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Nij Web Solutions LLP — Business Operations & Workflow Automation

Industries · Manufacturing

Software for Manufacturing Companies That Have Outgrown Excel

Manufacturing is the industry where disconnected departments cost the most, because every delay is physical. Material waits, a machine idles, a commitment slips. We build the systems that connect production to everything it depends on.

What makes this industry its own problem

  • Several departments that must hand work to each other every day
  • Plans that change during the week for good operational reasons
  • Material, machines and manpower all constraining the same order
  • Quality decisions that must gate dispatch, not follow it
  • Costs that are only meaningful at job level, not monthly

The chain

  1. Order
  2. Production plan
  3. Material issue
  4. Production
  5. Quality
  6. Dispatch
  7. Invoice

The problem

Where manufacturing operations lose control

Written in the vocabulary your plant actually uses. If none of these sound like you, this is probably not the right page — and we would rather you knew that now.
  • 01

    Production plans that are already out of date

    The plan is made in a spreadsheet and re-sequenced verbally. Material planning, dispatch commitments and customer promises continue to work from the original version.

  • 02

    Consumption known only at month end

    Material issued is recorded in total rather than per job, so actual against standard consumption is a monthly reconciliation. A yield problem runs for weeks before it appears in a report.

  • 03

    Quality clearance outside the system

    Inspection results live in a register. Dispatch works from what it understands to be cleared. The gap between the two is where disputes and recalls begin.

  • 04

    No WIP number anybody trusts

    Work in progress is estimated by asking each stage. Jobs that have been stalled for days are discovered rather than reported.

  • 05

    Management dependent on the morning meeting

    The only reliable view of the plant is a meeting. Anything that happens between meetings is managed by whoever noticed it.

What we build

Systems for manufacturing operations

  • Production planning and work orders

    A plan that can be re-sequenced by the person who actually re-sequences it, with work orders and job cards derived from it and downstream effects recalculated.

  • Shop-floor recording

    Output, downtime and rejection captured on the line on a shared tablet in seconds, so the plant's position is current rather than reconstructed.

  • Job-wise material and costing

    Issues booked against jobs so consumption, yield, loss and job cost are known as work happens.

  • Quality as a gate

    Inspection created on production completion, material held until a result exists, and dispatch prevented on uncleared lots.

  • Purchase driven by production

    Requirements exploded when orders are released, shortages raised to purchase early, and receipts held until inspected.

  • Management dashboard

    Orders at risk, output against plan, stalled WIP, pending approvals and stock below reorder in one plant-level view.

Automation

What runs by itself in a manufacturing operation

Each rule replaces a moment where somebody currently has to notice something and tell somebody else.
  • An order is confirmed

    A production requirement is created with its committed date

  • A production order is released

    Material shortages are raised to purchase

  • A shift records output

    WIP, stock and order status update immediately

  • Production completes

    Quality inspection is created and the lot is held

  • A lot passes inspection

    It becomes dispatchable and dispatch is notified

  • An order becomes at risk

    Sales is told before the customer asks

None of these need a person to remember them. That is the whole point.

Management visibility

What you will be able to see

If a system does not make at least one of these visible for the first time, it has not earned its cost.
  • Output against plan by line, shift and day
  • WIP by stage with ageing
  • Actual against standard consumption per job
  • Rejection and rework by process, machine and operator
  • Material shortages against released orders
  • Orders at risk of missing their committed date

How it works

From operational chaos to a connected business system

Five steps, in this order, every time. The first two produce no software at all — and they are the ones that decide whether the software will be used.
  1. 01

    Understand

    We sit with each department and learn the process as it is actually run — including the workarounds, the informal exceptions and the things people do because the official way does not work. This is where most of the value of the project is decided.

    You getA written map of your current processes, departments and bottlenecks

    1–2 weeks

  2. 02

    Map

    We trace how information moves between people, departments and systems: where it is created, where it is re-entered, where it is lost, and where a decision waits on something nobody can see. The re-entry points are almost always the expensive ones.

    You getAn information flow map, with every handoff and duplication marked

    1–2 weeks

  3. 03

    Design

    We design the target workflow — owners, rules, gates, automations and the screens each role needs — and agree it with the people who will live in it. We also agree what we are deliberately not building yet, and say so plainly.

    You getA workflow design, screen list and phased build plan with scope you have signed off

    2–3 weeks

  4. 04

    Build

    We build in phases, so one department is genuinely using something early rather than waiting for a full system. Each phase is delivered, tested with real data and put into use before the next begins — which is also how the awkward details get found while they are still cheap.

    You getWorking software in real use, phase by phase, with integrations and reports

    Phased, typically 4–12 weeks per phase

  5. 05

    Optimize

    After go-live we look at what is actually being used, which alerts are being acted on and which are being ignored, where people are still keeping a parallel sheet, and what the data now reveals that nobody could see before. Then we improve it.

    You getUsage review, workflow refinements, new reports and ongoing support

    Ongoing

Questions

Manufacturing — questions we are asked

The questions that come up when we first sit down with a company in this industry.

Still unsure whether your processes are a fit? Walk us through one of them.

Book an Operations Automation Consultation

We already have an ERP. Do we need this as well?

Often yes, and not as a replacement. Most ERPs handle accounting and statutory work well and the shop floor poorly, which is why production data reaches them late and second-hand. We build the operational layer and feed the ERP, so accounts get clean data without anyone re-keying it.

How long before a plant sees a benefit?

The first module — usually shop-floor recording or material issue against jobs — is typically in real use within a few weeks, and that alone changes how current the daily numbers are. A connected plant across production, material, quality and dispatch is a matter of months, built in stages rather than one go-live.

Will this work for a job-work or made-to-order plant?

Yes, and those are usually the cases where a custom system earns its cost, because made-to-order and job work are exactly what packaged software models badly. Material sent out and received back with yield and loss, and orders with per-order specifications, are treated as core rather than as exceptions.

Do you handle multi-plant manufacturing?

Yes. Separate stock and production per unit, shared item and process masters, inter-unit transfers as real movements, and consolidated management reporting on identical metric definitions.

Other industries

We work across operational businesses

Different products, the same underlying structure — departments, handoffs and data that has to survive both.

Next step

Your business has a process. Let's turn it into a system.

From manual workflows and disconnected departments to connected operations, automated processes and real-time visibility.