Discover our comprehensive workshop facilities designed to deliver top-notch repair services.
Our workshop is equipped with specialised machinery and testing equipment that enables us to handle motors and transformers of various sizes, from small industrial units to multi-MW machines.
Our robust 30-ton overhead crane manages an extensive variety of lifting operations with remarkable efficiency. Suited for handling heavy loads in a multitude of industrial applications.
This 5-ton overhead crane handles lighter lifting tasks within the workshop environment. Ideal for efficiently moving materials and equipment, ensuring smooth operations for various applications.
Designated area where motors and components are cleaned before inspection, repair, or rewinding. Proper cleaning ensures contaminants such as grease, oil, carbon deposits are removed for accurate diagnostics.
Used for varnish curing and drying, essential to ensure proper insulation performance and durability of motor windings. Cures insulating varnish after the rewinding process, enhancing mechanical strength and electrical insulation.
Our large version of the temperature-controlled oven caters to larger motor sizes and frames, enabling varnish curing and drying at scale for high-voltage and MW-class motors.
Testing facilities to assess a motor’s electrical and mechanical performance before service. Checks for electrical imbalances, bearing noise, vibration, and overheating under full-speed operation.
Control console used in conjunction with our testing facilities to monitor and manage motor testing parameters, ensuring comprehensive and accurate assessment results.
Diagnostic instrument that applies high voltage — up to 30,000 V (DC or AC) — to detect weaknesses, breakdowns, or partial discharges in motor windings. Ensures the motor can safely operate under high voltage.
Used to detect insulation weaknesses, turn-to-turn shorts, and winding faults in stators, rotors, and coils. Applies a high-voltage surge pulse to the winding and compares the waveform response.
Precision tool to ensure accurate shaft alignment between motors and driven equipment. Proper alignment reduces vibration, bearing wear, and energy losses, leading to increased motor lifespan and efficiency.
Used for heating bearings, couplings, and gears before installation. Ensures a proper interference fit without damaging components, reducing the risk of premature bearing failure.
Used for correcting housing and shaft journals, ensuring proper fitment of bearings, couplings, and other rotating components. Allows for precise machining, polishing, and resizing of worn-out or damaged motor shafts.
Critical process for restoring worn-out shaft journals, bearing seats, and other rotating components. Allows for precise material buildup without the need for excessive machining or part replacement.
Non-abrasive cleaning method used to remove contaminants from motor components without damaging sensitive parts. Effective for cleaning windings, cores, and mechanical surfaces.
Used to balance rotating components such as rotors, fans, and couplings. Proper dynamic balancing reduces vibration and extends bearing life, ensuring the motor operates smoothly and efficiently.
A compact, field-deployable balancing solution for rotating components. Allows on-site balancing of rotors, fans, and impellers without the need for disassembly and transport, minimizing equipment downtime.
Utilises high-frequency electromagnetic induction to rapidly and uniformly heat metallic components. Ideal for making copper bar connections with precise temperature control and minimal heat distortion.