Laboratory & Cleanroom — 100 parts at true real-world scale: labware on the SLAS standard, benches, fume hoods, biosafety cabinets, lab-automation deck and cleanroom fit-out, built for games, scientific visualisation, lab digital twins and simulation

Research-lab levels and life-science scenes are usually assembled from a few hero props and a lot of guesswork about size. This kit is the whole room at correct scale: consumables that fit a robot deck, the glassware on the bench, the bench itself, the hoods against the wall, the cleanroom panels the wall is made of, and the gas, safety and cold-storage equipment around it. Every part is modelled from exact CAD solids in metres, ships with its design dimensions published in an included table, has its origin at the base centre so parts drop onto the floor or the bench, and carries a convex collision mesh. Delivered as USD, glTF/GLB, FBX, OBJ and STEP CAD source — the geometry stays measurable and re-usable, not only renderable.

Not AI-generated. Not photogrammetry. Parametric CAD.

Where this is used

• Game environments: research labs, cleanrooms, medical and sci-fi facilities
• Scientific and pharma visualisation, training and safety content
• Lab-automation and liquid-handling scene building: microplates, tip boxes, plate hotel, deck and nests at real SLAS size, so a plate really fits a nest
• Digital twins of laboratories and cleanrooms
• Synthetic data generation for detection and pose estimation (consistent scale, clean per-part separation, collision meshes)

What is inside (10 families, 100 parts)

• Consumables & SLAS labware 14 — 96-well, 384-well, 96 deep-well, 24-well and 6-well microplates, plate lid, 200 µL and 1000 µL tip boxes (open lid, tips loaded), SLAS reservoir, tube racks for 1.5 mL / 15 mL / 50 mL tubes (partly loaded), 81-place cryobox, 50 mL conical tube
• Glassware & bottles 10 — GL45 reagent bottles 250 / 500 / 1000 / 2000 mL, beakers 600 mL and 1 L, Erlenmeyer flasks 500 mL and 1 L, wash bottle, 10 L carboy
• Benches & furniture 12 — lab benches 1200 / 1500 / 1800 × 750 (900 standing, 750 sitting), 3000 × 1500 island bench with reagent shelf, mobile drawer cabinet, tall glass-door cabinet, wall shelf, lab stool, chrome wire shelving, two stainless carts
• Hoods & cabinets 8 — fume hoods 1200 / 1500 / 1800 with sash and exhaust collar, biosafety cabinets 1200 / 1800 on stands, laminar clean bench, glove-box isolator on stand, flammable-storage cabinet
• Benchtop equipment 14 — benchtop centrifuge, microcentrifuge, plate shaker, thermal-block instrument, vortex mixer, hotplate stirrer, analytical balance with draft shield, water bath, benchtop incubator, spectrophotometer, plate reader with plate drawer, compound microscope, single-channel pipette, pipette carousel
• Lab automation 10 — 20-slot plate hotel, 1200 × 600 automation deck with 12 SLAS nests, single nest adapter, tip-waste chute, barcode-reader stand, plate sealer, robot plinth, aluminium-profile enclosure with clear panels, stainless deck cart, 2000 mm linear rail
• Cleanroom 12 — wall panels 1200 / 900 × 3000, corner panel, single and double cleanroom doors with vision panels, pass box, air shower, fan-filter units 1170 × 570 and 570 × 570, sticky mat, gowning bench, garment rack
• Gas & safety 10 — 50 L and 10 L gas cylinders, wall cylinder rack, cylinder cart, regulator panel, combination safety shower / eyewash, wall eyewash, acid cabinet, biohazard bin, sharps container
• Sinks & utilities 6 — single and double sink units with gooseneck taps, pegboard drying rack, bench service turret, DI-water dispenser, wall hand-wash basin
• Cold storage 4 — lab refrigerator with glass door, upright −80 °C freezer, chest freezer, 50 L liquid-nitrogen dewar

Standard sizes are respected where a standard exists: microplates on the ANSI/SLAS 1-2004 footprint 127.76 × 85.48 mm (96-well 9.0 mm pitch, 384-well 4.5 mm pitch, 14.35 mm standard height), 15 mL and 50 mL conical tubes, GL45 bottles, 900 / 750 mm bench heights, 1200 × 3000 × 50 cleanroom panels, 2 × 4 ft and 2 × 2 ft fan-filter units. Other proportions are typical rather than a specific manufacturer's product. Hollow objects (beakers, bins, cabinets, hoods, boxes) are modelled as shells, not solid blocks. Glass and clear plastics (38 parts) sit on a separate untextured clear material slot (alpha 0.35) rather than being baked into the atlas — swap that one material for your engine's glass shader, no mesh splitting needed.

Authored with the properties simulation pipelines check first

• Real-world scale in metres, exported at 1.0 unit scale
• Z-up, each part's pivot on the ground plane so it sits where you drop it
• Descriptive per-part names carrying the nominal size (e.g. E_Microplate_96_Flat, E_FumeHood_1500x900x2400)
• UVs inside 0–1, non-overlapping, single UV channel
• PBR metal-rough, 4K maps
• A closed convex collision hull per part (FBX, Unreal UCX naming; 12–92 triangles, re-checked after export)
• USD alongside FBX / glTF / OBJ / STEP; textures linked by relative path so every format opens textured after extraction
• Every dimension published in the included table and re-measured after export

Simulation-ready USD, validated (new in this kit)A second USD package, Kitbash_E_SimReady, follows the SimReady Foundation folder convention and passed the open SimReady Foundation validator for profile Prop-Robotics-Neutral 1.0.0 (all six feature groups; the report is included in QC/). Every part is an individually loadable USD asset carrying UsdPhysics rigid body + mass (kg), a convex collision approximation (convex decomposition for hollow objects), a physics material (friction / restitution / density), UsdSemantics class labels, a grasp vector and asset metadata. Masses are typical empty weights per part type (roughly ±50 %); the exact CAD-solid mass is stored alongside for reference. Not included: articulation (doors, sashes and lids are static), MDL materials (UsdPreviewSurface is used), measured physical properties.

Quality control — every part passed an automated 5-stage QC before packaging (reports included): closed solids and dimensions re-measured after export; UV 0–1 with 0 % overlap; texture resolution and fill verified; glTF re-import scale check and zero overlap between parts in the kit layout; SimReady Foundation profile validation of the USD package.

What you get

• Per part: LOD0–LOD3 + convex UCX collision mesh (Unreal naming)
• Textures: 4 shared 4K PBR atlases — BaseColor, Roughness, Metallic, Normal (tangent, OpenGL), AO. Light procedural wear (clean-room look, no heavy rust or grime), no baked lighting
• Formats: FBX (per part, LODs + collision), glTF/GLB (set, textures embedded), OBJ + MTL, USD (set) + SimReady USD (100 atomic assets with physics, validated), Blender 5.0 .blend, STEP CAD source for all 100 parts
• Docs: README, DIMENSIONS.csv/.md, QC reports, mesh statistics — inside every archive
• Previews: contact sheets of all 100 parts, lineup, wireframe

Files are archived per format (FBX, GLB, OBJ, STEP, Blender, USD, USD_SimReady, Textures, Docs).