ERP for Manufacturing — From BOM to Finished Goods, Connected
Multi-level BOMs drive production plans, work orders and job cards — with material consumption, quality holds and costs posting straight back to inventory and the ledger.
Most manufacturing ERP shopping lists start the same way: a spreadsheet BOM that's out of sync with what production actually consumes, a whiteboard tracking work orders, and a separate quality logbook nobody reconciles against output. QTT-ERP's Manufacturing module exists to close that gap — a Bill of Materials feeds a Production Plan, which generates Work Orders and Job Cards, which consume raw material from Inventory and post finished goods back, with Quality Management gated in at the points that matter.
The pattern repeats at every discrete and process manufacturer we talk to: engineering owns one version of the BOM, purchasing works from another, and production runs on whatever the supervisor remembers from the last changeover. By the time finance tries to cost a finished good, nobody fully trusts the number. Connecting BOM, production and inventory into one system isn't a nice-to-have at that point — it's the only way the costing is ever accurate.
It also changes how quickly problems surface. When a job card, a quality inspection and a stock entry are three separate systems, a defect discovered on the line can ship two more work orders before anyone downstream hears about it. Connected end to end, a non-conformance raised at inspection can hold the next dependent work order automatically — the kind of catch that only happens when production and quality are reading the same live record.
Built for discrete and job-work manufacturing
The Manufacturing module is designed around the production patterns most common across Indian and export-oriented manufacturers — not a generic template that treats every factory the same way regardless of how it actually produces.
Discrete manufacturers
Assembling parts and sub-assemblies into finished products across multiple workstations, where routing and sequencing matter as much as the BOM itself.
Job-work & subcontracted shops
Sending material out for processing and receiving finished components back into the same work order, with nothing left untracked in between.
Engineer-to-order producers
Building unique or configured products where BOMs vary by customer order, and costing has to follow each variant precisely.
Quality-regulated industries
Automotive, precision engineering and other sectors where inspection records have to be airtight and traceable to the batch.
What changes on day one
Accurate multi-level BOMs
Sub-assemblies roll up into finished-good costs automatically, no manual recalculation. Engineering changes propagate to costing immediately.
Realistic production plans
Capacity planning against real workstation availability, not a guess — so committed delivery dates are ones you can actually keep.
Quality gated into production
Inspections and non-conformance tracking sit inside the flow, not a separate system nobody reconciles against output.
Real-time material consumption
Job cards consume raw material against inventory automatically as work progresses, keeping stock counts trustworthy.
Preventive maintenance built in
Scheduled maintenance protects uptime on the machines your production plan depends on, catching wear before it causes a breakdown.
Costs that reach finance automatically
Material consumption and finished-goods receipt post to the ledger without a manual journal entry, ever.
Common shop-floor pitfalls
None of these look serious in isolation. Together, they're usually why a manufacturer's numbers stop matching what actually happened on the floor.
Job cards treated as paperwork, not data
When a job card gets filled in at the end of a shift from memory rather than updated as work happens, material consumption and labour time both drift from reality — and nobody notices until the costing report doesn't add up.
Finished goods costed before subcontracted material returns
Closing a work order before job-work material actually comes back from a subcontractor bakes a guess into the cost of every finished unit. QTT-ERP ties receipt against the same work order, so costing waits for what actually happened.
No visibility into work-in-progress between operations
A part that's finished one operation and is waiting on the next workstation is easy to lose track of on a whiteboard. Routing tied to job cards keeps every in-progress unit visible at whichever operation it's actually sitting at.
Maintenance scheduled by calendar instead of usage
A machine running three shifts wears out faster than one running a single shift, but a calendar-based maintenance schedule treats them identically. Preventive maintenance tied to actual production load catches wear before it turns into an unplanned breakdown.
The margin leak nobody sees on a single job
A BOM that's 5% out of date doesn't look like a problem on any one job card — it looks like a rounding error. Multiplied across every work order in a month, that rounding error is where margin quietly disappears: raw material issued but never logged against the job, finished goods counted twice because two people updated two different spreadsheets, and a costing report that's technically correct for a version of the BOM nobody's used in weeks.
The fix isn't more discipline from the shop floor — it's removing the gap between what production actually does and what the system thinks happened. When job cards, material consumption and finished-goods receipt all update the same live record, the costing report is accurate because there's no second version of the truth left to drift out of sync.
One flow from BOM to finished goods
Every capability below shares the same item master and cost data as the rest of QTT-ERP — production planning isn't a bolt-on module reading a stale export from somewhere else.
