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humanoidrobotCollection of cutting-edge achievements
(The above logos are sorted in no particular order)
Shanghai Fuliye Intelligent Technology Co., Ltd
8.1H-A001
GRW is a new generation of assistive interactive robot independently developed by Fu Liye, aimed at heavy-duty auxiliary scenarios such as rehabilitation training, elderly care, warehousing and logistics, and light industry manufacturing. Relying on the wheeled mobile platform and dual arm collaborative architecture, GRW can independently complete positioning and navigation, precise operation, and safe interaction, undertaking high load tasks such as handling, delivery, loading, and force assistance. Modular dual arm supports quick switching of multiple end execution tools to meet flexible expansion needs in different scenarios.
Shenzhen Huichuan Technology Co., Ltd
8.1H-A001
The Huichuan wheeled humanoid robot H1 product is a wheeled humanoid robot product that has high environmental adaptability, flexible space adaptation, reliable hardware design, powerful motion ability, perception ability, and interaction ability. It is suitable for general operation humanoid robots in industrial, commercial, data acquisition, scientific research, education and other scenarios.
Shanghai Kepler Robot Co., Ltd
8.1H-A001
The Kepler K2 Bumblebee is a humanoid robot designed for industrial use, with integrated capabilities of perception, decision-making, and execution, capable of completing various types of tasks in complex environments. We have achieved an ultra long battery life of "1 hour of charging, 8 hours of continuous drying" and a large load capacity of 30 kilograms with dual arm coordination.
Shanghai Tashi Zhihang Technology Co., Ltd
8.1H-A001
The AWE3.7 intelligent large model driven automotive wiring harness insertion robot solution is designed for high-precision flexible manufacturing processes such as feeding, wiring, and insertion in automotive wiring harness factories.
Driven by the AWE3.7 embodied intelligent large model, robots collaborate to cover ultra long range, fine and complex continuous tasks. The solution utilizes the Human Centric data paradigm, multimodal perception, and high-precision continuous control to achieve sub millimeter level operations, and supports abnormal degradation, task rescheduling, and multi machine collaboration. Compared to traditional wire harness production methods that heavily rely on manual labor, it has the advantages of high precision, continuous operation, and large-scale implementation.
Shanghai Guishi Intelligent Technology Co., Ltd
8.1H-A001
InsightOS Semantic is a semantic intelligent agent system designed for embodied scenarios using cognitive intelligence. It connects the robot's ontology, environment, tasks, skills, and operational experience through semantics, transforming natural language requirements into tasks that the robot can execute, and connecting the complete loop of understanding planning execution evolution. InsightOS Semantic supports scenarios such as picking up and delivering goods from a sales warehouse, unpacking and palletizing, multi machine collaborative assembly lines, and scheduled inspections. It can connect various types of robots such as humanoid robots, quadruped robots, robotic arms, and mobile robots.
Zhishen Technology (Beijing) Co., Ltd
8.1H-A001
Stainless Steel L1/Stainless Steel L1-W
Gangyi L1 is a 15 kilogram biomimetic quadruped robot designed specifically for special and industrial applications. It is the only robot dog in the industry capable of completing a 720 degree backflip. Adopting AI reinforcement learning operation control algorithm and powerful power system, with a maximum speed of 3.7 m/s, it can achieve intelligent decision-making and self balancing in complex terrains such as mountain roads, ruins, and sandy areas; Supports a load of 8 kilograms and a 120 minute battery life; Support users to develop flexibly and comprehensively through standardized interfaces, assisting in multi industry scenarios.
Copper Hammer M1
The copper hammer M1 has the advantages of light weight, large load, long endurance, strong protection, flexible and stable movement, and can move at a speed of 6-8m/s. Built in reinforcement learning motion model, equipped with anti impact, anti disturbance, fall self recovery, dynamic adaptation and other abilities, can autonomously adapt to various terrain and road conditions; Provide rich power supply and communication interfaces to meet the application needs of security patrols, power inspections, logistics transportation, task handling, personnel search and rescue, etc.
