Planning with incomplete information
Production plans are drawn up without a reliable view of machine load, material availability or pending orders, so rush jobs and idle machines appear on the same day.
Many small and mid-sized manufacturers run on an accounting package, a set of spreadsheets, whiteboards on the shop floor and a lot of phone calls. RDS Innovations builds software that connects planning, purchasing, production, quality and dispatch in a form that fits how your plant actually works, rather than forcing a large ERP rollout on day one.
A manufacturer's day starts with orders. Some come from regular dealers for standard products, others are job work with customer drawings and specifications. Each order needs a bill of materials, a check on raw material stock, purchase of any shortfall and a slot on machines that are already loaded with other jobs. Job shops deal with constant change as customers revise quantities and delivery dates.
On the shop floor, supervisors assign work to machines and operators, track output and scrap, and record quality checks at each stage. Stores staff issue material against job cards and receive goods from suppliers. Maintenance teams keep machines running, often with breakdown history held only in someone's memory. At the end of the line, finished goods are packed, invoiced and dispatched with the right documents.
Owners and plant heads need reliable MIS: what was produced, what it cost, what is pending and which customers are waiting. When data is typed in at the end of the day from paper, it arrives late and incomplete. Software that captures data where the work happens, through simple screens on the floor, gives management a current picture without adding paperwork.
Production plans are drawn up without a reliable view of machine load, material availability or pending orders, so rush jobs and idle machines appear on the same day.
Stores records drift away from physical stock, so purchases are placed too late or too much is ordered. Material issued to jobs is not always recorded against the job.
Product variants and engineering changes live in separate files. An old BOM gets used by mistake, causing wrong material issues and rework.
Inspection readings, rejection reasons and corrective actions sit in registers that are hard to search when a customer complaint arrives.
Dealers call sales to ask about their orders, and sales calls the plant to find out. Delivery promises are made without sight of production progress.
Without maintenance logs and schedules, machines are fixed only when they stop, and spare parts are not planned ahead.
Sales or dealer orders are converted into work orders using the correct BOM revision and routing. The system checks material requirements against stock and flags shortages for purchase.
Planners assign work orders to machines or lines by date and shift. Job cards carry operations, drawings and quantities, and supervisors update progress, output and scrap from a tablet or phone.
Shortages create purchase requests that become purchase orders after approval. Incoming goods are checked against the PO, inspected where required and added to stock with batch or heat numbers.
Inspection checklists are defined per product and stage. Inspectors record measurements and a pass, rework or reject decision with photos, and rejected items are tracked until they are resolved.
Finished goods are packed against orders, with packing lists, invoices and e-way bill details prepared in the system or passed to the accounting software.
Each machine keeps a record of preventive maintenance schedules, breakdowns, downtime and spares used. Operators raise breakdown tickets from the floor, and maintenance staff close them with notes.
Options to consider, not a fixed package. The right scope depends on your size, processes and existing tools.
A web application that ties orders, BOMs, work orders, stores and dispatch together, often described as a lightweight or custom ERP.
Tablet-friendly screens for supervisors and operators to update job progress, record scrap and raise issues, with large buttons and very little typing.
Digital inspection checklists, rejection tracking and reports that link quality problems to batches, suppliers and machines.
A portal or app where dealers place orders, see price lists and schemes, check order and dispatch status and download invoices.
Daily and monthly reports on production against plan, material consumption, rejection trends, pending orders and dispatches, sent to owners automatically.
Where machines support it, output counts or run status can be read from PLCs or sensors through a gateway. This depends heavily on the equipment and usually involves a hardware specialist chosen with the client.
Not necessarily. If your main problems are production tracking and stores, a focused system for those areas, connected to your accounting software, may solve them with less disruption. It can grow into a broader ERP over time.
In most cases, yes. Sales invoices, purchases and stock movements can be sent to Tally through an integration or a structured import, so your accounts team keeps working in the tool it knows.
Shop floor screens can be designed with large buttons, icons, local language labels and very few fields. Supervisors can also enter data on behalf of operators where that suits the plant better.
Yes. Materials can be received, issued and consumed with batch or heat numbers, so each finished lot can be traced back to the raw material it used.
We would usually begin with a plant walkthrough, following one order from receipt to dispatch and noting where data is created and where it gets lost. From there we propose a first phase aimed at the most costly gaps.
Tell us about your manufacturing business, the tools you use today and where work gets stuck.