NexVault 4.0

Tire digital R&D — from raw material to cured tire.

NexVault is a full-lifecycle tire R&D design and management platform: PDM, parametric design, formula engineering, building and curing design, and simulation analysis — data-centric, AI-fused, and integrated with the systems your factories already run.

One platform across the whole R&D lifecycle

Raw materials → formula R&D → structure design → mold development → tire building → curing process. Every node traceable, every detail controllable — with open integration that reuses your existing information systems.

PCR TBR OTR Special Tires PDM / PLM Multi-factory
Capabilities

What the platform does

Six capability groups cover the daily work of a tire R&D organization — and every one is built for real engineering, not demos.

PDM & project management

  • Project planning, approval, and deliverable management
  • Task breakdown with Gantt progress and delay-risk view
  • Weekly / monthly reports, meeting minutes, execution records
  • Project-centered R&D process control, customizable

Document & drawing management

  • Structured document and drawing storage
  • Permissions, versioning, and signature control
  • Custom approval templates for quick initiation
  • Multi-terminal preview across devices

R&D center design

  • Contour parametric design (PCR): one-click curve drawing and dimension annotation
  • CLT parametric design (TBR): cured layout drawing, automatic component measurement
  • Parameters and drawings convert both ways — adjust values, control curves

Formula design

  • Raw material library by category, reference-based design
  • Automatic calculation of key compound parameters
  • Property prediction fitted from experimental data — rolling resistance, wear, and more
  • Production formula conversion and distribution to the mixing center

Production base design

  • Tire building: component width auto-calculation from CLT, parts selection
  • Green tire BOM structure and weight calculation
  • Curing: capsule selection from measured circumference, curing steps, rheology calculation

Simulation analysis

  • Pitch design simulation — calculate optimal arrangement, avoid resonance peaks
  • Pattern design simulation — noise prediction against historical data
  • Compare candidate designs before committing to tooling
Data Integration

Connected to the systems you already run

NexVault integrates with existing factory systems for true data interconnectivity — no rip-and-replace.

MES ERP LIMS MDM DingTalk WeCom Open API
Built for Real R&D Organizations

Multi-factory, multi-team, one data standard.

Define standards once in a global data center, and interconnect the data. The platform empowers R&D centers to support product design and trial production across domestic and overseas factories — with a development team and a support team behind it.

  • Global data center: one definition of standards and data
  • Overseas factory support: design and trial production in multiple plants
  • Development + support model: the platform evolves with your process

Engineering-grade, not demo-grade

Formula property prediction fitted from accumulated experimental data reaches a coefficient of determination of about 0.94 against actual measurements — predictions your engineers can act on.

Clear decision boundaries: AI handles data integration, trend calculation, and pre-screening. Core positioning decisions and change approvals are always signed off by people.

See NexVault on your own tire program.

Bring one development scenario — a contour design, a formula, a curing setup — and we'll walk through it live.