Global robotics testing, from components to complete products.
For aerial photography, inspection, surveying and industrial applications Product Safety · EMC · RF · Battery, Performance & Reliability
Over a decade of robotics certification experience.
Over a decade of experience in robotics certification, with in-depth knowledge of certification regulations and standards worldwide.
Certification services covering over 130 countries and regions
Technical expertise and equipment investment focused on intelligent robots, with extensive testing capabilities
Our technical team has served over 1,000 intelligent robot manufacturers, building extensive practical experience
One-to-one guidance throughout your project.
40,000 m² of laboratories and 2,000+ testing instruments.
Trusted by leading brands.
Expert support from testing to report delivery.
Navigation accuracy, path following and task completion rates can be assessed as performance tests. Agree on routes, environments and acceptance criteria in advance. Safety and wireless compliance tests follow the applicable requirements.
2026-09-11In addition to electrical safety, key issues include the cutting mechanism, thrown objects, lift and tilt detection, unintended starting and boundary control. Tests should be established against requirements specific to robotic lawn mowers.
2026-09-11Classification depends on intended users, product design, marketing and play functions. Products classified as electric toys must meet the relevant toy requirements and cannot be treated simply as ordinary information technology equipment.
2026-09-11Key risks include falling, loss of adhesion after a power failure, failed edge detection and liquid entering electrical components. Test conditions should cover surfaces, installation methods and environments permitted by the manual.
2026-09-11Provide the integration protocol, interface documentation and simulation tools to verify behavior when connections fail, door status is abnormal or tasks are interrupted. On-site operation can be evaluated separately through scenario testing.
2026-09-11Rated payload and center of gravity affect stability, braking distance, motor temperature rise and battery loading. Increased payloads, replacement cargo compartments or speed changes should be assessed for additional testing.
2026-09-11They differ in operating locations, payloads, human contact and management methods. First determine whether the product is an industrial driverless transport vehicle, then identify the relevant standards. Standards cannot be selected solely from the name “delivery robot”.
2026-09-11Assess collision, crushing, trapping, tipping and unintended-start risks according to expected speed, contact areas and location of use. Also examine speed limits, emergency stopping and fault recovery strategies.
2026-09-11First compare the chassis, batteries, power supplies, housings, wireless modules and software functions. A representative model may be assessed for a series sharing the same critical safety construction. Differences in trays, payloads or interaction systems require additional verification.
2026-09-11First distinguish uses such as guidance, food delivery and personal care, and establish the motion mechanism and type of human contact before selecting applicable standards. Personal care robot standards cannot automatically be applied to all commercial robots.
2026-09-11The charging dock and main unit are assessed separately. The dock undergoes power-supply safety and EMC testing, while the main unit is assessed against the complete-product standard. When sold as a set, both reports support the same certificate application.
2026-09-11Robot vacuums are not included in the mandatory CCC certification catalogue. Sales in China require quality inspection reports to GB 4706.1 / GB 4706.7. Models with Wi-Fi, Bluetooth or other wireless modules also require SRRC type approval.
2026-09-11Navigation accuracy, path following and task completion rates can be assessed as performance tests. Agree on routes, environments and acceptance criteria in advance. Safety and wireless compliance tests follow the applicable requirements.
2026-09-11In addition to electrical safety, key issues include the cutting mechanism, thrown objects, lift and tilt detection, unintended starting and boundary control. Tests should be established against requirements specific to robotic lawn mowers.
2026-09-11Classification depends on intended users, product design, marketing and play functions. Products classified as electric toys must meet the relevant toy requirements and cannot be treated simply as ordinary information technology equipment.
2026-09-11Key risks include falling, loss of adhesion after a power failure, failed edge detection and liquid entering electrical components. Test conditions should cover surfaces, installation methods and environments permitted by the manual.
2026-09-11Provide the integration protocol, interface documentation and simulation tools to verify behavior when connections fail, door status is abnormal or tasks are interrupted. On-site operation can be evaluated separately through scenario testing.
2026-09-11Rated payload and center of gravity affect stability, braking distance, motor temperature rise and battery loading. Increased payloads, replacement cargo compartments or speed changes should be assessed for additional testing.
2026-09-11They differ in operating locations, payloads, human contact and management methods. First determine whether the product is an industrial driverless transport vehicle, then identify the relevant standards. Standards cannot be selected solely from the name “delivery robot”.
2026-09-11Assess collision, crushing, trapping, tipping and unintended-start risks according to expected speed, contact areas and location of use. Also examine speed limits, emergency stopping and fault recovery strategies.
2026-09-11First compare the chassis, batteries, power supplies, housings, wireless modules and software functions. A representative model may be assessed for a series sharing the same critical safety construction. Differences in trays, payloads or interaction systems require additional verification.
2026-09-11First distinguish uses such as guidance, food delivery and personal care, and establish the motion mechanism and type of human contact before selecting applicable standards. Personal care robot standards cannot automatically be applied to all commercial robots.
2026-09-11The charging dock and main unit are assessed separately. The dock undergoes power-supply safety and EMC testing, while the main unit is assessed against the complete-product standard. When sold as a set, both reports support the same certificate application.
2026-09-11Robot vacuums are not included in the mandatory CCC certification catalogue. Sales in China require quality inspection reports to GB 4706.1 / GB 4706.7. Models with Wi-Fi, Bluetooth or other wireless modules also require SRRC type approval.
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