Shenzhen Agile Drive Control Technology Co., Ltd
8.1H-A001
DH116
The DH116 series five finger dexterous hand is the second generation mass-produced version of the five finger dexterous hand developed by Shenzhen Agile Drive Control Technology Co., Ltd.
The DH116 series dexterous hand is driven by a brushless hollow cup motor and a worm gear transmission scheme, with a total of 11 degrees of freedom and a weight of 545g. It can be equipped with fingertip and palm tactile sensors, which can sense multidimensional tactile information such as normal force, tangential force, and tangential force direction.
DH116S
The DH116S series dexterous hand is an ultimate lightweight and agile small hand tailored by Shenzhen Agile Drive Control Technology Co., Ltd. for small and medium-sized humanoid robots.
The DH116S series dexterous hand adopts a worm gear transmission method, which can accommodate 11 degrees of freedom and 6 active degrees of freedom in an extreme space of 147.54 * 73.53 * 26.35 mm. It adopts a self-developed high-efficiency, high torque, low-temperature rise brushless hollow cup motor module, a high-power density multi in one drive, a high-precision, high response micro encoder, and a multi-modal tactile sensor that can be configured on the five fingers and palm.
DH116P
The DH116P series five finger dexterous hand is the second generation mass-produced version of the five finger dexterous hand developed by Shenzhen Agile Drive Control Technology Co., Ltd. This series is driven by a brushless hollow cup motor and a worm gear transmission scheme, with a total of 11 degrees of freedom and a self weight of 490g. It can be equipped with fingertip and palm tactile sensors, which can sense multidimensional force tactile information such as normal force, tangential force, and tangential force direction.
ECT series hollow cup motor
Technical parameters:
·Machine base size:Φ12、Φ16、Φ22、Φ30
·Rated torque:4.2mNm ～ 92mNm
·Maximum torque:18.6mNm ～ 1935mNm
Value proposition:
·Ultra high torque density
·More stable operation
·Lower temperature rise
·Smaller volume
IEGD Micro Servo Electric Cylinder
Technical parameters:
·Maximum thrust:50N ～ 400N
·Idle speed:8mm/s ～ 120mm/s
·Repetitive positioning accuracy:±0.002mm
Value proposition: small size, high explosive capacity, micrometer precision control, integrated drive and control.
Multi in one driver
Product Highlights:
·Ultra small size, ultra-low weight, ultimate power density
·Superb performance, optimal efficiency control, trajectory shaping technology, variable inertia system vibration suppression technology.
·The default PWM switching frequency is 50kHz, with a maximum of 100kHz (customizable)
·6-21 axes can be customized as needed
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Daimeng (Shenzhen) Robot Technology Co., Ltd
8.1H-A001
The ontology free data acquisition gripper and headband UI launched by Daimeng, relying on the collaborative work of DM DataClaw and DM DataVision, builds a lightweight multimodal data acquisition system for embodied intelligence. By presenting visual, tactile, force, motion trajectory, and operation status in real-time through a unified UI, multidimensional data during manual operation is synchronously collected, providing a high-quality data foundation for robot algorithm development, imitation learning, and large model training.
7.1H-E001 Card Robot
Automotive manufacturing industry
JAKA Kargo
This project is jointly developed by Jieka and Huayu Electric, relying on Huayu's million level motor real production line for polishing and verification. It is a real-life benchmark for humanoid robots with mass production and landing capabilities, achieving real landing, long-distance continuous, multi machine collaboration, and replicable promotion.
The plan is based on the concept of physical AI, using self-developed AI agents and articulated humanoid robots to build a collaborative production line, connecting the unmanned closed-loop of the entire process of motor shell grasping and transportation, cross machine handover, transmission component assembly, screw locking, and finished product warehousing. Dual machine seamless flow, with a single 0.5mm thread precision screw locked in just 10 seconds, ensuring assembly consistency and yield rate, freeing workers from repetitive labor and shifting towards process debugging and quality control, completing the innovation of human-machine collaborative production.
