“ In 2026, robots will start working.
On October 12, the Shanghai National Exhibition Centre - 310,000 square meters, more than 3,200 exhibitors in 24 countries and regions - was the most crowded venue for the 26th Industrial Expo, not the main forum of the opening ceremony, but the two robot halls 7.1H and 8.1H.
When we entered 7.1H, the first feeling was not quite the same as last year. There were no mechanical arms that danced in a row, there were no demos of all kinds. Instead, there were humanoid robots that carried the wrappers, armwork stations with screws along the production line, and the wheel clusters of gearboxes in the codebase area. In the 56,000 square meter exhibition area, robots stopped performing, and they began to go to work.
These two robot pavilions have taken the flavor of the aluminum industry to new heights. Even though the Vietnamese stand has laid out links that seem to be entertaining about golfing, it was only when the staff asked that they knew that the lever action was extremely demanding on the instantaneous speed and control accuracy of the joints that it was itself an intuitive test of performance at the industrial level.
The following is the archive we sent back from the exhibition site.
01.
The National Army Corps of Engineers is in the works.
McCandless: The brainstorming system, the automated sorting of human robots
Specializing in the field of AI robotics, McMand is a new, small, giant AI enterprise, which will feature a 300-square-meter exhibition space, focusing on 20 major smart application scenarios, covering a variety of physical shapes, such as industrial mechanical arms, humanoid robots, and typical industrial sectors such as intelligent crawling, sorting, assembly, graffiti, quality inspection.
The most striking features are the autonomous sorting of the humanoid robot: based on the Mech-GPT multi-modal large model, the robot understands natural language instruction and feed filtering electronic labels, real-time identification and adjustment of sorting strategies in the face of randomly placed mass objects, hand-to-hand coordination of the two arms with the Mech-Hand, without predictive programming.
On a technical level, McCamand focused on the new Mech-Eye ULTRA M-GL high-speed high-precision industrial 3D camera, which optimized imaging algorithms for sub-millimeter thin objects, transparent objects, and high-reflective materials to achieve high-precision 3D imaging in milliseconds.
In terms of commercialization, McCamand's general-purpose bracelets have been deployed globally totaling more than 30,000 units, serving more than 100 Fortune 500 companies.
A new robot: chip-packing precision handkerchief on the job site
The new BR-MR73A all-wheel-drive humanoid robot demonstrates its ability to be deployed in semi-conducting situations.
BR-MR73A focuses on the front end of the chip packaging, alternating the finished material box with the spring material, closely matching the workpiece to the workpiece, positioning the workpiece with high precision, and completing the precise insertion using the reinforcement learning method. In another exhibition, BR-MR73A completes the clutch, overall turn and multi-position adjustment of complex vehicle lockpieces by two-arms collaboration, and combines wrist and head cameras to conduct image collection and quality inspection. BR-MR73A has 21 to 27 free arms, flexible position control system and contact avoidance functionality, integrated self-guided navigation obstacles, multi-mode logic and routing capabilities.
The BR-MR73A RICO is a full-body VR remote control system that enables full-body, multi-freedom immersive control, covering the waist, head, arms and wrists, allowing operators to perform only natural movements and robot synchronized reproduction in milliseconds. The system uses 200Hz real-time cycle control, low latency, high dynamic gesture tracking, arm-mounted resistance control mode, and intelligent sensing environment, ensuring interaction security, especially for nuclear patrol, chemical operations, emergency response, deep space/deep distance operations, and other high-security scenarios.
AUBO-A series of human-like two-armed platforms debuts
The theme of the exhibition, which covers the automotive, semiconductor, logistics, agriculture, and other industries, is "Blogging Smart".
The A-series dual-arms robot continues the existing key components self-development technology pathway, with the R-series joint module developed by Bloomberg internally, with 7 degrees of freedom to simulate human cross-wrist and full joint control, integrated ultra-compact lightweight force control joints, achieving high reliability in force sensation and high precision motion control capability, with superior self-weight load.
The G-series, the anti-bomb series, and the IS-series collaborate in collaboration with robots, covering the six key processes of graphite, spraying, grinding, testing, assembly, and welding. Among them, the newly released G40 smart adaptive robot has been applied to the grinding scene in April this year, to make metal structural parts consistent with brushes and polishes, to solve traditional grinding consistency gaps, low product pain points.
