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Electronics Assembly

MRP software for Electronics Assembly

Electronics assembly is BOM-heavy and change-heavy. Brytebuild handles multi-level BOMs, tracks serialised units, and makes an engineering change a controlled event rather than an email.

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What gets in the way in Electronics Assembly

These are the problems we hear most often from workshops of this kind, and what Brytebuild does about each one.

The problem How Brytebuild handles it
BOM revisions get out of sync Engineering change orders version the BOM and record what changed, when and who approved it.
Component shortages surface too late MRP nets demand against stock and open purchase orders and tells you what to buy and when.
Serialised units are hard to trace Serial units are tracked individually from build through to the customer.
Operators work from stale paperwork Digital work instructions sit on the job, versioned with the product.

How a job actually runs

Assembly work is BOM-heavy and change-heavy, so the flow is built around revision control and component identity.

Control Unit CU-200 rev C PCB sub-assembly PCB-A Capacitor C-118 ×4 Regulator R-042 ×1
1

The order lands against a versioned BOM

Multi-level, with sub-assemblies exploded down every level. The revision is controlled, so nobody builds to a stack-up that was superseded two months ago.

NET REQUIREMENT Demand 200 In stock 110 On order 50 Short 40 · order by 22 Aug to hold the date
2

MRP tells you what is short

Demand is netted against stock and open purchase orders, and the shortage surfaces while there is still lead time to act on it rather than on the morning of the build.

KIT FOR WO-1044 C-118 lot 8841 R-042 lot 7120 PCB-A lot 9003 every reel recorded, not assumed
3

Kitting

Components are picked by lot, so the reel that went into this build is recorded rather than assumed. That record is what makes a component-level failure investigable later.

STEP 3 OF 7 Fit regulator R-042 Complete SERIAL ISSUED SN-0442
4

Build to the work instruction

Steps appear on screen at the bench, versioned alongside the product. The unit takes its serial number as it is built rather than being allocated one afterwards.

SERIAL TEST RESULT SN-0442 ICT + burn-in Pass SN-0443 ICT + burn-in Pass SN-0444 ICT Fail · rework against the unit, not the batch
5

Test and inspect

Results are recorded against the serial rather than the batch, so an individual unit keeps its own history.

SN-0442 Built 14 Jan · WO-1044 Capacitor lot 8841 · Regulator lot 7120 Despatched 18 Jan · Order 1042
6

Despatch, and what comes after

If a unit returns, its serial gives you the build date, the components fitted and the test results. If a supplier flags a component batch, you can list every unit that received it.

What you get

  • Multi-level BOMs and sub-assemblies
  • MRP netting against stock and open POs
  • Serial unit tracking
  • Engineering change orders and document control
  • Digital work instructions on the shop floor

Brytebuild supports the records a quality standard asks for: traceability, inspections, non-conformances and document control. It does not certify you. The audit is still yours to pass, and we would rather say so than imply otherwise.

Is it a fit?

The honest answer is that it depends on how you work. Look at the full feature list and pricing, or see how we compare to Katana. If you would rather just ask, get in touch, and we will tell you if we are not the right fit.

See It On Your Own
Products And Orders.

Fourteen days, your real data, no card. The fastest way to know whether Brytebuild fits your factory is to put a week of work through it.

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