PROOF LAB 03 · EMBODIED ROBOTICS, EDGE AI & MEDICAL ISOLATION
Hospital and cleanroom tenders reject generic commercial robots and edge boxes on three fatal compliance gaps: unverified 3D ToF stopping zones, uncertified Wi-Fi/BT radios paired with lithium coin-cell air-freight blocks, and industrial 1xMOOP power bricks exceeding patient leakage limits. Test your hardware bill of materials against all three benches below.
Deterministic client-side calculators · Zero synthetic placeholders · Clause-mapped to GB/IEC/ISO
BENCH 01 · AUTONOMOUS MOBILE ROBOT SAFETY PHYSICS
Calculate minimum protective stop field depth S = (v · T_total) + (v² / 2·a_dec) + C_tof + Z_margin for hospital corridor and industrial aisle AMRs. Evaluates dual-channel safety LiDAR + 3D ToF camera fusion under ISO 13849-1 Performance Level d (PLd, Category 3).
BENCH 02 · RF & DANGEROUS GOODS HARDWARE DE-SENSITIZATION
Bypass 8–16 week SRRC / FCC ID / CE-RED / TELEC / NCC wireless type-approval delays and UN 3091 lithium metal air-freight holds by auditing physical PCBA de-population and RTC holdover architecture before customs export.
BENCH 03 · MEDICAL ELECTRICAL ISOLATION VERIFIER
Verify surgical cart, diagnostic robot, and bedside edge compute PSU architectures against IEC 60601-1 Clause 8.7 & 8.8 (GB 9706.1-2020) Means of Patient Protection (2xMOPP) dielectric strength, creepage/clearance, and touch/earth leakage limits.
CROSS-MARKET STANDARD EQUIVALENCE MATRIX
Every technical bid prepared by Asaptic maps Chinese factory test reports directly to destination tender clauses across Europe, North America, UK, Singapore, Australia, and Hong Kong.
| Engineering Domain | China National Standard (GB) | International / EU / US Standard | Critical Tender Gate & Verification Metric |
|---|---|---|---|
| AMR Protective Stop & Zone Physics | GB/T 41402-2022 · GB/T 20721 | ISO 3691-4:2023 Cl. 4.8 · EN 1525 | Dynamic braking envelope S_stop validated across payload inertia + 3D ToF angular uncertainty (C_tof = 65 mm) |
| Safety-Related Control Architecture | GB/T 16855.1-2018 (PLd Cat 3) | ISO 13849-1:2023 PLd · IEC 62061 SIL 2 | Dual-channel OSSD safety relay loop (MTTFd >= High, DCavg >= 90%, CCF >= 65 pts, latency <= 20 ms) |
| Active Optical Protective Devices (3D ToF / LiDAR) | GB/T 38182 · GB 7247.1 Class 1 | IEC 61496-3 Type 3 (AOPDDR) · IEC 60825-1 | Diffuse-reflection detection of 70 mm dark test piece (1.8%–2.0% reflectivity) + Class 1 eye-safe 940 nm VCSEL |
| No-RF Edge AI Hardware De-Sensitization | GB/T 9254.1 (Class A/B EMC, Non-SRRC) | EN 55032 / EN 55035 · FCC Part 15B SDoC | Physical DNI of M.2 Key-E radio & blind CNC faceplate removes RED 2014/53/EU & FCC Part 15C homologation gates |
| Non-DG Supercapacitor RTC Holdover | GB/T 34870.1 (Supercapacitors) | IATA DGR SP A186 · UN 3091 Exempt | Replaces CR2032 lithium metal cell with 1.5F EDLC supercap (<0.012 Wh) + PTP/NTP holdover for unrestricted air freight |
| Medical 2xMOPP Power Isolation | GB 9706.1-2020 Cl. 8.7 & 8.8 | IEC 60601-1 Ed. 3.2 · ANSI/AAMI ES60601-1 | 4000 VAC primary-to-secondary dielectric withstand, >=8.0 mm creepage at 250 VAC, and <100 uA low leakage |