In terms of ecological collaboration, the platform also showcases partner programs such as automated three-dimensional measurement solutions, semiconductor transmission framework layering schemes, rapid switching systems, car door vacuum transportation, life simulation handlers, floating air angle milling machines, combined with gaming robots, to provide a full chain of multi-industry multi-scenario solutions.
Aston: 0.3 millimeters of needle in one injection
Aston Couch's Codroid 02 is demonstrating an operation that takes the viewer by surprise: a 0.3-millimeter main panel foot plug, with a 100% success rate.
It is understood that installation difficulties such as interface location changes, contact errors and insertion anomalies are addressed by integrating a visual-touch-language-action world model, which gives robots the ability to see, perceive precision, predict early, and insert stable operations. The model can perform advance projections on the physical interaction process, complete standard connector interfaces such as USB, HDMI identification, calibration, insertion, extraction and operation status tests.
The same platform's intelligent arm power control robot is targeting another industrial difficulty of solving the problem of randomization, high frequency type. It uses single-controller multi-machine synchronous technology to break down the complex commonalities of arm synchronous modulation, multi-machine interference avoiding obstacles, and pushes the multi-machine synchronous from the clutter of the forecast program to the clutter sensing programming clutter, achieving bidirectional pre-determination and abnormal force pre-perception.
02.
Giants face off against new forces
From 7.1H through the corridor to 8.1H, the visual style varies. The stands of ABB, Cuca, Fancano are large in size, the lights are cold, but the logic of the exhibition and the height of 7.1H are consistent.
5th century C.E.: Three robots are powered and the flow of materials is completely uncontrolled
8.1H is a physical and intelligent area, surrounded by three floors in front of the fifth-century high school stand.
It is not one robot that attracts the eye, it is three. Three Jilin-L1 wheeled two-armed robots revolve around material flow distribution collaboration: one to remove the crankcase, send the container to the center turntable; two to take the box feed, and then put the empty box back to the center turntable; three to take the empty box, go to the filling table feed, and then ship to the coding area to complete the stacking, each link is self-contained, without the need for artificial intervention.
Synchronously released, the new generation of body-brain replicator brains addresses two industrial challenges: cross-body generalization and low-sample learning. Based on the self-developed FAM series with large-scale models, using groundbreaking motion optics technology to unify the movements of different robots into a single language, allowing models to learn the ability to be replicated across bodies, combined with less sample learning, and to quickly master new tasks with just a small amount of demonstration.
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The programme is aimed at high-repeat operations, such as precision feedstock, transportation of container materials, regulation of whole codes, recycling of waste, adaptation to 3C electronics, automotive assembly, light industrial manufacturing, etc. In terms of commercialisation progress, the fifth century has received many domestic and foreign orders, and related products and programs have also entered the production line verification and mass production stage.
At the same time as the commercialization progresses, the company continues to receive capital support. In August 2026, the company disclosed that it has completed a series of A1 and A2 rounds of financing totalling over 1 billion yuan.
Tereda Robot: China debut of the seventh generation platform Gen 7
The Tereda Robot Joint Stage, MIR Mobile Robot and Yu-Gi-Oh! Robot (UR) jointly showcased the Fuji Mobile Operating Fuji Complex plant.
The core solution is that the MiR250 autonomous mobile chassis is equipped with two UR7e-920 collaboration mechanical arms: the MiR250 autonomous navigation to the target location, the two collaboration arms collaboration to complete operations such as feed, equipment maintenance, and then moving the mobile chassis autonomously to the next location, achieving cross-site continuity.
Gen 7 is based on the PolyScope X operating system, with a completely new design for the control boxes, displays and toolbars. The CB7 Core controller's computing capability has been upgraded by 40% over the previous generation, reduced in area by 30%, and is compatible with the e-series and the UR20, UR30 mechanical arms. Three new fully mechanical arms UR10g-1750, UR17g-1300 and UR18g-950 have been launched simultaneously. The g-series toolbars can directly provide data, power and security functions, built-in torque sensing, resistance control and RTDE technology, support for easy operation and force control assembly, and other physical applications.
