V2-f2-KNN · Clinical-Grade Algorithm · Active

Your Feet Know What Your Body Hides.

GoAxisScan delivers clinical-grade 3D plantar biomechanics diagnostics — mapping arch dynamics, plantar pressure, and gait alignment.

TECHNOLOGY & ADVANTAGES

🛰 Aerospace-Grade 3D Spatial Reconstruction

GoAxisScan uses advanced optical spatial reconstruction to capture tens of thousands of 3D point cloud coordinates as the camera moves — delivering millimetre-precision measurement of medial longitudinal arch collapse and heel valgus angle. Far beyond anything a 2D photo can offer.

☁️ Zero Hardware Required — Cloud-Native Modelling

No expensive scanning hardware to buy. Any modern smartphone is all you need. GoAxisScan brings clinical-grade 3D foot analysis directly into your home, on demand.

🖨 100% Native 3D Printing Ecosystem Compatible

Every .glb model file produced by GoAxisScan carries true 1:1 real-world scale — ready to import directly into professional medical CAD/CAM software and feed straight into high-speed 3D printing or CNC machining for custom orthotics production.

HOW IT WORKS

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1. Scan Your Foot

Use Scaniverse on your iPhone (LiDAR required). Foot must be suspended in air, sole facing down. Export as .glb.

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2. Upload & Validate

Upload your .glb file. Our AI validates scan quality — only clean scans proceed. No payment required until validated.

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3. Pay & Receive Report

Once validated, pay securely. Your PDF diagnostic report is generated and emailed within minutes.

SCANNING GUIDE — STEP BY STEP

【Position】Suspend Foot in Air

Foot must be suspended in air — sole facing down with nothing below it. Hold phone with rear LiDAR camera pointing straight up at the sole, 25–35 cm away. Confirm the entire foot sole is visible within the frame before scanning.

⚠️ Do NOT rest foot on sofa, floor or table. Background contact will cause scan rejection.

【Phase 1】Hold Still — 5 Seconds

Keep both the foot and phone completely still. Hold the position for 5 seconds. This captures a high-density point cloud of the forefoot and heel contact surfaces.

Do not move. The LiDAR is sampling the same surface repeatedly to maximise precision.

【Phase 2】Tilt Toward Arch — 3 Seconds

Without moving the phone's position, tilt it 15–20° toward the arch side of the foot and hold still for 3 seconds. This captures the medial arch depth — the most critical zone for biomechanical analysis.

Tilt only — do not reposition or circle. Total scan time: ~8 seconds.

【Export】Save as GLB

In Scaniverse: tap Complete → Export → GLB format. Transfer the .glb file to your iPhone Files app, then upload below.

Only GLB format accepted. Do not select OBJ, USDZ or other formats.

Info

Upload

Validate

Pay

Report

STEP 1 — YOUR DETAILS

FULL NAME

EMAIL — REPORT DELIVERY

WEIGHT (kg)

Required for plantar pressure calibration.

FOOT LENGTH (mm)

US 9 ≈ 270mm | EU 42 ≈ 265mm | US 7 ≈ 254mm

FOOT WIDTH (mm)

📐 How to Measure Your Foot Width (30-Sec Guide):
1. Barefoot Weight-Bearing: Stand naturally on a flat, hard floor. Your foot must bear your full body weight for an accurate reading.
2. Find the Bony Prominences: Locate the widest points of your foot — the bone joint at the base of your big toe (1st metatarsal head) and the bone joint at the base of your pinky toe (5th metatarsal head).
3. Measure & Input: Use a standard ruler to measure the straight horizontal distance between these two prominent joints. Record the exact measurement in millimeters (mm) and input it above.