Aslan runs robotics components as a factory search project, quoted per project: it screens the factories in China that make the part, visits the shortlist, negotiates in Chinese, pulls samples and hands you a ready-to-order file. Aslan holds no standing partner factory in robotics or electronics and has no engineers, so your drawing or specification is the reference for every part: Aslan does not review parameters or designs. Visits, audits and inspections are billed at a day rate with travel at cost, and when Aslan manages the order it charges the buyer a commission of 4 to 8 percent of order value, as shown on the pricing page.

Aslan’s direct vacuum relationship covers wet and dry and cordless vacuums. Robot vacuums go through the same factory search as everything else on this page. This page is general information and does not replace legal or engineering advice.

Component families and the parameters to specify

Component Parameters to specify What the source says
Servo actuators and joint modules Torque, speed, reduction ratio, backdrivability Electric actuators with high-ratio reducers trade torque, speed and size, and rigid high reduction copes poorly with force control and shock (Ficht and Behnke)
Harmonic reducers, also called strain wave Ratio, backlash, rated torque High reduction ratios with minimal backlash (2023 thesis)
Planetary reducers Ratio, torque density, friction High torque density, with possible added friction and complexity (same thesis)
BLDC motors and drivers Torque, speed, control method BLDC means brushless direct-current. With electronic commutation, output torque can be sensed and controlled through motor current (Ficht and Behnke)
Encoders Sensing principle, resolution, mounting Joint position is now usually read by high-resolution Hall-effect magnetic encoders, which have no friction in the sensing element (Ficht and Behnke)
LiDAR and depth cameras Wavelength, range, field of view, scanning method, eye-safety class LiDAR, light detection and ranging, mostly runs at 850 to 950 nm, with 905 nm the mainstream, or at 1550 nm; range is capped by eye-safety limits under IEC 60825; scanning is mechanical, MEMS mirror, flash or optical phased array (Li and Ibanez-Guzman)
IMUs Sensors included, output An IMU, inertial measurement unit, combines accelerometer, gyroscope and magnetometer readings into 3D orientation (Ficht and Behnke)
Battery packs Chemistry, Wh, protections, test reports See battery packs and power banks
Structural machined parts Material, drawing tolerances, finish Specify on your drawing

MEMS means micro-electro-mechanical systems; nm is nanometres.

Where the industry sits in China

The International Federation of Robotics reported in September 2025 that 295,000 industrial robots installed in China in 2024, 54 percent of global demand, with Chinese suppliers holding a 57 percent share at home. Clusters sit in the Yangtze River Delta around Shanghai and in the Pearl River Delta around Shenzhen. Local figures below use different definitions and years.

Region City What the source reports
Yangtze River Delta Suzhou Wuzhong district: over 1,000 robot and AI enterprises in 2023, a chain covering key robot components, body manufacturing and system integration (Suzhou Bureau of Commerce, September 2024)
Yangtze River Delta Shanghai Zhangjiang Science City launched supply chain platforms in June 2026; one says it lists over 800,000 suppliers across the robot lifecycle (Yicai, June 2026)
Yangtze River Delta Hangzhou Over 700 companies in the embodied robotics chain and 106.8 billion yuan output in 2025 (Xinhua, May 2026)
Pearl River Delta Shenzhen Over 200 robotics firms in Nanshan district’s Robot Valley; city robotics output above 240 billion yuan in 2025 (Xinhua, July 2026)
Pearl River Delta Dongguan Songshan Lake hosts a robotics base that has incubated over 80 robotics and smart hardware startups, and an institute working on lasers, sensors and machine vision (Xinhua, July 2025)

This page names no suppliers. A factory search screens makers against your specification.

Robotics clusters the page names, in the Yangtze River Delta around Shanghai and the Pearl River Delta around Shenzhen. Local figures come from different sources, definitions and years.Map of eastern China. In the Yangtze River Delta: Suzhou, where Wuzhong district had over 1,000 robot and AI enterprises in 2023; Shanghai, where Zhangjiang Science City launched supply chain platforms in June 2026, one listing over 800,000 suppliers; Hangzhou, with over 700 companies in the embodied robotics chain and 106.8 billion yuan output in 2025. In the Pearl River Delta: Shenzhen, with over 200 robotics firms in Nanshan district's Robot Valley and city robotics output above 240 billion yuan in 2025; Dongguan, where the Songshan Lake robotics base has incubated over 80 robotics and smart hardware startups.1 Suzhou2 Shanghai3 Hangzhou4 Shenzhen5 Dongguan1 SuzhouWuzhong district: over 1,000 robot and AI(artificial intelligence) enterprises in 20232 ShanghaiZhangjiang Science City supply chainplatforms, June 2026; one lists over800,000 suppliers3 HangzhouOver 700 companies in the embodiedrobotics chain; 106.8 billion yuan output in20254 ShenzhenOver 200 robotics firms in Nanshan's RobotValley; city robotics output above 240billion yuan in 20255 DongguanSongshan Lake base has incubated over 80robotics and smart hardware startupsRobotics clusters the page names, in the Yangtze River Delta around Shanghai and the Pearl River Delta around Shenzhen. Local figures come from different sources, definitions and years.Map of eastern China. In the Yangtze River Delta: Suzhou, where Wuzhong district had over 1,000 robot and AI enterprises in 2023; Shanghai, where Zhangjiang Science City launched supply chain platforms in June 2026, one listing over 800,000 suppliers; Hangzhou, with over 700 companies in the embodied robotics chain and 106.8 billion yuan output in 2025. In the Pearl River Delta: Shenzhen, with over 200 robotics firms in Nanshan district's Robot Valley and city robotics output above 240 billion yuan in 2025; Dongguan, where the Songshan Lake robotics base has incubated over 80 robotics and smart hardware startups.1 Suzhou2 Shanghai3 Hangzhou4 Shenzhen5 Dongguan1 SuzhouWuzhong district: over 1,000 robot and AI (artificialintelligence) enterprises in 20232 ShanghaiZhangjiang Science City supply chain platforms, June2026; one lists over 800,000 suppliers3 HangzhouOver 700 companies in the embodied robotics chain;106.8 billion yuan output in 20254 ShenzhenOver 200 robotics firms in Nanshan's Robot Valley; cityrobotics output above 240 billion yuan in 20255 DongguanSongshan Lake base has incubated over 80 robotics andsmart hardware startups
Robotics clusters the page names, in the Yangtze River Delta around Shanghai and the Pearl River Delta around Shenzhen. Local figures come from different sources, definitions and years.

