Manufacturing & export
Surgical instrument manufacturing
Software for an industry where a batch has to be traceable years later and a rejected shipment costs more than the order was worth.
Context
What this sector actually looks like
Sialkot supplies a large share of the world’s surgical instruments, and the work is unusually demanding for software: high mix, low volume, heavy manual finishing, and buyers in regulated markets who expect records to exist on request.
The operational reality is often a production floor coordinated on paper and WhatsApp, with the office reconstructing what happened afterwards. That works until a customer asks which heat of steel a particular batch came from, or a regulator asks for the inspection record.
The useful software here is not a dashboard. It is capture at the point of work, in a form the floor will actually use, feeding records that hold up when someone asks for them.
The hard parts
Where it usually breaks
Problems worth naming before proposing anything to fix them.
Batch traceability
Linking a finished instrument back through finishing, forging, and material, long after everyone involved has forgotten the job.
Inspection consistency
Judgement varies between inspectors and across a shift, and rejects found by the customer are the expensive kind.
Export documentation
CE and FDA-facing paperwork assembled by hand under time pressure, where one wrong field holds a container.
Vendor coordination
Work moving between subcontractors with visibility that depends on phone calls.
What we build for it
Where software earns its cost here
Production tracking
Job status captured at each stage, including work sitting with a subcontractor.
Visual inspection
Camera-based surface and dimensional checks that record what was seen, not just the verdict.
Document generation
Export paperwork produced from the order record rather than retyped.
Buyer enquiry agent
Answering specification and lead-time questions from your actual catalogue and stock.
FAQ
Questions people actually ask
Will the floor actually use it?
Only if capture takes seconds and works on the device already in someone’s hand. We design for that constraint first, because a system the floor works around produces worse records than the paper it replaced.
Can it handle work sent to subcontractors?
Yes, and it usually has to. Jobs leaving the premises and coming back is where visibility is lost, so it is one of the first things we model.
Do you understand export compliance?
We build the records and documents your compliance process needs. We are software engineers, not regulatory consultants — the requirements come from you or your consultant, and we make the system produce them reliably.
Start here
Tell us what is slow, manual, or breaking.
Answer a few questions and get a written brief back — scope, proposed architecture, and what it would take to build.