PolyScope X supports the development and deployment of edge AI applications through open API andROS2 communication protocols. MiR solves how robotics get to the workplace, UR solves how to work in the workplace, and combines the two to form a complete loop of transportation from materials to precision operations.
Vietnam: Three hard-nuclear products released
At this year's trade fair, Xinjiang Tech started to think about how to surpass Xinjiang 2026 by launching three hardcore products: the next-generation naturally-designed seven-axis control arm Vega 7, industrial collaboration new species PULSA and high-end flagship series CRH. The three products focused on the three main scenarios.
The PULSA Industrial Collaboration Robot played golf on the podium. Don't think it's a crank, the swing requires the joints to complete complete complete movements from stationary to maximum speed to precise stop in a very short time, with extremely high requirements for instantaneous speed and control accuracy. According to the press release, the J6 of the PULSA 7 reaches 790°/s and the PULSA 12 reaches 735°/s, the highest level of industrial collaboration robots currently available.
The VEGA 7 is a naturally-occurring seven-axis power control arm, certified by 50,000-hour MTBF, with a rated load of 7 kg, a working radius of 725 mm, a repeating positioning accuracy of ±0.03 mm, a full-joint calibration torque sensor, oriented to body operation and real-machine data collection.
The CRH series is also worth seeing on-the-spot demonstrations, where the wine link is taken, poured, shaken, turned, and continuously air-tight. Continuous processes such as welding and spraying require consistency of trajectory much higher than the displacement operation, and the consistency of the wine demonstration is a visual proof of process stability.
According to Viet Jian, its products have become the common choice of more than 100 of the world's top 500 companies, with a global customer repurchase rate of more than 60%.
40 robots are on the same stage, making cold leather to cold leather, screwdrivers to screwdrivers
The non-synchronous technology booth is the hottest place in the whole building. Together, 19 eco-partners, 40 self-adapting robots, 28 complex applications operate simultaneously.
On the progress stage, the mechanical arms are busy: some in the steam car four-wheel positioning screws, some in the insertion of server memory, some in the grinding of aircraft engine sheets, some to the laboratory automatically rotate.
Hardcore applications are also rare. Automated robots in automotive four-wheel positioning systems will first easily contact the workpiece, adapt to pulling position errors through kinetic information, and then touch back to find and combine screws and tools. Advanced power point blend control strategies allow the robot to align the rigidity of the rotation direction with the flexibility of other directions, maintain stable contact with the tool, reduce slip and abnormal force risk. This sophisticated system allows customers to work on site along existing man-made sites, reduce environmental structured modification, and mass landing in automotive factories.
Based on the high frequency force sensing response and force perception capabilities, the robot completes the precise detection of the propeller, real-time recording of multidimensional data, achieving welding qualitative detection and data tracking.
Huawei alongside robots: Build a reliable body shell for smart people
The topic of launching robots along the Chinese side is hardcore, and they bring a body-intelligent movement base.
It's based on more than 20 years of technology accumulation in the fields of motors, servo drives, joint modules, motion control, standardization, modular physics execution underpinnings created for partners in the field of physical intelligence, positioning the general physical underpinnings in the world of robotics, and accelerating the movement of physical intelligence into the real industrial landscape.
In terms of joint modulation, the Chinese robot along the robot has a new type of permanent magnetic brake with an energy saving of up to 99% of the conventional electromagnetic brake, supporting a minimum of 12 mm wide mid-air line layout, achieving a variety of technical routes, such as waves and planets, to build more reliable physical muscle bones with body intelligence; in terms of power control, the Chinese robot along the self-developed high-sensitivity MEMS power sensor, achieving extremely low torque lag, torque lag of less than 0.05% FS, lag of less than 0.1% FS, accuracy of 0.1% FS, the HY-Echo series of human hands introduced along the HY-Echo, complete torque control bandwidth of ≥ 100Hz, power control of ≥ 0.02Nm, touch sensitivity of the terminal to reach 0.1N, touch sensitivity of the joint beyond the milliseconds.
