Stop managing your plastics factory with spreadsheets and guesswork. ERPDrive is purpose-built for Indian plastics and rubber component manufacturers — from mould lifecycle tracking and injection moulding schedules to batch traceability, compound recipe management, and GST invoicing with correct HSN codes.
India's plastics processing industry is one of the largest in the world, with over 50,000 processing units and growing at 8-10% annually. From injection moulded automotive components and electrical switchgear parts to rubber seals, gaskets, and O-rings, Indian manufacturers supply to every major industry — automotive, electrical, consumer goods, medical devices, and industrial equipment.
Yet, the majority of plastics and rubber manufacturers still run their operations on Tally, paper job cards, and Excel sheets. Mould maintenance is reactive, not preventive. Cycle times are not measured systematically. Material batch traceability is impossible when a quality complaint arrives from a customer. Compound recipes are stored in the head of one experienced operator.
The manufacturers winning new contracts and passing customer audits are the ones with real-time visibility into machine utilization, mould health, material traceability, and rejection rates per cavity. They know their true cost per part. They respond to quality complaints with full traceability data within hours, not weeks.
ERPDrive was built by working with plastics and rubber manufacturers across India. Every module, workflow, and report is designed for how moulding shops and rubber processing units actually operate — from compound mixing to final packing.
If you run an injection moulding shop or rubber processing unit in India, these problems are part of your daily reality. Generic ERP systems either ignore them or require expensive customization. ERPDrive solves each one out of the box.
Moulds are the most expensive assets in a plastics or rubber manufacturing operation. A multi-cavity injection mould can cost lakhs to manufacture, and its condition directly determines part quality, cycle time, and rejection rate. Yet most moulding shops track mould usage in notebooks or not at all. When a mould starts producing defective parts, there is no history to guide the repair decision.
You need a system that tracks each mould from commissioning to retirement: shot count against maximum life, cavity-wise performance, preventive maintenance schedules, repair history with costs, and current location (on machine, in stores, at mould maker for repair). Without this, you are reacting to quality problems instead of preventing them.
In injection moulding, cycle time directly determines throughput, machine utilization, and cost per part. A 2-second improvement in cycle time on a 4-cavity mould running 24 hours can mean thousands of additional parts per month. Yet most moulding shops do not systematically track actual cycle times against target, nor do they analyse the factors causing cycle time variations.
You need to know the actual cycle time for every job on every machine, how it compares to the target, and what is causing deviations. Is it cooling time that needs optimization? Is the material temperature inconsistent? Is a particular operator running slower? Without data, cycle time optimization is guesswork.
Plastics and rubber manufacturing involves mixing multiple raw materials: base polymers, additives, fillers, plasticizers, masterbatch for colour, and various processing aids. Each raw material comes in batches with varying properties. When a customer reports a quality issue, you need to trace back from the finished product to the exact raw material batches, mixing parameters, and machine settings used.
Without batch traceability, a quality complaint becomes a guessing game. Which batch of material was used? Was the recipe followed correctly? What were the processing parameters? These questions should be answerable in minutes, not days. For customers in automotive and medical device industries, batch traceability is not optional — it is a mandatory audit requirement.
A single plastic component may be produced in 10 different colours and 3 different material grades. Each colour-grade combination requires a specific recipe, different masterbatch, and potentially different processing parameters. Managing this complexity in spreadsheets means frequent colour mismatches, wrong material usage, and wasted production runs.
You need a system where each product variant (colour-grade combination) has its own BOM with the correct recipe, masterbatch specification, and processing parameters. When an operator sets up a job, the system should show exactly which materials to use, the mixing ratios, and the machine settings for that specific variant. Changeover between colours needs to account for purging time and material.
Multi-cavity moulds are standard in injection moulding — a mould may have 4, 8, 16, or even 32 cavities. When rejections occur, they are often concentrated in specific cavities. A flash defect might appear only in cavity 3 and 7, while short shots might be limited to cavity 12. Without cavity-level tracking, you cannot identify which cavities need attention.