The hardware adopts self-developed wheeled chassis, lifting columns, and humanoid arms, integrating 3D vision, LiDAR, and multi-dimensional force sensing; The software is based on the AI Agent framework, constructing an integrated embodied architecture of "brain perception decision-making+cerebellar motion control", with a component recognition accuracy of 99%, achieving generalization of operational capabilities.
logistics industry
JAKA Kargo
Focusing on the internal logistics process of the factory, we aim to address the pain points of high labor intensity in manual handling, inability of traditional AGVs to independently pick up and place pallets, difficulty in accurate identification in dense stacking and semi obstructed environments, and long programming cycles for product changes in scenarios such as handling, stacking, and sorting of multi specification heavy-duty material boxes.
The solution is based on the JAKA Kargo heavy-duty wheeled humanoid robot, which has the industry's largest single arm load of 25kg, 7-axis dual arm, omnidirectional moving chassis full body coordination capability, and can cover a full height operation range of 0-2.5 meters. Using VLM visual large model to achieve positioning recognition and spatial position judgment, it can accurately locate the lifting edge of the material box as narrow as 1cm; Real time sensing of contact force during stacking process through six axis force control sensors, achieving smooth stacking and anti slip.
Relying on JAKA Evo Agent, the solution supports natural language interaction and zero code changeover, and can adapt to new grid material boxes without retraining the model, significantly reducing the programming cycle for changeover.
8.1H-F008 Elite
Light infrastructure scene combination workstation
Primo's Large Model Empowers the Light Infrastructure Industry
Using the "Yuanqi Primo" physical model as the unified intelligent base, adhering to the "one brain, multiple forms" technology system, we deploy collaborative management for multi form robots such as collaborative, composite, and humanoid robots. We deeply integrate visual language action models and real-time torque perception to complete basic tasks such as assembly, transportation, line changing, testing, and inspection in the light based construction industry.
The full process automation collaboration can flexibly allocate the optimal form to complete the corresponding process, achieving sub millimeter level precision and micro force sensing compliant assembly, combining high precision and high flexibility, significantly improving yield and production capacity, and reducing labor costs.
semiconductor industry
Primo's embodied large model realizes multi robot collaborative management
The entire scene is based on the Yuanqi Primo physical model as the intelligent base, adhering to the "one brain, multiple forms" technology system, and uniformly empowering multi form robots:
·A dual arm teleoperation robot with fully self-developed collaborative arm and teleoperation algorithm;
·Grab any object on the desktop as required and place it accurately in the designated position with a versatile grasping robot;
·Using self-developed VLA+T model, based on vision and force control technology, it can replace manual completion of optical module testing tasks for optical module insertion and extraction robots;
·A precision assembly robot that integrates embodied intelligent dual arm motion planning algorithms and can smoothly complete precision assembly tasks such as strip rolling and perforation;
·A packaging robot capable of independently completing product packaging and packing.
8.1H-A126 Creativity
高端精密制造
Industrial mother machine application solution
The project takes "AI vertical large model+humanoid robot+CNC intelligent CNC machine tool" as the technical core, combined with high-performance hardware structure, and focuses on solving the subdivision field of precision machining of CNC machine tools. Through self-developed vertical model driven humanoid robots, it cooperates with intelligent CNC machine tool production processes such as loading and unloading, cleaning debris, operating machine tools, cleaning parts, quality inspection, and handling and warehousing to achieve adaptive coverage of multi variety mixed line processing production scenarios, truly realizing unmanned black light factories.
