Component-Level Solutions
Industrial Electronics & Inverter Repair
Minimize downtime and avoid expensive replacements. We bring faulty industrial boards and high-capacity inverters back to life.
The Cheevic Advantage
Why Repair Instead of Replace?
A faulty circuit board doesn't have to mean an expensive, full-system replacement. We specialize in advanced component-level diagnostics. Instead of replacing a $5,000 industrial inverter or PLC, we find the specific $5 microchip or blown capacitor that caused the failure, saving you significant capital expenditure and logistics delays.
Our laboratory is fully equipped for complex micro-soldering, trace reconstruction, and component testing. From heavy-duty solar inverters damaged by power surges to factory automation boards degraded by corrosion, our technicians have the expertise to restore your critical equipment to factory specifications.
What We Fix
Equipment We Service
Solar Inverters & UPS
Diagnosis and repair of blown IGBTs, MOSFETs, and control boards in high-capacity hybrid and off-grid solar inverters.
Industrial Drives (VFDs)
Restoration of Variable Frequency Drives used in manufacturing, water pumping, and heavy industrial automation.
PLCs & Control Boards
Component replacement and trace repair for Programmable Logic Controllers (PLCs) and custom commercial mainboards.
Technical Expertise
Types of Defects We Resolve
We rigorously test the board to isolate and replace individual failed components such as burnt resistors, shorted capacitors, faulty transistors, relays, and damaged IC chips.
Liquid spills or high-humidity industrial environments cause corrosion that eats away at traces. We meticulously clean the board with ultrasonic cleaners and reconstruct damaged pathways.
Physical damage or severe electrical shorts can vaporize the tiny copper "highways" (traces) on a board. We use precision micro-soldering techniques to bridge broken traces and reconstruct lifted pads.
Unstable grid power is a major cause of equipment failure in Uganda. We specialize in replacing blown varistors, rectifiers, and power-stage components damaged by sudden UMEME voltage spikes.
How We Work
Our Repair Process
01
Diagnostic Evaluation
We perform a thorough thermal and multimeter inspection to locate the exact point of failure.
02
Quotation
You receive a transparent cost estimate for the specific components and labor required.
03
Micro-Soldering
Defective parts are safely removed and replaced with high-quality OEM or equivalent components.
04
Load Testing
The board is powered on and load-tested to ensure it performs safely before it is returned.