Cavity-level quality tracking transforms your rejection analysis. Instead of reporting an overall 3% rejection rate, you can see that cavities 3 and 7 have a 12% rejection rate while the remaining cavities run at 0.5%. This data drives targeted mould maintenance — fix cavity 3 and 7 instead of overhauling the entire mould. It also helps in deciding when to block a problematic cavity rather than stopping the entire production run.
Plastics and rubber products fall under multiple HSN codes depending on the material and application: 3926 (articles of plastics), 3917 (tubes and pipes of plastics), 4016 (articles of vulcanised rubber), 4008 (plates and sheets of rubber), 8536 (electrical apparatus parts in plastics), and application-specific codes for automotive or medical components. Different HSN codes attract different GST rates (5%, 12%, 18%).
Incorrect HSN mapping leads to GST notices, penalties, and blocked input tax credits. Job work for processes like mould trials, insert moulding, or secondary operations adds another layer of complexity. Your ERP needs to handle this automatically so your accounts team is not spending days on HSN code research.
Every feature in ERPDrive maps directly to a real problem that plastics and rubber manufacturers face daily. Here is how the system addresses each of the six challenges above.
ERPDrive includes a dedicated mould master module. Register every mould with its specifications: cavity count, runner type (hot/cold), maximum shot life, and assigned machine compatibility. As production batches are completed, the system automatically increments shot counts. When a mould reaches its maintenance interval, the system triggers an alert to your mould maintenance team before quality starts deteriorating.
Mould repair history is recorded with dates, costs, specific cavities repaired, and the mould maker who performed the work. You can track total cost of ownership for each mould and make data-driven decisions about when to maintain, refurbish, or replace. Mould location tracking ensures you always know whether a mould is on a machine, in stores, or out for repair.
| Mould ID | Part Name | Cavities | Shot Count | Status |
|---|---|---|---|---|
| MLD-201 | Connector Housing | 8 cav | 1,85,000 | Active |
| MLD-202 | Gear Wheel | 4 cav | 3,20,000 | Maint Due |
| MLD-203 | Seal Ring | 16 cav | 95,000 | Active |
| MLD-204 | Switch Cover | 4 cav | -- | At Mould Maker |
Define your injection moulding machines with their clamping force, shot capacity, platen size, and operating hours. ERPDrive's production scheduler automatically matches jobs to the appropriate machine based on mould requirements and machine capability. A mould requiring 250-ton clamping force will not accidentally get scheduled on a 150-ton machine.
For every production run, the system records actual cycle time against target. Over time, this data builds a performance profile for each mould-machine combination, helping you identify the optimal machine for each job. The Gantt chart view gives your production manager a visual timeline of every machine, with colour changeover time and purging requirements factored into the schedule.
| Job# | Part | Machine | Mould | Status |
|---|---|---|---|---|
| WO-4101 | Connector Housing | IMM-250T | MLD-201 | Running |
| WO-4102 | Gear Wheel (Black) | IMM-150T | MLD-205 | Running |
| WO-4103 | Seal Ring | IMM-100T | MLD-203 | Queued |
| WO-4104 | Switch Cover (Red) | IMM-200T | MLD-210 | Colour Change |
ERPDrive assigns unique batch numbers to every material lot at goods receipt — whether it is polymer granules, rubber compound, masterbatch, or additives. When compound mixing or material preparation happens, the system records which input batches were used, the recipe followed, mixing parameters (temperature, time, RPM), and the resulting compound batch number.
This compound batch is then linked to the production order and the final product batch. In case of a customer quality complaint, you can trace back from the finished product batch to the exact raw material lots, mixing parameters, machine settings, operator, and quality inspection results. Forward traceability is equally powerful — if a raw material supplier notifies you of a quality issue, you can instantly identify all finished products that used that material batch.
| Batch# | Material | Supplier | Qty | Status |
|---|---|---|---|---|
| BAT-7201 | PP Homopolymer | Reliance Ind. | 2,000 kg | QC Passed |
| BAT-7202 | Black Masterbatch | Clariant India | 100 kg | QC Passed |
| BAT-7203 | EPDM Rubber | Lanxess India | 500 kg | Under Test |
| CMP-0451 | Compound Mix A | In-house | 250 kg | Ready to Use |
ERPDrive's recipe management module lets you define compound formulations with exact proportions of base polymer, fillers, additives, plasticizers, and masterbatch. Each recipe is version-controlled, so changes are tracked with who made them, when, and why. Active and trial recipes can coexist, allowing your R&D team to test new formulations without disrupting production.