This project is not a simple equipment replacement, but rather the construction of a embodied intelligent base model for the precision machining field, with AI large models, algorithm systems, and autonomous machine learning as the core base. It is the first to complete engineering laboratory certification in typical scenarios such as unmanned loading and unloading/operation of CNC multi category components, forming a replicable, scalable, and iterative industry basic capability platform, providing strategic, fundamental, and base based support for the intelligent upgrading of discrete manufacturing industry.
8.1H-D018 SaZhi
Automotive manufacturing industry
SaZhi Intelligent Six Arm Robot
Facing the assembly station of automotive parts, the SaZhi intelligent six arm robot completes assembly and tightening operations through multi robotic arm collaboration:
Two lateral robotic arms are responsible for component assembly, while the upper robotic arm synchronously performs screw tightening. Through multi arm collaboration and spatial layering operations, multiple processes are integrated into the same workstation, reducing manual participation and waiting between processes, and improving assembly pace and workstation integration. Compared to traditional single arm solutions, multi arm collaboration can achieve parallel execution of tasks such as assembly, positioning, and tightening, making it more suitable for flexible assembly scenarios with multiple processes and high collaboration of automotive components.
Industrial manufacturing industry
SaZhi Intelligent Four Arm Robot
Targeting scenarios such as material handling, equipment loading and unloading, and inter station transportation in industrial production, the SaZhi intelligent four arm robot integrates a world model to achieve understanding and autonomous planning of the working environment, materials, equipment, and tasks. Multiple robotic arms collaborate to complete tasks such as grabbing, handling, loading and unloading. In response to the problems of insufficient flexibility, high cost of changeover and debugging, and limited adaptability to complex scenarios in traditional automation equipment, relying on the world model to enhance environmental understanding, task planning, and action execution capabilities, it can adapt to different materials, workstations, and diverse production tasks, achieving more flexible and efficient intelligent handling and loading and unloading.
8.1H-D016 Dahuan
Commercial service industry
Five finger dexterous hand and humanoid robot
The humanoid robot is equipped with the Dahuan ADH-5-6 five finger dexterous hand, achieving natural and smooth human-machine on-site interaction. After the audience sends interactive signals to the robot, the robot can autonomously complete the actions of picking up, placing, and delivering items, steadily transferring the canvas bag from one hand to the other, and completing face-to-face delivery, demonstrating the perception response, dual hand coordination, and fine operation ability of the dexterous hand in human-computer interaction scenarios.
logistics industry
Three finger dexterous hand and humanoid robot
The humanoid robot is equipped with the DH-ROBOTICS UDH-3-7 heavy-duty three finger dexterous hand, and under visual guidance, it sequentially completes continuous operation tasks such as material box handling, multi type item sorting (towels, small boxes, cylinders), heavy object grasping and delivery (load-bearing shopping baskets), etc. Through rich grasping postures and good environmental adaptability, the dexterous hand can stably complete the grasping execution of different objects, demonstrating its generalization grasping ability and agile operation ability in complex scenes.
7.1H-A225 Mecamand
logistics industry
Collaborative loading and unloading of materials and basket handling by humanoid robots
Two humanoid robots equipped with "eye brain hands" can autonomously collaborate to complete the entire process tasks such as loading and unloading, assembly, and material basket handling. Robots can autonomously recognize workpieces, understand tasks, and complete path planning and action execution through their embodied brain's intelligent perception and AI planning capabilities, combined with Mech Hand's fine operation ability.
This unit demonstrates the important capability of embodied intelligence evolving from single machine operation to multi robot collaboration. Faced with complex workpieces, variable workstations, and dynamic scenes in real industrial environments, robots can still maintain stable, safe, and efficient operations, providing new automation solutions for future intelligent manufacturing and smart logistics scenarios.
Pharmaceutical, retail and other industries
Generalized grasping of transparent objects
Transparent objects have always been a major challenge in the field of robot vision. Due to the fact that transparent materials such as glass and plastic are prone to refraction and multiple reflections, traditional visual methods often struggle to accurately identify them.