At this trade fair, China also announced a major announcement: a comprehensive upgrade in the performance of collaborative robots. System transition through modular structures, decelerators, encoders, motors, clutches to drive algorithms and motion compensation algorithms, optimizing the synchronization of the core components with the overall control of the machine, to provide a stronger core for collaborative intelligence. After the performance upgrade, China has up to 360°/s of collaborative robot connectivity and up to 4.5m/s of end-to-end TCP line speeds.
China's integrated 2.5D visual collaboration robot, with automated focusing, AI recognition, AI lens detection, multi-light source configuration, rapid program migration and drag-like deployment, supports full-plane marking, guides the robot to complete six-dimensional posture adjustments, and further reduces the deployment threshold for complex industrial scenarios.
In terms of ecological cooperation, China has demonstrated landing applications alongside robots with several companies, including high-precision needle-throwing applications in collaboration with Keynes, intelligent 3D scanning detection in collaboration with three-dimensional collaboration, explosion-resistant spraying programs in collaboration with endless collaboration, and welding and CNC scenery in collaboration with Toshiba smartphones and next-generation technology.
Shio: Move the production line to 8.1H, and the Elven G2 goes straight up.
With the deployment of silicon industry in the form of silicon as the main line, Zhiyu directly transformed the stand into the production line workplace silicon light module plugging, industrial transportation, coating assembly, precision filling, four workplaces in a row.
The most attractive is the pulse of the optical module. The accuracy of the pulse of the AI calculation cluster for the pulse of the optical module is required to reach the millimeter level, and the pulse process must also avoid the brittle points on the interfaces of the optical module. The Eleni G2 with the high-precision force control arm and the joint torque sensor achieves sub-millimeter force control, smoothly completes the pulse and protects the golden fingers, in the case of skilled, two to three hours to run the entire set of operations deployment, solving the traditional man-made efficiency fluctuations; rigid automation is easy to injure the pain points of precision machines.
More critical information outside the booth: In June 2016, eight Zhiyuan Elite G2s were already working side by side with the production line workers at Zhejiang's Dongdong Technology Mass Production Plant as early as 8:00 p.m. to 7:00 a.m. The 15,000th Zhiyuan Intelligent Robot has also been delivered to the Zhiyuan Intelligent Production Line.
A multi-shaped brain, five robotic jumping jumping jumping together
On the site of the trade fair, the Elite robot, with the theme of a brain-shaped Intelligent Chain Infinite Cube, pulled a complete set of light modules into the multi-machine collaboration workstation and moved into the stand.
The five humanoid twin-arm robot is based on a unified silicon-based Primo silicon industrial-grade model alignment, achieving collision-resistant and auto-crawling in complex environments with a precision of ±0.1 mm, simulating real industrial rhythm operation. Primo integrates multi-modal perception, world models with end-to-end decision-making capabilities, covering a complete chain of sensing-to-space understanding layers. It completes its scale deployment in high-value scenarios such as unified intelligence base, elite-driven complex, rotary humanoid, collaborative three-product matrix synchronization, optical precision manufacturing, intelligent terminal flexible assembly, and biomedical laboratory automation.
The platforms set up a light-based smart building zone, a smart mind zone, a flexible assembly zone, a smart mind zone, a smart living zone, focused on more than 10 solutions, including Primo large model light module plug-in robot, Primo large model smart strap-on robot, Primo large model flexible container robot, a thousand-arm intelligent fully automatic icebreaker robot, Elite unmanned fully automatic replacement robot, Elite automatic clamp robot, etc.
Currently, Elite's program has achieved large-scale deployment in high-value scenarios such as light-based precision manufacturing, flexible installation of smart terminals, biomedical laboratory automation, and the company is the first to achieve collaborative robotic products through MTBF 100,000 hours of certification, becoming the first company in the industry to achieve this level.
Sirin Robot: From the Science Base to the Smokehouse
Agile Robots has five exhibition areas: Intelligent, Physical Model, Research Ecology, Consumer Applications, Industrial Landscape, and 12 exhibition spaces covering a full spectrum from research to consumption. The company, which is based on technology from the German Space Center, has delivered approximately 40,000 robots in more than 60 countries and employs more than 3,500 people worldwide.
