Explore a complete virtual rubber factory.
RubberForge by VayuAI models the people, machines, materials, chemistry, quality systems, supply chain, and workflows behind custom rubber manufacturing, all in one interactive environment you can explore end to end.
A factory you can walk through, end to end
RubberForge is a full virtual rubber factory you can walk through: a connected line that carries material from raw-ingredient warehouse and weighing, into mixing, milling, calendering, curing, and cooling, then on through finishing, the quality lab, packaging, and a final technical review. Every station is modeled as a real operation you can inspect, so you can understand how a rubber product is actually made before any output is generated.
A connected system, not separate pages
Beneath the floor sits a connected systems layer that ties materials, chemistry, equipment, process routes, quality, and documentation together, so a change at one station is reflected everywhere it matters.
Material System
The raw inputs of the virtual factory: base elastomers, fillers, plasticizers, curatives, and reinforcing agents, each described conceptually with its general role rather than any specific recipe or loading.
Chemistry System
A conceptual view of how rubber chemistry behaves: vulcanization and crosslinking, the roles of accelerators and antidegradants, and how filler and polymer choices generally shift properties, kept educational and hedged with no cure schedules or formulations.
Equipment System
The modeled machine line of the virtual factory: mixers, mills, calenders, extruders, presses, and curing equipment, presented as inspectable 3D stations that show what each unit generally does and where it sits in the flow.
Process System
The ordered ten-station flow of the rubber sheet line, with each station described by what goes in, what transformation happens, and what comes out, plus how material moves from one stage to the next.
Human Roles System
The people layer of the virtual factory: mixers, machine operators, line supervisors, quality inspectors, and maintenance technicians, shown through the decisions and judgment each role typically contributes at the stations they own.
Quality System
The inspection and property-evaluation layer: the kinds of tests and checks commonly used on rubber, what good and out-of-spec generally look like, and how quality thinking is structured into a plan, all conceptual and requiring technical review for any real part.
Built around a quality-management system
RubberForge does not just visualize machines. The virtual factory is modeled as an ISO 9001-aligned quality-management system: process ownership, controlled documents, traceability, inspection plans, nonconformance and CAPA, internal audits, management review, and continual improvement.
QMS Command Center
ISO 9001-aligned QMSThe management system behind the factory: clause map, risk register, document control, supplier control, calibration, audits, and a QMS readiness model. A modeling and audit-readiness tool, not a certificate.
Open QMS Command CenterVirtual QA Lab
A simulated rubber testing lab: MDR cure curves, tensile, hardness, compression set, aging, and inspection, traced from sample to demo release decision. Educational only, no certificates or compliance claims.
Enter the QA LabOne traceable thread, requirement to output
The backbone of the virtual factory: a single chain that links a customer requirement through materials, batch, process, QA, and QMS records to a finished, documented output. Each node is stewarded by an AI agent and reviewed by an accountable human.
Demo customer requirement intake CR-2026-0418
Demo requirement-review summary RR-2026-0418-A
Demo material selection rationale MS-EPDM-77
Demo incoming supplier CoA pack SUP-DOC-3391
Demo compounding batch record BR-2026-0507
Demo process traveler log PR-LINE2-0507
Demo sampling and pull record QAS-0507-12
Demo lab test result set TR-LAB-0507-12
Demo instrument calibration reference CAL-DURO-08
Demo lot disposition record REL-2026-0507
Demo shipment and CoC pack SHIP-DOC-2026-0612
Demo corrective and improvement action CAPA-2026-031
Each node is stewarded by an AI agent and reviewed by an accountable human. Conceptual, demo records only.
An AI-Assisted Operating Model
See how specialized AI agents work alongside people across the digital thread, helping structure records, surface gaps, and connect QMS, QA lab, and factory evidence into one traceable flow. The agents support and recommend; humans review and approve every critical decision in this demo prototype.
Human-accountable. Throughout RubberForge the AI agents support review, structure, completeness, traceability, and decision-support, while an accountable human approver makes every critical quality, compliance, supplier, and release decision.