In this unit, industrial robots can generalize and recognize common transparent objects, achieve precise grasping and placement of transparent objects, and effectively solve the problem of automated sorting of transparent objects in industries such as supermarkets and healthcare by integrating Mecamand's universal "eye brain hand" technology and leveraging intelligent visual perception and AI algorithm capabilities.
8.1H-A130 Middle Tertiary
logistics industry
Ji Ling "embodied robot
This scenario is mainly suitable for the entire process of factory automation feeding, and can fully replace manual labor to complete repetitive, high-intensity, and high-frequency material handling operations such as box material transportation, precise feeding of production line machines, orderly stacking of finished/empty boxes, and waste recycling. It is widely applicable to various types of production lines such as 3C electronics, automotive parts, and light industry manufacturing, effectively solving industry pain points such as low manual handling efficiency, high labor intensity, high labor costs, insufficient standardization of operations, and high risks of manual operation at high-risk workstations, and helping the production line achieve automation, standardization, and unmanned operation of the entire material flow process. Flexible intelligence, far superior adaptability to traditional devices, supports hot swapping and battery swapping, can achieve zero interruption continuous operation, mature scenarios, and sufficient commercial verification.
7.1H-B020 Middle Cambrian
logistics industry
'Boundless' wheeled humanoid robot, CasiaHand industry level dexterous hand, grasping platform (logistics sorting system)
Applied in mixed flow sorting processes such as warehousing and logistics, e-commerce distribution, etc., wheeled humanoid robots equipped with dexterous hands complete the recognition, grasping, sorting, and stacking of multi category, irregular, and flexible materials.
To solve the problem of traditional sorting equipment's poor adaptability to irregular, vulnerable, and multi SKU materials, and the need to change fixtures for product replacement, a single system can generalize and capture a large number of SKUs.
Unique advantages: Brain Si large and small brain models cover 99% of humanoid operation tasks, achieving high-precision force control to grasp "everything"; Self developed software and hardware full stack, with full matrix layering that balances high-end performance and industrial costs. The deployment cycle and overall cost are significantly better than similar solutions.
8.1H-F008 Zhejiang humanoid
logistics industry
General Flexible Homework Robots NAVIAI WA1 and WA2
This plan is mainly applied to the disassembly, sorting, handling, and component assembly processes of factory production lines, logistics centers, and manufacturing industries such as automobiles and 3C, with full process operation capabilities.
In response to the various material sorting challenges that traditional equipment cannot cope with, such as diverse shapes, lack of texture, and mixed stacking, NAVIAI robots can work together with multiple wheel arm robots, integrating visual, force, and tactile multimodal perception to achieve generalized handling of material boxes (efficiency ≤ 35s/trip, success rate 99%), disorderly sorting of multiple categories (success rate ≥ 90%), and precision assembly (accuracy up to 0.03mm), breaking through the limitations of traditional equipment in flexible and generalized operations.
8.1H-F008 Sasode
Precision Manufacturing
SynRobot 03
SynRobot03 is aimed at high-precision assembly scenarios of 3C electronics and automotive components, focusing on the pain points of screw locking and PCB board insertion processes. In response to the frequent changes in production lines and fluctuations in workpiece positions, robots have achieved meter level positioning and force control operations, with a repeated positioning accuracy of 0.1mm and a force control accuracy better than 0.15N, improving assembly consistency and product yield.
Relying on the SaiVLA end-to-end large model to achieve zero sample generalization, the LIBERO benchmark has an average success rate of 99.0%. The new production line does not require teaching collection and can be used immediately; SaiWorldModel 3D reconstruction enables decision traceability and avoids AI black boxes; Equipped with NVIDIA Thor computing power platform, the end-to-end inference is as low as 40ms and runs independently offline. It has been implemented in bulk on the production lines of top tier automotive suppliers and has been validated under real and complex working conditions.