The next-generation collaboration robot Diana 7 is upgraded based on the original product, with a more open control interface and more flexible scenario adaptation, a 7-frequency redundancy design, a fully-joint built-in high-precision torque sensor, multi-second bidirectional feedback, touch-to-directional real-time transmission of information, precise remote sensing of operational touch, and completion of complex remote operation tasks.
On the local side of the industry, SILIN has demonstrated an automotive line brazing scheme based on the Diana 3 Duo, aimed at multi-race mixed line production, with a full line replacement time of only about 15 minutes. For the automotive procurement team, it is this type of indicator that really affects procurement decisions, and the replacement time directly determines how many parts a single robot unit can cost-effectively cover in a class. In addition, SILIN has also shown a self-developed Agile Core robot operating system coupled with a visual touch sensor VT10-G.
The most popular exhibits are AI therapeutic robots, equipped with a self-developed high-precision power control machine arm, with five end-to-end rapid switching systems, one device that can be switched seamlessly between five professional therapeutic modes, including massages, sleep adjustments, pointing waves, and electroshock. The cloud-based 100+ standard curriculum system allows new technicians to work in half a day, supporting robotic automation + artificial hand-held tools and operating as clients.
The camera robot supports a drag-and-drop point, with the user directly guiding the mechanical arm to the target position, setting a key lock, and then repeating it automatically by the trajectory. The consistency of repeat shooting is a key advantage, the price of about a third of similar products abroad, and has been established in cooperation with several photographic institutions in Shanghai.
Kuca: Open KAI platform to move from automation to autonomous smartwatches
Global industrial robotics giant Kouka will be featuring AI, body to body, with the launch of its open-air KAI AI platform, a comprehensive systemic solution aimed at building factory industrial intelligence, marking Kouka's strategic upgrade from a single automation equipment supplier to a full factory intelligent software provider. The platform is based on full-fledged industrial data, digital transformation for virtual reality mapping carriers, multi-smart bodies for execution units, which can achieve complete factory state perception, unified resource coordination and business intelligence decisions, helping manufacturing enterprises complete upgrades from automation to autonomous intelligence.
Around the opening of the KAI platform, the Kouka field focuses on three main panels: a Visual Components CN digital embedding tool, which can achieve rapid modeling, simulation verification and virtual modeling of factory production lines, significantly shortening the production line planning cycle; a personally intelligent robot in collaboration with KUKA LBR NEXUS, in which the LBR NEXUS series combines German precision engineering and Chinese intelligent design concepts, to build production models for multi-variety, small batch, high-frequency lines, covering 720 kg of load bands, through CE, NRTL international recognition, equipped with AIiiKA.HMI assistants, supporting natural language interaction and guided failure processing, first-line worker-free programming; three-line automation solutions, providing automation and automation solutions for the automotive engineering industry.
In addition, it has set up several real-world demonstration stations for semiconductors, new energy, and general industry to demonstrate the effects of AI platforms in different industries. As the first foreign-invested robot brand to enter the Chinese market, it is accelerating localized R&D and production, combining global technology accumulation with the deep demands of Chinese manufacturing, and continuing to remain a technology leader in the intelligent era.
ABB: If you look at GoFa, you'll see that IRB 1700 is the world's first.
ABB's robotics showcases the main line, from technological concepts to industrial landings, in the form of industrial-grade physical AI chips.
The GoFa collaborative robot becomes the focal point in the field. No complex programming is required, and the entire operating process is independently observed, simulated, and replicated after a human demonstration. In the live demonstration of a coffee shop, the GoFa accurately reproduces its observed trajectories of running a tap, steaming process, and watering rhythm, a skill that relies on timing and water flow control rather than fixed coordinate position control.
Powerful AI planners will transform the cooking process into a sequence of actions that can be executed by a robot, OmniCore EyeMotion visual systems support object recognition and positioning and provide scenographic semantics, robots use AI technology to read and understand manuals, and then autonomously plan paths to learn how to operate coffee grinders that have never been touched before. ABB Robotics Global President Matt McConnell said: "The next era of industrial automation will be defined by the speed of learning by robots, not the level of programming by robots".