Many ways to read the same factory
Walkthrough Mode
A guided tour of the factory, station by station, narrating what each operation does and why it matters.
Process Simulation Mode
Run a conceptual sheet manufacturing flow end to end and watch material advance through every station in sequence.
Chemistry View
Reveal the conceptual chemistry behind each stage, from mixing and dispersion to crosslinking during cure.
Quality View
See where in-process checkpoints, tests, and inspection points typically sit along the line.
Factory Audit Mode
Step through a conceptual readiness checklist across the factory and surface gaps that would need attention.
Factory Review Mode
Assemble an internal view of the bill of process, required equipment, quality plan, and review owners.
RFQ Output Mode
Turn a product and material selection into a quote-ready technical package with a completeness score.
What the factory generates
From a single walkthrough the virtual factory can generate several outputs, and a quote-ready RFQ package is only one of them.
RFQ Package
Assembles a preliminary request-for-quote package that summarizes the part concept, candidate process route, and the factory capabilities relevant to making it, so a supplier conversation can begin on a shared technical footing.
Factory Audit Report
Produces a structured walkthrough of the virtual factory's stations, equipment, and operating practices so a reader can assess how the line is generally set up and where readiness gaps typically appear.
Quality Inspection Plan
Outlines a conceptual inspection plan that maps common control points across the line, the property categories typically checked, and where in the flow each check generally occurs, for review by a technical owner before use.
Bill of Process
Generates an ordered, conceptual sequence of the operations a part typically passes through across the factory, with the equipment family and general intent of each step, as an educational process map rather than a settings sheet.
Traceability Report
Illustrates how material, batch, and station identifiers can be linked into a conceptual chain from incoming materials through processing to finished part, showing where records would generally attach in a future connected system.
Technical Review Summary
Pulls together the factory's process, chemistry, quality, and readiness observations into one hedged narrative that flags assumptions and open questions a qualified reviewer would typically need to resolve.
RFQ generation is one output of the virtual factory, alongside quality plans, process route reports, factory audit summaries, and technical review packages.
Open the factory output centerOne thread, model to deliverable
The interactive 3D line, from warehouse to technical review, that you explore and operate.
The connected layer linking materials, chemistry, equipment, routes, and quality.
A conceptual lot and batch trail that ties each step back to the choices that drove it.
Readiness checks, process routes, and review logic that interpret what the factory implies.
Quote-ready RFQ packages, audit reports, quality plans, and other technical documents.
Honest about what is built and what is next
RubberForge is honestly an interactive virtual factory prototype today, not a live digital twin: it is not yet connected to running machines, real sensors, production data, or ERP and MES systems, and those connections are deliberate roadmap stages rather than current functionality.
A navigable 3D rubber factory where every major station is modeled, the process flow is laid out in order, and a guided walkthrough explains how material moves from raw ingredients to a finished product.
The visual factory is layered with structured, hedged knowledge about materials, chemistry, quality, equipment, supply chain, standards, and defects so a viewer can understand why each step exists.
The platform turns exploration into structured outputs, generating preliminary documents such as RFQ packages, virtual factory and audit reviews, quality plans, bills of process, and traceability summaries from deterministic, explainable logic.
On the roadmap, the factory is connected to real-world records so outputs reflect an actual manufacturer's capabilities, real product data, real quality history, and uploaded documents rather than conceptual defaults.
The long-term goal is a true live twin connected to running equipment and plant systems, reflecting real machine status and sensor data and supporting monitoring, predictive quality, and optimization.
Step inside the factory before you commit to a build.
RubberForge is a virtual rubber factory you can explore, operate, and learn from, then turn into RFQs, audits, quality plans, and review packages. Start with the guided tour, or run the line yourself.
RubberForge by VayuAI is a virtual rubber factory for custom elastomer manufacturing. It brings materials, chemistry, machines, people, quality systems, supply chain, and factory workflows together into one interactive digital environment you can explore and interrogate. From that environment, users generate the outputs a real program needs: RFQ packages, process route reports, inspection and quality plans, factory audit summaries, and technical review packages.