8.1H-B102 Fao
Complex environmental operations and special scenarios
Intelligent remote control of wheeled robots
This solution is mainly applied in industrial manufacturing, hazardous operations, complex environmental operations, and special scenarios. Through remote operation technology, human-machine collaboration is achieved, and the operator remotely controls the wheeled robot to enter areas that are inconvenient for personnel to enter or have safety risks, completing movement, operation, and on-site operations.
Addressing issues such as difficulty for personnel to work directly in complex, hazardous, and unstructured industrial environments, and inadequate adaptability of robots for autonomous operations. By remote control, human judgment and operation capabilities are extended to the robot end, achieving long-distance, non-contact operations and reducing personnel safety risks.
Robots can adapt to complex environments such as flat ground, slopes, and steps; Combining remote operation technology to achieve precise control of robot motion and operational actions. Compared to traditional wheeled robots, it has stronger environmental throughput and spatial adaptability, which can further expand the remote operation capability of complex industrial scenes.
7.1H-B257 New Shida
industrial manufacturing
Full chain solution for humanoid robot collaborative welding intelligent demonstration workstation
For industrial welding, workpiece transportation, and quality inspection scenarios, a wheeled humanoid robot and an upright humanoid robot are used to work together, and a unified self-developed intelligent control platform is used to achieve task scheduling and millisecond level linkage.
Wheeled humanoid robots autonomously complete workpiece grasping, transportation, and loading/unloading, while upright humanoid robots perform flexible welding and synchronously carry out visual inspection of welds, achieving "welding and inspection at once". The solution supports fast programming, modular production change, and 7 × 24-hour continuous operation, and can adapt to multiple specifications of workpieces, providing a new path for the intelligent and flexible upgrade of traditional welding production lines.
7.1H-A239 Zhongke Xinsong
automobile manufacturing
Body specific intelligent car lock component detection
This solution is applied to the final inspection station after the assembly of the car lock assembly in the automotive parts production line, completing lock body grasping, mechanism action testing, and appearance defect detection. It belongs to the automotive parts factory quality inspection business scenario and can be directly deployed in the original manual quality inspection station.
Dual arm collaboration+force control+multimodal embodied intelligence, replicating manual hand feel for lock opening and closing testing; No need for large-scale transformation of production line fixtures, new product changes only require quick demonstration; The universal humanoid platform can be reused for testing other interior parts, with a lower landing cost than customized special machines, and has experience in landing on automotive parts production lines.
semiconductor industry
Assembly of intelligent semiconductor clip with body
Facing the semiconductor packaging and testing post production line, focusing on the chip frame loading, loading and unloading, and transposition assembly processes of magazine/material box, it belongs to the 3C semiconductor precision manufacturing scene and can be directly deployed in existing manual workstations.
Adopting a dual arm collaborative configuration, with one hand positioning and the other hand assembling, simulating manual operation logic; Integrating visual recognition and force control feedback to achieve sub millimeter level precision insertion, with better yield than manual labor; The humanoid platform can directly reuse existing workstations and fixtures without the need to modify the production line; Relying on the universal embodied intelligent base, new product categories can be quickly migrated with just teaching, and the marginal deployment cost is much lower than that of dedicated machine solutions. It has been verified in real life scenarios in semiconductor packaging and testing.
8.1H-E025 KUKA
automobile manufacturing
Tailored&AMR Warehouse Line Collaborative Solution
Practicing the evolution of KUKA from single machine hardware to industrial intelligent agent solutions, with the support of multimodal perception, GUY&AMR independently completes box and pallet recognition, flexible grasping, and unpacking operations, and links multiple types of mobile chassis to achieve material transfer, workstation docking, and empty pallet reflux. Relying on Fleet scheduling and KM Copilot AI capabilities, we can achieve full container handling and material picking, connect the end-to-end closed-loop industrial logistics link between warehousing and production lines, demonstrate flexible operations in unstructured scenarios, multi device collaboration capabilities, and adapt to industrial practical scenarios such as line side warehouses and semi-finished product caching.