When a production order is created, the system pulls the correct recipe based on the product variant (material grade, colour) and calculates exact material requirements. Operators on the shop floor see the precise recipe with mixing instructions, temperature parameters, and sequence. This eliminates the risk of recipe variations that happen when formulations exist only in an experienced operator's memory.
| Recipe ID | Product | Base Material | Version | Status |
|---|---|---|---|---|
| RCP-101 | Connector Housing | Nylon 66 GF30 | v3.1 | Active |
| RCP-102 | Seal Ring (EPDM) | EPDM 60 Shore | v2.0 | Active |
| RCP-103 | Gear Wheel (POM) | POM Copolymer | v4.2 | Active |
| RCP-104 | Bushing (NBR) | NBR 70 Shore | v1.1 | Trial |
ERPDrive's quality module supports cavity-level rejection tracking for multi-cavity moulds. When an operator performs quality checks, they record rejections against specific cavity numbers with defect type codes (flash, short shot, sink mark, weld line, burn mark, warpage). This builds a cavity-level performance history over time.
The cavity analysis dashboard shows rejection rates per cavity, highlighting which cavities are underperforming. Your toolroom can then focus maintenance on specific cavities rather than pulling the entire mould. The system also supports cavity blockage decisions — if cavity 7 has a persistent quality issue, you can mark it as blocked and the production output calculation adjusts automatically. This keeps production running while the problematic cavity is scheduled for repair.
| Cavity | Good Qty | Rejected | Rej % | Status |
|---|---|---|---|---|
| Cavity 1-2 | 24,800 | 62 | 0.25% | OK |
| Cavity 3 | 12,200 | 340 | 2.7% | Flash |
| Cavity 4-6 | 37,100 | 89 | 0.24% | OK |
| Cavity 7 | -- | -- | -- | Blocked |
ERPDrive comes pre-loaded with HSN codes relevant to the plastics and rubber industry. When you add a product, the system suggests the correct HSN code and applies the appropriate GST rate automatically. Invoices are generated with all mandatory fields: GSTIN, HSN, SAC, tax breakup (CGST, SGST, IGST), and place of supply.
Job work challans for processes like insert moulding, secondary operations, or mould trials are handled as per GST rules with proper input tax credit tracking. E-way bills are generated directly from dispatch notes. At month-end, export your data in GSTR-1 and GSTR-3B formats ready for filing. The GSTR-2A reconciliation report flags mismatches so you never miss an input tax credit.
| Invoice# | Customer | HSN | Taxable | GST | Status |
|---|---|---|---|---|---|
| INV-7501 | Bosch India | 3926.90 | ₹4,20,000 | ₹75,600 | E-Invoiced |
| INV-7502 | Schneider Elec | 8536.90 | ₹1,95,000 | ₹35,100 | E-Invoiced |
| INV-7503 | Maruti Suzuki | 4016.93 | ₹2,80,000 | ₹50,400 | Generated |
| INV-7504 | Havells India | 3917.40 | ₹88,000 | ₹15,840 | Draft |
ERPDrive is packed with features designed specifically for injection moulding shops and rubber processing units. Here are eight capabilities that make the biggest difference.
Track shot counts, schedule preventive maintenance, record repairs per cavity, manage cavity blockages, and track mould location. Get alerts before quality starts slipping.
Map jobs to machines based on clamping force requirements. Visual Gantt chart scheduling with mould availability checks, colour changeover planning, and cycle time tracking.
Full traceability from raw material lot to finished product. Track compound mixing batches, link to production orders, and resolve customer complaints in minutes.
