Embodied Robots & Components
For humanoid and collaborative robot bodies, joint modules, reducers, lead screws, sensors, dexterous hands and battery packs, we deliver quantitative verification of mechanical durability, environmental adaptability and failure analysis, providing a data foundation for mass-production consistency.
You are probably struggling with these issues
These are the things we hear most. If any of the following matches your situation, it is time for a systematic pre-compliance assessment.
No experimental data on joint and reducer life; mass-production consistency relies on luck with sampling
Complex scenarios (temperature-humidity, dust, vibration, drop); unclear where the life weak points are
零部件成本高，坏一个拆解判断半天，拿不到根因
What we do for this industry
Listed here by capability area; specific items are subject to the test plan.
- Mechanical durability: Joint reciprocating life, reducer fatigue, lead screw life, wire harness bending
- Mechanical Properties: Tension, compression, bending, torsion, peel, impact
- Environmental Adaptability: High/low temperature, temperature-humidity cycling, salt spray, dust (IP), vibration
- Drop and shock: Full-unit drop, component mechanical shock, packaging transport
- Motors & Drives: Temperature rise, insulation, locked-rotor, efficiency, noise
- Sensing and wire harness: Signal integrity, mating cycling life, intermittent contact detection
- Failure Analysis: Metallographic cross-section, fracture surface analysis, composition and plating analysis
Main applicable standards
Below are the standards most frequently required in this industry; the actual applicable items depend on the target market and customer requirements.
| Standard / Regulation | Content |
|---|---|
| IEC 60068-2 / GB/T 2423 | Environmental testing methods (temperature-humidity, shock, vibration) |
| ISO 9283 / GB/T 12642 | Performance specifications and test methods for industrial robots |
| ISO 10218 / GB 11291 | Safety requirements for industrial robots |
| GB/T 1040 / ISO 527 / ASTM D638 | Tensile properties of plastics |
| GB/T 9341 / ISO 178 / ASTM D790 | Flexural properties of plastics |
| IEC 60529 | Enclosure protection rating (including dust) |
| ISTA series / GB T 4857 | Transport packaging and drop |
| GB/T 32877 / IEC 61800 | Motor drive systems and adjustable-speed electrical drives |
Standard versions are updated; please confirm the current valid version with us before formal submission.
Delivery Time
Mechanical and structural items: 3~5 business days; joint/lead screw life tests are quoted by cycle count, typically 5~15 business days; full-unit drop and vibration: 3~7 business days.
Main capability areas
Joint & Transmission Service Life
Reciprocating durability, reducer fatigue, lead screw life
Mechanical Properties
20kN universal testing machine with full tension/bending/compression fixtures
Environmental & Protection
Combined temperature-humidity, salt spray, dust and vibration profiles
Motors & Drives
Temperature rise, insulation, locked-rotor, efficiency, noise
Wire Harnesses & Signals
Bending life, intermittent contact, mating force, voltage drop
Failure Analysis
Cross-section metallography, fracture surface, composition and plating
Which laboratories handle these capabilities
Click in to see the specific test item list and equipment models.
Other industry solutions
Finalize your test plan for embodied robots and components
Our technical consultants select the minimum necessary test combination based on your target market and customer requirements, and deliver a plan and quotation within 1 business day.