parameter
Robot: KUKA AMR 600i, APT, MIRO3
Navigation method: Laser SLAM
● Perception ability: 3D visual recognition, force sensing and soft control, dynamic obstacle detection
8.1H-A212 Terada Robot
semiconductor industry
UR Gen7 Collaborative Robot
This solution is applied to the wafer loading and unloading process in the semiconductor post testing process, using the UR Gen7 collaborative robot to complete the automatic picking, placing, and handling of wafers from the open wafer boat material box. Replace manual repeated wafer retrieval to reduce the risk of wafer scratches and electrostatic contamination. The all-new Tool Flange robot comes with 4 sets of functional interfaces, enabling a wire free design for the arm's exterior and reducing pipeline interference. The solution is compatible with various wafer material boxes, and can be quickly deployed without the need for large-scale production line renovation. It is safe for human-machine collaboration, has strong flexibility, and has low landing costs.
Storage and logistics industry
UR20 + MiR1200 Pallet Jack
The UR20 collaborative robot is responsible for palletizing, while the MiR unmanned forklift is responsible for picking up goods. The two stages of automation are connected into an unmanned closed loop: the finished product is automatically pulled away when the code is full, and the production line no longer stops due to waiting for people or vehicles. The entire plan does not require ground modification or the use of magnetic stripe QR codes. MiR relies on 3D vision and AI to independently recognize pallets, with tolerance for deviations in the placement of palletizing discharge positions, eliminating the need for precision docking fixtures; UR20 has a small footprint, fast changeover, and convenient production line layout adjustment.
7.1H-C068 Jia'an Intelligent
Precision Manufacturing
Humanoid robot
This unit is mainly applied to robot automation assembly production lines, covering core scenarios including:
·Collaborative robot assembly: Complete the processes of component grasping, positioning, installation, tightening, etc. on a flexible production line, suitable for assembly needs of multiple varieties and small batches.
·Screw installation for humanoid robots: For the assembly of structural components of humanoid robots, high-precision and high torque controlled screw locking operations are completed.
Similar solutions in the industry are mostly single force control or simple position control, which have poor adaptability to irregular and flexible parts; Our solution integrates multi-dimensional force perception, visual guidance, and adaptive tightening algorithm, which can adapt to changes in workpiece tolerances and fluctuations in assembly clearances.
3C manufacturing
Composite robot
This unit is mainly applied to the CNC automation loading and unloading process in the 3C industry, covering the CNC machining process of metal/non-metal components such as mobile phone frames, tablet back cases, and laptop structural parts. It can achieve automatic clamping and material retrieval of CNC machines, linkage of loading and unloading of multiple machines, and material transfer between processes.
Similar solutions in the industry often use demonstration programming or simple point control. Changing models requires reprogramming or manual demonstration, and the switching time is long; Jia'an Intelligent's self-developed KaanhFlow digital platform can automatically plan the running trajectory and service machine of composite robots on the production line through AI algorithms, maximizing the efficiency of robot operations. At the same time, the Jia'an composite robot only needs to replace fixtures and visual templates to complete the transformation, which is suitable for small batch and multi variety production lines.
8.1H-D015 Zhiyuan
Precision Manufacturing
Cutting on the Elf G2 production line
The Elf G2 robot, in conjunction with a flexible assembly line solution, utilizes its high degree of freedom arms and tactile feedback to achieve precise grasping and placement of precision components. Robots can achieve precise visual positioning, intelligent single material grasping, position recognition in the loading area, adaptive precise loading, and closed-loop feeding and discharging, with a success rate of over 99.9%, MTBF ≥ 7*24h。
7.1H-D016 Jiateng
logistics industry
Application of embodied intelligent omnidirectional chassis
Equipped with Jiateng's self-developed omnidirectional wheel mobile chassis, it can achieve omnidirectional flexible travel and 360 degree zero radius turning in place. The maximum load of the chassis is 100kg, and the rated load of the dual arms is 20kg. It can complete normal industrial operations such as material handling, production line materials, and material sorting. The equipment can smoothly shuttle through complex spaces such as narrow SMT material rack channels and compact workstations for automotive wiring harnesses, and is widely adapted to various industrial scenarios such as 3C electronics, warehousing logistics, and automotive manufacturing, allowing the wheel arm robot to truly adapt to actual production conditions. The device is equipped with a self-developed multimodal perception system, which integrates depth cameras, 3D SLAM navigation, and visual secondary precise positioning technology to achieve millimeter level high-precision navigation and precise grasping.