Version-controlled compound recipes with exact material proportions, mixing parameters, and processing instructions. Trial recipes for R&D without disrupting production.
Track rejections by individual cavity with defect type analysis. Identify underperforming cavities for targeted maintenance and support cavity blockage decisions.
Manage product variants by colour and material grade with separate BOMs, recipes, and processing parameters. Track colour changeover time and purging material.
Pre-configured HSN codes for plastics and rubber products (3926, 3917, 4016, 4008, 8536). Automatic tax calculation, e-invoicing, e-way bill, and GSTR filing-ready reports.
Calculate true cost per part including material (with runner/sprue regrind factor), mould depreciation, machine running cost, cycle time, labour, overheads, and reject cost allocation.
ERPDrive is used by plastics and rubber manufacturers in every major processing cluster in India. Our team understands the specific challenges and business practices in each region.
India's largest plastics processing hub. Thousands of injection moulding units in Naroda, Vatva, Sanand, and Halol serving automotive, electrical, and consumer goods industries.
Major hub for precision moulded components and rubber products. Manufacturing clusters in Vasai, Bhiwandi, Taloja, Chakan, and Ranjangaon supplying to automotive and electrical OEMs.
Dense cluster of plastics processing units in Noida, Greater Noida, Gurgaon, and Faridabad. Strong focus on electrical switchgear parts, automotive components, and consumer products.
Southern India's plastics and rubber manufacturing hub. Moulding shops in Ambattur, Sriperumbudur, and Hosur serving the automotive and electronics industries.
Growing plastics processing cluster with strengths in packaging, consumer goods, and industrial components. Units in Howrah, Durgapur, and Jamshedpur industrial areas.
A mid-sized injection moulding manufacturer in Naroda, Ahmedabad, producing electrical switchgear components and automotive connectors, was struggling with high rejection rates, untracked mould maintenance, and no material batch traceability. After implementing ERPDrive, they achieved a 35% reduction in rejections through cavity-level tracking, eliminated unplanned mould failures, and passed a major automotive customer audit with full batch traceability documentation.
Common questions from plastics and rubber manufacturers evaluating ERP software.
ERPDrive is purpose-built for Indian plastics and rubber component manufacturers. Unlike generic ERP systems, it includes mould master with shot count and lifecycle tracking, machine-wise production scheduling for injection moulding presses with cycle time optimization, batch-wise material traceability for compound mixing and granule lots, compound recipe management with version control, cavity-level rejection tracking for multi-cavity moulds, and GST compliance with correct HSN codes for plastics and rubber products. No coding or heavy customization is needed.
Yes. ERPDrive includes a dedicated mould master module. You can record each mould with its cavity count, maximum shot life, current shot count, last maintenance date, and next scheduled maintenance. The system automatically increments shot counts as production batches are completed and triggers maintenance alerts when a mould approaches its service interval or end of life. Mould repair history, cavity blockages, and refurbishment costs are all tracked for total cost of ownership analysis.
ERPDrive provides complete batch traceability from raw material receipt to finished goods dispatch. Every material lot (polymer granules, rubber compounds, additives, masterbatch, fillers) is assigned a unique batch number at goods receipt. When compound mixing or material preparation happens, the system records which input batches were used, the recipe followed, mixing parameters, and the resulting compound batch number. This compound batch is then linked to the production order and final product batch. In case of a quality issue, you can trace back from any finished product to the exact raw material batches, mixing parameters, and machine settings used.
Most plastics and rubber manufacturers go live with ERPDrive within 5 to 10 working days. Since the system is pre-configured for plastics and rubber manufacturing workflows, there is no need for months of customization. The implementation includes data migration from your existing system (Tally, spreadsheets, or another ERP), mould master setup, recipe configuration, BOM setup, user training, and go-live support. Our team provides hands-on WhatsApp-based support throughout the process.
ERPDrive is trusted by manufacturers across diverse sectors.
Join hundreds of Indian plastics and rubber manufacturers who have switched to ERPDrive. Book a free demo and see how ERPDrive handles your specific moulding and processing workflow — from compound mixing to final packing.