With the launch of the new products, ABB's first global IRB 1700 and IRB 1700 ID medium-sized industrial robots, offering five loaded models from 6kg to 12kg, up to 20% improvement in the production rate compared to other similar products, up to 0.03mm of repeat path accuracy, up to 700 degrees per second of junction speed, accurate scenery for electronic assembly, smart device manufacturing, etc. At the same time, new products such as the large robot IRB 6720 Lite + China, the PoWa collaboration robot series are also on display.
Zhejiang Technology: The first wheeled humanoid robot made its debut
The first human-robot demonstration at the Expo will bring a new flexible work programme for demonstration production units for automotive cabinets.
The robot uses a wheeled mobile platform with a seven-axis life simulation mechanical arm, has high precision power control capabilities, and can be adapted to work in a narrow space in the workshop. In the demonstration scene, the humanoid robot connects the vision system with the arc boring robot, completing processes such as removal and replacement on the workpiece itself, cooperatively carrying out arc boring operations, promoting physical AI and robot technology landing real production.
Hyundai also introduced full-body liquid-cooled technology into robotic design, achieving efficient heat dissipation and continuous operation capabilities in compact spaces. Automotive assembly demonstration line integrated control, drive, robots, visual and other products, integration of wireless and intelligent technology, complete the entire production operation in collaboration within the same unit, depending on standardized process modules for development and replication, and advance program verification through digital screens. This program accurately responds to the demands of multi-car mixed production lines and rapidly changing models in the automotive industry.
Jelly Leaf: GRW high-load wheeled two-armed robot made a big debut
8.1H-A001, the first of the GRW high-load wheeled two-armed robots, with a main body of 29 degrees of freedom, with a maximum of 16 kg of stable load, nearly 2 meters of super-large operating space and flexible mobility, focusing on material transportation, moving aids and other high-loading machine collaboration scenarios.
GRW's innovation uses a long-arm narrow shoulder strap design with a maximum arm span of 1970 mm, which covers a horizontal operating radius of 895 mm and a vertical operating space of 0 to 2 m; the body's shoulder width is only 585 mm and can be flexibly traversed through narrow operating spaces such as indoor corridors, office spaces, warehouse corridors and manufacturing workspaces. Combined with three degrees of freedom in the waist, GRW can easily cope with large-scale operational demands, such as low-position movement, high-position to cross-position collaboration, providing both strength and flexible auxiliary capabilities.
At the site of the exhibition, GRW simulates the trans-line transportation of containers in the production scene, with autonomous navigation, positioning and intelligent obstacle avoidance capabilities. Modular end-to-end design supports multiple end-to-end quick switching and flexible adaptation to different task needs.
In addition, GRW is equipped with a complete software toolchain from deployment to operation, supporting environment mapping, remote control, abnormal processing, and system matching. By visualizing drag-and-drop task sorting, users can quickly complete deployments and management.
03.
Visitors note: Cold thinking under the heat of the moment
After completing the two pavilions, there are three judgments worth recording.
First, the Chinese imported car is no longer a slogan. The Chiyo-Jinlin G2 is organizing operations at the Long-flag technology and mass production plant, the KAJAKA Kargo50 is mass-produced in the car parts plant, the Chinese 5th-century three robotic autonomous accessories complete the entire process of materials, the non-silent car four-wheel positioning program has been installed in a number of car factories. These are not stopped at the showcase stage, the related programs have left the stands, into the actual production and delivery phase.
Secondly, there is still a long way to go from the steady-state production line. As Xiang Zheng, head of Siemens's digital industrial district in Greater China, pointed out at the Industrial Expo, the largest bottleneck is not the power system, nor the brain system behind it, but whether it can adapt to real industrial applications. The 99% success rate does not seem low, but the industrial scenario requires 7×24 hours of consistency, consistency, zero capacity.
Third, the core components are being fitted to the shortboard. From the body-motion base along the Chinese coast to the national-technology joint motor drive system and the high-precision joint torque sensor built into the SILIN Diana 7, WILIN can deliver a capacity scale of 200,000 decelerators a year, and the autonomous control capabilities of the robotic industrial chain are improving systematically from chips, joints, sensors to operating systems at all levels.
Moving from the clay stage to the clay factory, the 2026 trade fair gave a phased answer. As for the critical point of a year or two, it's better to see how many robots are still in place at this time next year without returning to the stage.