-25AB Induction Hardening Machine; ABE-25AB Double Station Induction Brazing Machine
ABE-40AB40 kWAsk usBrazing, End heating, Annealing, Hardening, Tempering, SolderingABE-40AB Induction Heating Machine; ABE-40AB CI Ring Heating Machine
ABE-50AB50 kW60 mmBrazing, End heating, Annealing, Hardening, Tempering, SolderingABE-50AB PLC Based Vertical Hardening Machine; ABE-50AB Induction Hardening Machine for Axle Shaft; ABE-50AB Horizontal Hardening Machine; ABE-50AB CI Ring and Bush Dual Heating Machine; ABE-50AB with DM Water Chiller
ABE-60AB60 kW80 mmEnd heating, Hardening, Tempering, Billet heating, BrazingABE-60AB Induction Hardening Machine; ABE-60AB Induction Heating Machine; ABE-60AB Ultra High Frequency
ABE-70AB70 kWAsk usHardeningABE-70AB Induction Hardening Machine
ABE-100AB100 kWAsk usEnd heating, Hardening, Tempering, Billet heatingAsk us
ABE-120AB120 kW120 mmEnd heating, Hardening, Tempering, Billet heatingABE-120AB Fly Wheel Ring Hardening Machine

Where the table says “Ask us”, we will confirm the specification against your drawing, material and production requirements.

How to read the range

A kilowatt figure on its own does not tell you whether a machine suits your part. Three things do, and only one of them is in the table.

Estimate the power you need

Power decides throughput
The kilowatt rating sets how much metal you can bring to temperature per hour. Doubling the power roughly halves the heating time for the same part, up to the point where heat cannot conduct inward fast enough and you start scorching the surface.
Frequency decides depth
Frequency is chosen separately from power, and it is what sets how deep the heat is generated. We build medium, high and ultra high frequency machines and select the band per application rather than per model.
The coil decides everything else
Two machines with identical power and frequency will produce different results with different inductors. The coil is designed to the component, which is why a machine is quoted against a part rather than ordered from this table.

Tell us about the part.

Send a drawing, the material, the case depth or temperature you need, and your production rate. Our engineers will help define the right machine for your process.