7.1H-B252 Aobo Intelligent
automobile manufacturing
Automotive full chain solution
This exhibit showcases the flexible integrated application of collaborative robots in multiple processes of automotive manufacturing, covering typical processes such as polishing, locking, handling, spraying, gluing, and testing. Robots can quickly adapt to vehicle parts operations without the need for heavy safety fences, allowing for flexible task switching through human-machine collaboration. Stable control of polishing force during workpiece polishing, precise torque control during locking process; It can complete material transfer, body component spraying, and sealing and gluing operations, and is equipped with a visual inspection system to identify defects in real time. The entire solution combines high flexibility and safety, and can quickly adapt to multi vehicle hybrid production, effectively reducing the intensity of manual repetitive labor, improving production consistency and yield rate, and helping car companies upgrade their production lines to lightweight and intelligent, suitable for intelligent manufacturing scenarios of whole vehicles and components.
7.1H-E020 Luoshi Robot
Precision Manufacturing
Luoshi Taibai AR series humanoid force control arm
Luoshi Exploration Robot has upgraded from "fixed program execution" to "environment perception, autonomous decision-making, and flexible operation". The Luoshi Taibai AR humanoid force control arm, relying on high-precision force sensing and high dynamic force control capabilities of the entire joint, can adapt to complex materials and unstructured environments, balancing flexibility, accuracy, and stability, and has gradually achieved industrial application.
For example, in industrial scenarios such as 3C electronics, new energy lithium batteries, and automotive parts, precision testing, plugging, and assembly can solve the problem of unstable assembly of USB and other extremely low tolerance parts under incoming material errors, positional deviations, and external interference. Based on a visual+force multimodal model, equipped with a self-developed body hanging skill model, combined with imitation learning and human in the loop reinforcement learning, minute level strategy optimization is achieved, with a task success rate of 95% -99%.
8.1H-E016 NEURA Robotics
automobile manufacturing
Cognitive robot visual inspection
This AI trained solder joint defect recognition system has high adaptability and can be applied in the field of automotive component quality inspection. Based on the mobile chassis environment, robots can automatically complete positioning and demonstrate the ability to identify welding defects.
7.1H-B252 Crystal Moving Heart
industrial manufacturing
Finger pointing to grab task
·Reverse kinematics of the robot, given the arrival position, inverse solve the 7-dimensional equation to calculate the velocity of the 7 joints;
·Visual analysis uses point cloud to capture any three-dimensional object;
·Due to the use of point clouds, it completely avoids obstacles and won't collide with anything;
·Regarding the efficiency rhythm of the large loop: the optimal solution may not necessarily save power. The encoder can provide the optimal solution, but it cannot handle intelligent scenarios. Our algorithm can both capture and code, and all tasks have the same set of algorithms;
·Perception: Robots analyze the geometry of objects, understand their shapes and optimal grip points;
·Gesture recognition: He can recognize everyone, but now the program only focuses on hands. The next step is to add the semantics of arms and interact with people.
(The above are only some exhibitor scene cases and are not sorted in any particular order)
The integration of robots and manufacturing is constantly deepening, from humanoid robot bodies to real industrial scenes.
The 2026 China International Industrial Fair Robot Exhibition will present more possibilities for embodied industry to move from technological exploration to scene implementation through rich product displays and application practices.
