Voltage instability kills productivity.
We make it bulletproof.

CNC & Machine Tools

Voltage sags cause spindle encoder errors and servo drive nuisance tripping.

Modern CNC controllers rely on tight voltage rails for servo amplifiers and spindle drives. A sag of just 15% can reset the controller, corrupt tool offsets, or trigger an E-stop — scrapping parts and wasting hours of setup time. Harmonic distortion from other plant loads further degrades position feedback, leading to surface finish defects.

Our servo stabilizers deliver ±0.5% regulation with <50ms response, ensuring the control electronics see a clean, stable supply even when the grid dips during heavy motor starts.

• Input range ±20%
• Accuracy ±0.5%
• Response <50 ms
• Isolation Optional

Injection Moulding Machines

Heaters and motors need stable voltage for cycle consistency.

Injection moulding combines high-current barrel heaters, hydraulic pump motors, and servo-driven clamping units. Voltage dips during motor start can cause heater controller overshoot, leading to melt temperature variations — resulting in sink marks, warpage, or short shots. Simultaneously, harmonics from variable frequency drives (VFDs) can interfere with PLC analog inputs.

Our three‑phase servo stabilizers with built-in harmonic filtering maintain a clean sinusoidal output, while the fast correction loop (<50 ms) keeps the moulding cycle repeatable, reducing scrap rates by up to 30% in our customer installations.

• Correction speed <50 ms
• THD reduction <5%
• Overload capacity 150% for 10s
• Cooling Forced air / oil

Printing & Packaging

Registration errors from voltage noise and sags.

High‑speed offset and flexo presses use encoder‑driven servo motors for plate registration, tension control, and die‑cutting. Voltage sags as short as 20 ms can cause registration drift, misregister between colours, and wasted substrate. Additionally, RFI from variable‑speed drives can corrupt the vision‑system sensors used for print inspection.

Our isolation transformers with Faraday shields attenuate high‑frequency noise, while the servo stabilizer holds the line voltage within ±0.5%, keeping your press running at its rated speed without costly restarts or rework.

• Noise rejection >100 dB
• Sag ride‑through 30 ms
• Regulation ±0.5%
• Harmonic filter Optional

MRI, CT & X‑Ray

Imaging artifact risk from noise; isolation per IEC 60601‑1.

MRI magnets and gradient amplifiers require ultra‑clean power with extremely low leakage currents. Voltage ripple or common‑mode noise can introduce artefacts in the reconstructed image — potentially misdiagnosing a patient. CT scanners also demand stable kV for consistent X‑ray output.

Our isolation transformers are specifically designed to meet IEC 60601‑1 medical electrical safety requirements, with low leakage capacitance (< 100 pF) and electrostatic shielding. The servo stabilizer ensures the imaging system sees a steady voltage, eliminating retakes and improving patient throughput.

• Leakage current <100 µA
• Isolation voltage 4 kV RMS
• Regulation ±0.5%
• Standard IEC 60601‑1

Elevators & Lifts

Voltage sag on motor start causes false faults and entrapment.

Elevator drives draw high inrush current during acceleration. This can drag the building supply voltage down, triggering undervoltage protection in the drive controller — leading to nuisance shutdowns, passenger entrapment, and costly service calls. Additionally, regenerative braking can pump harmonics back into the grid, affecting other building loads.

Our servo stabilizers with fast correction hold the drive input voltage above its dropout threshold even during motor starts, eliminating false faults. For high‑rise buildings, we recommend isolation transformers to isolate the elevator power from sensitive building systems like fire alarms and BMS.

• Inrush withstand 200% for 5s
• Regulation ±1%
• Response <30 ms
• Enclosure IP54 (machine room)