BIOCAD.01 // ANTHROPOMETRIC SYSTEM 32 COMPILER

We don't sell cabinets. We compile a kitchen directly from your anatomy and biometry

Q: How do I accurately measure my bent-elbow height at home?

Put on the house shoes you normally wear while cooking. Stand upright, relax your shoulders, and bend your arm at 90 degrees with your forearm parallel to the floor. The vertical distance from the floor to the underside of your elbow in millimeters is your baseline H_elbow parameter.

Q: How does the web calculation turn into physical CNC parts?

Click the button to send your biometric payload to our Telegram bot (@assistant_furniture_bot). The bot pairs your profile with your room dimensions (or LiDAR scan), generates a 3D scene with your 1:1 anthropometric rig, exports an iOS Quick Look AR file (.usdz), and compiles the ViyarPRO XML v24 production file.

Q: How does a 3-height stepped counter look architecturally clean?

In contemporary kitchen architecture, the cascade is realized either by separating monolithic blocks (a raised wet/sink block, a mid-level prep run, and a lowered cooking island) or via precision CNC-stepped stone planes aligned to the System 32 grid.

95% of kitchens worldwide are still hard-coded to a single 860 mm height for a 1970s average stature and assembled from rigid 600 mm boxes with filler strips. Enter your stature, bent-elbow height, and dominant hand — the furnigen parametric core computes a three-tier height cascade, routes all 5 zones to your hand vector, and compiles a ViyarPRO XML v24 file straight for CNC machining.

Launch Biometric Compiler LiDAR → CNC Pipeline Architecture

Interactive Anatomical Kitchen Compiler (BioCAD v2.4)

Adjust your biometric inputs — the real-time solver recalculates all three worktop planes per AMK formulas, mirrors the 5-zone Blum Dynamic Space vector for right- or left-handed kinematics, and outputs live System 32 → ViyarPRO XML code.

↔ Orbit · ↕ Zoom AMK H_PREP 1010 mm

H_PREP 1010 mm −44% L4–L5 · Vector CW · Syst. 32

Biometric Preset

Primary User Stature (cm)

90-Degree Bent-Elbow Height in House Shoes (mm)

Dominant Hand (5-zone Blum Dynamic Space routing)

Second Partner Stature (0 = solo user, 150–205 cm = dual profile)

Room Geometry Input Source

SOLVER TELEMETRY // AMK + BLUM + SYSTEM 32

H_SINK // Sink Module (calibrated to basin bottom)1085 mm

H_PREP // Primary Prep Plane (elbow − 125 mm)1010 mm

H_HOB // Induction Module (calibrated to pot rim)945 mm

DUAL_MODE // Partner B Island / Motorized ActuatorDisabled (single-owner mono biometry)

SPINE_LOAD // L4–L5 Lumbar Strain Reduction vs. 860 mm Standard−44% L4–L5

HAND_VECTOR // Zero-Crossings 5-Zone Kinematic RouteCW [1 Consumables → 2 Tableware → 3 Sink → 4 Prep >=900 mm → 5 Cooktop]

Compiled System 32 → ViyarPRO XML v24 Descriptor

<furnigen_biocad version="24.0" grid="system32" pitch_mm="32" front_setback_mm="37">
  <anthropometry stature_cm="188" elbow_mm="1135" hand="right" partner_cm="0" scan="lidar"/>
  <amk_cascade h_sink_mm="1085" h_prep_mm="1010" h_hob_mm="945" adj_stroke_mm="0"/>
  <blum_dynamic_space direction="CW" prep_min_mm="900" triangle_max_mm="6600"/>
  <viyarpro_cnc panels="38" pur_edge_m="94.2" sys32_holes="1368" clash_check="PASS"/>
</furnigen_biocad>

Compile Full Project in Telegram Bot Open 3D/AR Configurator

Select Your Engineering Scenario

One deterministic System 32 mathematical core with specialized modes for solo or dual anthropometric profiles.

MODE 01 // DIRECT-TO-CNC ENGINEERING PIPELINE

For Software Engineers, Hardware Builders & Founders

From an iPhone RoomPlan LiDAR scan to a ready-to-cut ViyarPRO XML v24 manufacturing file, a 1280+ hole CNC drilling map, and 1:1 iOS AR Quick Look preview with zero showroom margin.

