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Gallery

Machines, inductors, and steel actually at temperature. All of it photographed at the Faridabad works, none of it stock imagery.

Machines

Our machines on our shop floor, ready for their next production line.

  • ABE-120AB flywheel ring hardening machine: a large guarded cell with an aluminium profile frame, touchscreen control station and operator access steps.
    ABE-120AB flywheel ring hardening machine, 120 kW.
  • ABE-50AB horizontal hardening machine: a blue-framed bed carrying copper inductors and part supports in line, with the operator control panel at the left.
    ABE-50AB horizontal hardening machine, with inductors laid out along the bed.
  • ABE-25AB double station induction brazing machine: a blue-topped bench carrying two brazing stations with three induction power supplies mounted above.
    ABE-25AB double station induction brazing machine.
  • ABE-60AB induction hardening machine: a tall blue-framed enclosure with a touchscreen HMI, digital temperature controllers and a push-button station.
    ABE-60AB induction hardening machine, 60 kW.
  • PLC based rotary induction bonding machine: a guarded cell with a rotary indexing table, touchscreen control panel and blue framed enclosure.
    PLC based rotary induction bonding machine.
  • ABE-50AB CI ring and bush dual heating machine: a blue-framed station with the heating position above, flanked by the induction power supply and a chiller.
    ABE-50AB CI ring and bush dual heating machine.
  • ABE-50AB PLC induction hardening machine for axle shafts, a blue-framed enclosure with the vertical hardening station and control panel.
    ABE-50AB axle shaft hardening machine.
  • ABE-70AB induction hardening machine on the works floor, showing the blue frame, control panel and enclosed hardening station.
    ABE-70AB induction hardening machine, 70 kW.
  • ABE-40AB induction heating machine: a cream cabinet in a cobalt blue frame with a control panel of digital controllers, indicator lamps and selector switches.
    ABE-40AB induction heating machine, 40 kW.
  • An ABE-50AB induction machine installed alongside its DM water chiller unit, with cooling hoses running between them on the shop floor.
    ABE-50AB supplied with a DM water chiller for continuous duty.
  • ABE-60AB ultra high frequency machine, a grey and red topped power supply mounted on an orange fronted cabinet carrying the A.B. Enterprises name plate.
    ABE-60AB ultra high frequency machine.
  • An induction bonding machine with its guarding open, showing the work station, the control panel and the induction power supply behind.
    Induction bonding machine.

Inductors and parts at temperature

Coils are built in house, to the component. Several of these show steel actually at hardening or forging temperature.

  • A steel bar glowing bright orange inside a multi-turn copper induction coil during end heating, with the coil itself unheated.
    Bar end heating. Only the bar is hot.
  • A cast iron ring gear glowing orange around its full circumference inside a circular induction coil, mounted on its fixture.
    A ring gear at temperature, glowing evenly all the way round.
  • Four helical induction coils laid out on a workbench, each wound from copper tube with white insulation between the turns.
    Four inductors, four different components.
  • A hairpin copper inductor positioned over a forged steel component clamped on the machine bed.
    A hairpin inductor over a forged part.
  • A large spiral pancake inductor built into a machine, with copper busbars and water cooling connections around the outside.
    A pancake inductor, for heating a flat face.
  • Two hands forming a copper tube induction coil on a bench, with blue cooling hoses and the machine frame behind.
    Coil fabrication in the workshop.
  • A spiral pancake inductor mounted inside a large copper vessel, with insulated turns and hoses entering from above.
    A pancake inductor inside its copper enclosure.
  • A dark cylindrical steel component sitting inside a copper induction coil, with the coil leads rising vertically out of the machine.
    An encircling coil around a cylindrical part.
  • A toothed cast iron ring gear resting on a workbench before treatment, with its inductor connections alongside.
    A ring gear before treatment.
  • A steel bar resting in a small copper pancake coil on a wooden bench, with the coil connections running off to one side.
    A small close-coupled coil.
  • A ring inductor mounted in a machine below a fixed plate, with copper busbars and a workpiece location beneath.
    A ring inductor built into a station.
  • An induction coil clamped inside a machine head, viewed from above, with locating clamps around the workpiece position.
    Coil, clamps and workpiece location as one assembly.

Our team

  • Our stand at an industrial exhibition, showing induction heating machines, an induction hardening machine and electroplating rectifiers with product information boards.
    Our team and equipment at an industry exhibition.
  • A second view of our exhibition stand, with induction hardening machine and electroplating rectifier display units and literature racks.
    The stand, showing induction and plating equipment together.

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.

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