Welding Power Supply
Precision resistance-welding power for the modern production line.
Power sources engineered for consistent, repeatable welds at production speed.
Our resistance-welding power supplies deliver tightly controlled current with fast, closed-loop regulation, producing uniform, high-quality joints across high-throughput fabrication. Digital weld monitoring and programmable schedules give manufacturers precise control and full traceability on every spot.
Weld power built around control and repeatability.
Spot & Projection
Resistance Welder
Delivers weld currents into the multi-kiloampere range with fast rise times, driving consistent nugget formation for spot, projection and seam welding on heavy-gauge assemblies.
Mid-Frequency DC
MFDC Power Source
An MFDC inverter topology converts line power to smooth high-frequency DC, giving finer current control, a smaller welding transformer and tighter heat input than legacy AC sources.
Programmable Schedules
Weld Controller
Programmable schedules with adaptive stepper and current-compensation logic maintain weld quality as electrodes wear across thousands of cycles, with no manual retuning between batches.
Current Regulation
Closed-Loop Feedback
Closed-loop regulation samples actual weld current thousands of times per weld and corrects in real time, holding the programmed setpoint despite line fluctuation, electrode wear or shunting.
Digital Traceability
Weld Monitoring
Per-weld logging of current, time and resistance provides full digital traceability and SPC data, so every joint on the line is measured, recorded and auditable for quality assurance.
High Throughput
Industrial Duty
A water-cooled power stage sustains a high duty cycle for continuous production, keeping thermals stable through back-to-back welds on automated fabrication cells.
Every weld, exactly the same.
High Output Weld Current
The power source delivers weld currents into the multi-kiloampere range with fast rise times, driving consistent nugget formation for spot, projection and seam resistance welding on heavy-gauge assemblies.
Mid-Frequency DC Conversion
An MFDC inverter topology converts incoming line power to smooth, high-frequency DC, giving finer current control, a smaller welding transformer and tighter, more uniform heat input than legacy AC sources.
Closed-Loop Constant Current
Closed-loop regulation samples the actual weld current thousands of times per weld and corrects in real time, holding the programmed setpoint despite line fluctuation, electrode wear or shunting.
Adaptive Weld Control
Programmable schedules with adaptive stepper and current-compensation logic maintain weld quality as electrodes wear across thousands of cycles, with no manual retuning between production batches.
High Duty-Cycle Cooling
A water-cooled power stage sustains a high duty cycle for continuous, high-throughput production, keeping thermals stable through back-to-back welds on automated fabrication cells.
Digital Monitoring & Traceability
Per-weld logging of current, time and resistance provides full digital traceability and SPC data, so every joint on the line is measured, recorded and auditable for quality assurance.
- Weld Process
- Resistance / spot / projection
- Output Current
- Multi-kA range
- Topology
- Mid-frequency DC (MFDC)
- Regulation
- Closed-loop constant-current
- Control
- Adaptive, programmable schedules
- Cooling
- Water-cooled, high duty cycle
- Monitoring
- Per-weld digital logging
- Feedback
- Real-time current sampling
- Origin
- 100% Made in India