Checks when buying in low volume

  • Sample policy in writing: quantity, price, and whether samples come from the production line
  • Datasheet figures measured on your own bench: torque, backlash, encoder resolution, sensor range
  • Communication protocol and firmware documented, with an agreed process for firmware changes
  • EU export controls checked if you will ship parts or robots out of the EU
  • Chinese export licence status confirmed by the supplier before you pay
  • Pre-shipment inspection booked: how inspection and acceptance quality limits work

EU side. Under the Dual-Use Regulation (EU) 2021/821, exporting an item listed in Annex I needs an authorisation. Annex I includes entry 2B007 for robots with characteristics such as radiation hardening, and 7A001 for certain accelerometers. Article 4 can require authorisation for unlisted items when the authority informs the exporter of a weapons-related or embargoed military end use, and an exporter who knows of such a use must notify the authority. Check it before you export from the EU, including re-exports of a finished robot.

China side. China’s Ministry of Commerce published its Dual-Use Items Export Control List, in force since 1 December 2024, covering about 700 items. Ask the supplier whether your part is listed before ordering.

EU rules for a finished robot

  • Machinery Regulation (EU) 2023/1230 applies from 20 January 2027, the date set by a corrigendum to the published text. Its Annex I, Part A, the machinery whose conformity assessment must involve a notified body, an independent assessment body designated by an EU country, lists at point 6: “Machinery that has embedded systems with fully or partially self-evolving behaviour using machine learning approaches ensuring safety functions that have not been placed independently on the market, in respect only of those systems.”
  • Radio Equipment Directive 2014/53/EU covers wireless products: safety and health, electromagnetic compatibility and spectrum use. The Commission states that its cybersecurity rules have applied since August 2025.
  • AI Act. Regulation (EU) 2026/1744 moved the Machinery Regulation to Section B of the AI Act’s Annex I. AI safety requirements for machinery will be added to the Machinery Regulation by delegated acts that apply by 2 August 2028.
  • Customs codes depend on the exact part and its use. Leave classification to your broker.
Export control and EU product rule dates this page names, on one time scale.Time scale from mid 2024 to 2029. China's Dual-Use Items Export Control List, about 700 items: in force since 1 December 2024. Radio Equipment Directive cybersecurity rules: apply since August 2025. Machinery Regulation (EU) 2023/1230: applies from 20 January 2027. Delegated acts adding AI safety requirements for machinery to the Machinery Regulation: apply by 2 August 2028.China's Dual-Use Items ExportControl List in forceabout 700 items1 December 2024Radio Equipment Directivecybersecurity rules applyAugust 2025Machinery Regulation (EU)2023/1230 applies20 January 2027AI safety requirements formachinerydelegated acts apply by this date2 August 202820252026202720282029YearExport control and EU product rule dates this page names, on one time scale.Time scale from mid 2024 to 2029. China's Dual-Use Items Export Control List, about 700 items: in force since 1 December 2024. Radio Equipment Directive cybersecurity rules: apply since August 2025. Machinery Regulation (EU) 2023/1230: applies from 20 January 2027. Delegated acts adding AI safety requirements for machinery to the Machinery Regulation: apply by 2 August 2028.China's Dual-Use Items ExportControl List in force1 December 2024about 700 itemsRadio Equipment Directivecybersecurity rules applyAugust 2025Machinery Regulation (EU)2023/1230 applies20 January 2027AI safety requirements for machinery2 August 2028delegated acts apply by this date20252026202720282029Year
Export control and EU product rule dates this page names, on one time scale.

The wider compliance picture is in EU compliance for AI wearables and connected devices.

Questions buyers ask

Does Aslan have robotics factories it works with? No. Every robotics part is a factory search project from your specification.

Can you recommend an actuator brand? No. This page names no suppliers; the search compares makers against your parameters and your samples.

Do we need an export licence to buy robot parts from China? It depends on whether the part is on China’s dual-use list. Confirm with the supplier before payment.

When does the Machinery Regulation apply? From 20 January 2027.

We need the whole product built. Where do we look? See AI hardware contract manufacturing.