Open the IT & Engineers page →

MODE 02 // DUAL BIOMETRY & LUMBAR PROTECTION

For Couples With a 15–30 cm Height Gap & Spine Biohackers

Synthesis of two anthropometric rigs: dedicated prep island height, raised sink basin, lowered induction hob, and a 100 mm motorized frame.

Open the Couples & Spine Health page →

Four Stages of the Direct-to-CNC Pipeline: Zero Showrooms

01 // Body Digitization & RoomPlan LiDAR

Scan your kitchen with an iPhone in 40 seconds and enter your elbow height. Our anthropometric module (person.ts built on MakeHuman CC0) places a true-scale 1:1 3D rig of your body inside the virtual kitchen.

02 // Validation Against the 87-Rule Knowledge Base

The constraint solver automatically checks German AMK ergonomics, Blum Dynamic Space kinematics, DBN V.2.5-20 gas clearances, and DBN V.2.5-23 wet-zone electrical safety — citing the exact clause and page for every check.

03 // System 32 Parametric Recalculation

Instead of rigid 600 mm boxes and ugly 80 mm corner filler strips, the solver scales every cabinet width in 1 mm increments and computes 1200+ CNC drilling coordinates on a 32 mm pitch with a 37 mm front setback.

04 // Direct Export to ViyarPRO XML v24 & 1:1 AR

Walk through your compiled kitchen at 1:1 scale via iOS Quick Look (.usdz), then send the ViyarPRO XML v24 production file straight to automated CNC panel saws, PUR edgebanders, and drilling centers.

Mathematical & Ergonomic Invariants of the furnigen Core

Every compiler formula is grounded in digitized European ergonomic standards from the furnigen knowledge base. For private residences, these serve as precision engineering recommendations.

Rule ID	Formula / Engineering Threshold	Primary Source & Page	Biomechanical Effect for the User
`amk.work_height.below_elbow`	H_prep = H_elbow − (100…150 mm); H_adj = delta 100 mm	AMK-Ergonomie-Ratgeber (Mannheim, Germany), pp. 9, 11, 12	~90–105 deg elbow angle, zero static forward flexion in the L4–L5 lumbar spine.
`amk.work_height.sink_higher`	H_sink > H_prep (+60…100 mm); H_hob < H_prep (−60…100 mm)	AMK-Ergonomie-Ratgeber, p. 10	Sink basin bottom raised to palm height; tall pot rims lowered below elbow height.
`blum.zones.order`	1 Consumables → 2 Tableware → 3 Sink → 4 Prep (>=900 mm) → 5 Cooktop (CW right-handed, CCW left-handed)	Blum Dynamic Space / Kitchen Ideas (Austria), pp. 14–15	Cuts redundant kitchen walking distance by 32% and frees the knife-hand sector.
`blum.work_triangle.total_distance`	L(fridge–sink) + L(sink–hob) + L(hob–fridge) <= 6600 mm	Blum Dynamic Space, p. 14	Keeps the active cooking triangle compact without crowding prep surfaces.
`blum.storage.ergonomic_levels`	5 vertical strata; frequent items strictly in Strata 2–3 (knee to eye level) on full-extension runners	Blum Dynamic Space, p. 16	Eliminates crouching and blind rummaging inside dark bottom shelves.

Technical FAQ on Biometric Compilation

How do I accurately measure my bent-elbow height at home?

Put on the house shoes you normally wear while cooking. Stand upright, relax your shoulders, and bend your arm at 90 degrees with your forearm parallel to the floor. The vertical distance from the floor to the underside of your elbow in millimeters is your baseline H_elbow parameter.

How does the web calculation turn into physical CNC parts?

Click the button to send your biometric payload to our Telegram bot (@assistant_furniture_bot). The bot pairs your profile with your room dimensions (or LiDAR scan), generates a 3D scene with your 1:1 anthropometric rig, exports an iOS Quick Look AR file (.usdz), and compiles the ViyarPRO XML v24 production file.

How does a 3-height stepped counter look architecturally clean?

In contemporary kitchen architecture, the cascade is realized either by separating monolithic blocks (a raised wet/sink block, a mid-level prep run, and a lowered cooking island) or via precision CNC-stepped stone planes aligned to the System 32 grid.