Don't discard a high-end laptop or PC due to a single blown component. We isolate short circuits, replace failed power MOSFETs, reprogram corrupt BIOS chips, and rebuild corroded copper traces.
Direct consultation with our workbench soldering engineers
Most high-street computer shops lack micro-soldering capabilities and tell you your device is "beyond economical repair." We prove them wrong.
Replacing a high-end motherboard can cost between £400 and £900. By identifying and replacing a single shorted £2 capacitor or £15 power controller chip, our repairs are far more economical.
Modern ultrabooks and MacBooks have solid-state storage (NAND) soldered directly to the motherboard. Replacing the entire board means losing all your data. Repairing the board recovers your system intact.
Electronic waste is a major environmental issue. Circuit-level refurbishment extends the usable lifespan of performance hardware by years without adding toxic scrap to landfills.
Every board is analyzed under high magnification with lab-grade multimeters, oscilloscopes, and thermal cameras.
When a main power rail (19V / 12V / 5V / 3.3V) shorts to ground, the machine refuses to start. Using calibrated voltage injection and high-resolution thermal imaging, we isolate the exact overheating component in seconds.
Voltage regulator modules (VRMs) step down input power to millivolts for processor cores. We desolder punctured high-side/low-side MOSFETs, PWM controller ICs, and buck inductors without damaging multilayer PCB layers.
Laptops charging via USB-C rely on complex communication chips (CD3215, CD3217, Texas Instruments TPS series) to negotiate 20V from the charger. We replace damaged PD controllers and charging management chips (ISL9240/BQ24780).
Liquid damage eats away microscopic copper traces and vias beneath components. We carry out ultrasonic chemical decontamination, scrape off oxidized solder masks, and run insulated enamel jumper wires down to 0.02mm.
Interrupted BIOS updates, corrupt Management Engine (Intel ME) regions, or corrupted firmware can brick a motherboard. We desolder SPI flash chips and flash clean factory binaries using dedicated SPI hardware programmers.
Broken HDMI ports, torn DC charging jacks, loose audio jacks, and unseated Ball Grid Array (BGA) chipsets reworked using temperature-profiled infrared and hot air rework stations.
Precision micro-electronics requires serious workbench equipment, schematics, and experienced hands.
High-frequency infrared cameras detect heat generated by micro-shorts instantly.
Simul-focal optical zoom stations for precision work on 0201 micro-components.
JBC & Hakko precision micro-irons delivering exact thermal recovery curves.
Direct schematic and board-view software for tracing power nets on multi-layer PCBs.
Our specialized micro-soldering laboratory is located on Manchester Road (A641) in Bradford. We welcome walk-in check-ins and postal repair requests across West Yorkshire and the UK:
Yes. Most standard computer shops only swap modular assemblies. We operate a dedicated Level 3 micro-soldering lab equipped with thermal cameras and schematics, enabling us to replace individual failed ICs, MOSFETs, and shorted components.
Component-level micro-soldering usually saves between 50% and 70% compared to purchasing a brand-new motherboard assembly, while maintaining your installed operating system, license keys, and internal storage data.
Key indicators include: no charge light when connected to AC power, lights blink briefly and power cuts out immediately, USB-C meter stays at 5V instead of switching to 20V, visible burn marks on the board, or severe liquid corrosion.
Yes. We troubleshoot blown 12V VCore VRM phases, shorted PCIe power rails, damaged BIOS EEPROM chips, and cracked PCB traces on desktop gaming motherboards and graphics cards.
Visit our Manchester Road workshop or call to speak directly with an engineer.