iGen LAB / Microsoldering
Microsoldering and electronics repair.
Precision microsoldering repairs on electronic components, carried out under a microscope.
Microsoldering
What is microsoldering?
Microsoldering is precision work on the electronic components and connections found on a device's board — carried out under a microscope, when a fault can't be fixed with a full module swap.
Scope
What microsoldering covers
Symptoms
When microsoldering might be needed
- A connector on the board is visibly damaged or detached
- The device behaves erratically after a previous repair
- A component on the board shows signs of overheating or corrosion
Not every fault requires BGA work
The scope of microsoldering work is matched to the specific fault — BGA replacement is one method among several, not the default starting point for every repair.
Process
How to submit a case to LAB
- 01
Submission
Describe the device and the symptoms you've noticed.
- 02
Case review
We check whether the fault may need work at the electronics level.
- 03
Diagnostics
If needed, we assess the condition of components under a microscope.
- 04
Next steps
We share information about the possible scope of microsoldering work.
Other services
Other iGen LAB specialisations
Could the problem involve the electronics?
Describe the fault — we'll check whether a microsoldering repair is possible.
FAQ
Frequently asked questions
What is microsoldering?
It's work at the level of individual components under a microscope, used when a full module swap won't fix the fault.
When is microsoldering needed?
When the fault involves a single component, connector, or trace on the board — not a full module.
Does every electronics repair require microsoldering?
No. The scope of an electronics repair is matched to the specific fault — microsoldering is one available method, not the default starting point for every repair.
Can the repair be assessed without diagnostics?
No — the realistic scope of work is only confirmed after diagnosing the specific case.
How do I submit a case?
Describe the device model and the symptoms of the fault — we'll use that to determine the next steps.