RFQ#2026Q8257 · Digital concept simulator

Robotic Tube Auto Fixture Automation

Cloudflare Pages static webapp · no backend required

Simulate the complete automation path: manual tool changes → verified robotic tool service.

This prototype models a rail-mounted service robot feeding tool banks, quick-change interfaces on 12 existing process robots, vision confirmation, traceability logging, and optional inspection packages.

Deployment steps
Base service robot CRX rail
Process robots retained 12 UR
Base tooling allowance 100 sets
RFQ program population 1000+
Exterior view of robotic tube auto fixture cell

Live estimates

Cycle, savings, timeline, and risk change with your options.

Saved hours / day Manual vs automated changeover
Estimated labor value / year Simulation only, editable inputs
Project timeline Base + option adders
Wrong-tool risk index Lower is better

Animated cell simulation

CRX service robot, tool bank, 12 UR stations, verification gate.

Ready for job selection Recipe: TUBE-A / Tool T-014
Overhead rail
CRXservice robot

Tool bank

Open product zone

Kept clear while service robot works from rail.

VISION
LASER
AI
Fault injection:

All scope options

Compare and simulate the base scope plus optional packages.

Tool library simulator

Map recipes to tool identity, interface status, and complexity.

ToolFamilyStationAdapterVisionComplexity

Process workflow

Control logic from job selection to production enable.

01Job / part selected
02Recipe maps required tool
03CRX moves to tool bank
04Vision / QR confirms identity
05Robot picks and transfers tool
06UR quick-change receives tool
07Mounted-state verification
08Optional laser / AI inspection
09Traceability log and machine enable

3D scan viewer

Review the site scan and layout reference.

3D render fallback

Quotation pack helper

RFQ response checklist and proposal narrative.

Suggested technical narrative

Provide an automated tool service layer using a rail-mounted CRX service robot, standardized quick-change adapters on existing UR robots, tool-bank pick-up, tool ID verification, mounted-state confirmation, and setup traceability. Keep advanced dimensional and AI inspection as modular adders.

Submission checklist

    Cloudflare Pages deployment

    Deploy the simulator as a static site.

    Dashboard upload

    1. Zip the public folder contents or upload the folder directly.
    2. Cloudflare dashboard → Workers & Pages → Create application → Pages.
    3. Choose Direct Upload and upload the prepared public folder or zip.

    Git integration

    1. Push this project to GitHub or GitLab.
    2. Build command: exit 0
    3. Build output directory: public

    Wrangler CLI

    npm install
    npm run deploy