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OAKFIELD PLAYWORKSINDUSTRIAL SYSTEMS / 249607
INTERACTIVE DIGITAL TWIN · 30 MACHINES · 112 × 76 M HALLMODEL ONLINE

MY SIMULATOR / PRODUCTION ENGINEERING

Inside a precision
toy block factory.

From kiln-dried timber to packed kits: explore the equipment, material flow and manufacturing physics of a complete conceptual production plant.

30RIGGED MACHINES
343D ASSET CHUNKS
25SCENARIO MODELS
LOADING INDUSTRIAL ASSETS 0 / 34
LIVE 3D EXHIBITDRAG TO ORBIT · SCROLL TO ZOOM · CLICK A MACHINE
INITIALISING— FPS
FOOTPRINT160 × 128 m
LAYOUTU-shaped line
SHIFTS2 × 8 hours
CORE OUTPUT24 blocks / kit

FLOW ENGINEERING / ANALYSIS

Production dynamics

30-node stochastic material flow

Poisson arrivals, deterministic batch cycles, sampled repair downtime, rework and transport delay.

NOMINAL BOTTLENECK—

Computing from machine metadata.

ESTIMATED SATURATED OUTPUT—

Ideal bound before losses and warm-up, kits per hour.

Reference discrete-event results

The packaged Node.js engine supplies event-by-event throughput, queues, WIP and utilisation. Results shown below come from the reproducible 16-hour baseline.

EXPERIMENT LIBRARY

25 ways to interrogate the line

CONCEPT DIGITAL TWIN · NOT A PHYSICAL SAFETY CERTIFICATION · THREE SHARED 2048² PBR ATLASES · ALL MODELS Y-UP · SEED 249607
The science

Throughput comes from a discrete-event queue model (finite buffers, blocking, breakdowns and repair) with an independent closed-form check in the delivered study tables. Machine meshes are illustrative and the factory is fictional; this page serves a Standard level of detail (a fraction of the original triangles, meshopt-compressed) to stay fast on phones. Not a safety or acceptance design.

Made with 🤖 ChatGPT · Three.js