- Multi-Level Bill of Materials
- Production Planning
- Work Orders & Job Cards
- Workstations & Routing
- Subcontracting
- Quality Inspections
- Capacity Planning
- Manufacturing Reports
Production Plan · Week 32
Three things a shop-floor rollout actually depends on
BOM accuracy has to survive engineering changes
A BOM that's correct on the day it's created and stale six months later is worse than no BOM at all, because everyone still trusts it. QTT-ERP versions BOM changes and applies them to new work orders going forward, so costing reflects the current design without retroactively rewriting history on jobs already in progress.
Job cards need to match how the floor actually works
Job cards tied to workstations and routing only help if operators can actually update them without stopping the line to fill out paperwork. Material consumption logging is built to be fast enough for real shop-floor use, not just accurate enough for an audit.
Subcontracting can't become a black box
Material sent out for job work has a habit of disappearing into a subcontractor's premises with no clear record of what's owed back. QTT-ERP tracks material issued to and received from subcontractors against the same work order, so outstanding job-work material is always visible, not discovered during a stock count.
Reports need to reflect this week, not last quarter
Production reports built from a monthly export are already out of date by the time anyone reads them. Manufacturing reports in QTT-ERP pull from the same live work orders and job cards driving the shop floor, so utilization, throughput and scrap figures reflect what's happening this week rather than a snapshot from the last close.
Costing needs to hold up under partial completions
Work orders rarely finish in one clean batch — a run of 500 units often ships in partial lots as quality clears each one. QTT-ERP allocates material consumption and finished-goods value against each partial completion as it happens, so the cost of the units that shipped Tuesday doesn't have to wait for the units shipping next week before the work order can close.
QTT-ERP vs. legacy MRP vs. spreadsheets
"Legacy MRP" here covers both older on-premise manufacturing ERPs and the generic modules bolted onto broader accounting-first systems, neither of which was built around discrete or job-work manufacturing from the ground up.
| Capability | QTT-ERP | Legacy MRP / ERP | Spreadsheets |
|---|---|---|---|
| Multi-level BOM cost roll-up | |||
| Quality gated into production flow | Often a separate system | ||
| Material consumption posts to inventory live | |||
| Preventive maintenance included | Usually a separate module | ||
| Setup time | 8–12 weeks | 4–9 months | Immediate, breaks down fast |
The setup-time gap is the one prospective customers underestimate most — a legacy MRP implementation that drags past six months usually stalls because the BOM data migration alone becomes its own multi-month project, not because the software itself is complex.
What customers say
Sample testimonials shown for illustration.
"Multi-level BOMs and job cards finally match how our shop floor actually runs. Work orders don't fall through the cracks anymore."
Karthik M.
Factory Manager, Discrete Manufacturing
"Quality holds are visible to production in real time now — an NCR on the line stops the next work order automatically instead of shipping the problem forward."
Lakshmi T.
Quality Manager, Precision Manufacturing
"We stopped re-keying delivery notes into our accounting software. A Sales Order now becomes an Invoice in a couple of clicks, and the ledger posts itself."
Arjun R.
Business Owner, Trading Company
Common questions
Yes. Multi-level BOMs let a finished good reference sub-assemblies that are themselves manufactured, with costs rolling up correctly at every level, down to raw material.
Yes, subcontracting is supported — raw materials can be issued to a subcontractor and finished goods received back against the same work order.
Quality inspections and non-conformance tracking are part of the Quality Management module and can be gated into the work order and job card flow, so failed inspections are visible before goods move forward instead of being discovered downstream.
Yes, capacity planning accounts for workstation availability so production plans reflect what the shop floor can realistically deliver, instead of committing to dates that assume unlimited machine time.
Yes — as job cards are updated, raw material consumption posts directly against inventory and finished goods are received back, so stock levels reflect production in real time rather than a periodic reconciliation.
The BOM and routing on an in-progress work order stay fixed to what was issued, so partially consumed material isn't retroactively recosted. Any change goes onto the next work order raised against the updated BOM, keeping the units already in production auditable against what was actually issued to them.
Rolling out Manufacturing without stopping the shop floor
Manufacturing rollouts typically follow Sales, Inventory and Finance going live first, since production costing depends on accurate stock and item data already being in place. Once those are settled, our implementation team maps your existing BOMs and routing into the system, runs a parallel test on one product line before switching over fully, and trains supervisors on job cards before the wider shop floor. Most manufacturing rollouts complete in 8–12 weeks depending on the number of BOMs and workstations involved.
The parallel test on one product line matters more than it sounds — it's where BOM discrepancies between what's on paper and what production actually consumes surface and get corrected, before the whole shop floor is depending on the data being right. By the time the rest of the lines switch over, the BOM structure and routing have already been validated against a real production run.