It's the body, the hands, the sensors, the servers, the accelerators, the visuals, the AI platforms, the precision manufacturing, the system integration, the scene service.
When robots began to move from the laboratory to real commercial applications, the competition was no longer a single component, a set of algorithms, but a whole set of industrial collaborative capabilities.
On September 17 and 18, the ninth China Robotics Summit will be held at the Academic Exchange Centre in Hangzhou's Future Technology City. More than 30 companies and institutions will focus on robotics, physical intelligence, core components, system integration and industrial services.
If you want to understand the robotics industry, you might want to understand this industry chain first.
01.
Look at the body: The robot itself is moving towards real applications
The first time a robot was seen was in its skull.
Human, quadruped, industrial, service and specialized robots are the most intuitive carrier of robotic technology capabilities. With the continuous evolution of joint modules, motion controls, agile operation and integrated structure, more and more robots are moving from running, jumping, and demonstrating to actual operations and product delivery.
The following companies will be presenting the robot-oriented exhibition:
Smart technology, high-powered robots, Snapdragon robots, Uber robots, cloud technology, deep cloud technology, steam technology, diamond robots, 58 smart, skyrocketing robots, superservant technology, easy-to-understand technology, and the smartest people in the world.
The venue will be focused on presenting a wide range of automation products such as humanoid robots, quadrupeds, industrial robots, service robots and special robots.
It's really worthwhile to consider not only what a robot can do, but how far it has come in terms of its mobility, environmental adaptation, and operational interaction.
02.
How robots become smarter?
You have a body, you have a brain, you have a body.
Big models, cloud computing, AI development platforms, perceptual understanding, task planning, are constantly changing the way robots understand the environment and execute tasks.
The industry is also competing from merely comparing hardware performance to AI model capabilities + physical hardware + scenario tasks.
This year's exhibition focuses on corporate and institutional intelligence, including:
Kim Jong-il, the Deep Blue Laboratory, the R&D institute for robotics
It's all about cloud computing, AI platforms and more.
The way robots perceive the environment, understand tasks, complete planning and decision-making is becoming an important direction for the continued evolution of product capabilities at the next stage.
03.
See the connections with the sensors: dismantling a robot, an industrial chain
If you dismantle a robot, you'll see more businesses.
These include micro servers, touch/sensory sensors, motion capture, servo drives, precision accelerators, visual detection, precision manufacturing.
A robot can run steadily, accurately, and for a long time without separating these critical components from the support of the manufacturing system. They are directly related to the performance, stability, cost and mass production efficiency of the product.
The following companies will be presenting the direction of the robotics industry chain:
It's about the precision of the microscope, the power of the nuclear instrument, the genius of the hand, the timing of the robot, the lens of the robot, the touch of the blue dot, the intelligent motion of the Obson, the creation of clean energy, the development of technology, the vision of the eyelids.
For integrated enterprises, it's an opportunity to look for supply chain solutions; for industry audiences, it's also an opportunity to see more intuitively what key capabilities a robot really needs for stability and mass production.
04.
How do robots really get into the scene?
The robot left the lab and completed only the first step.
Real access to factories, parks, commercial spaces and other business sites requires a range of capabilities, including system integration, scenario adaptation, project implementation, operation and after-sales maintenance.
How to combine hardware, algorithms, and real business needs is an important link in how robots achieve business value.
The participating institutions for system integration and industrial services include:
Hangzhou Robotics School, Shanghai Hydraulic Automation, after-sales Treasury, Ningbo Bank, Co-Detection, Remote Detection
It covers systems integration, after-sales services, verification certification, industrial finance, research and standard services.
From making a product to actually deploying, delivering, and continuing service, it's what determines whether a robot can really move from a silicon product to a silicon application.
It's a whole industrial ecosystem behind a robot.
So the site of the ninth China Robotics Summit is not just a dozen robot products.
It's about putting the key link behind the robot in the same place:
Robotics → Physical intelligence → Core components → Precision manufacturing → System integration → Scene services
More than 30 companies and institutions participated in the exhibition, linking key links in the robotics industry chain from R&D, supply chains, integrated machines to applications.
This also means that different types of participants can find their own focus on the site.
• Integrate, find the supply chain.
• To make parts, to find integrated enterprises.
• Create scenarios and find solutions.
• To make investments and industrial services to observe the real product and commercialization progress of the enterprise.
The summit is open to industry practitioners, R&D developers, investment institutions, industrial parks and terminal application units, with exchanges around product, technology, supply chain and scenario collaboration.
Why is it worth coming to the scene?
I've been doing a lot of things at the same time:
• Get up-to-date with the latest products and solutions for humanoid robots with physical intelligence and core components.
• Observe progress and real progress made by different enterprises in technological research and development, product innovation and commercialisation applications.
• Finding supply chain support resources for industrial chains such as connectivity, servers, sensors, precision manufacturing, and system integration.
• Looking for opportunities to collaborate face-to-face with integrated enterprises, supply chain enterprises, research institutions, investment institutions, and technology, supply chain and scenario partnerships.
In addition to the exhibitions, the five thematic forums were held simultaneously
In addition to products, there are other issues that the industry really cares about.
At the same time, the summit will host five thematic forums.
Meetings of the National Working Group on Human Robot Detection and Certification
Forums for the simulation of robots
The Forum for Robotics in Rehabilitation
Production and teaching
Opportunities for model and hardware collaboration
Exchanges were held around technological research and development, capital matching and industrial applications.
Look at the products and listen to the trends.
It's about finding supply chains and working together.
Look at robots, look at the industry behind robots.
Applications for the exhibition will be submitted in Hangzhou in September
Behind a robot is an entire industrial chain.
This is the first time I've ever been in the same situation.
We're going to take this industrial chain and put it on the same site and see.
The above enterprises are ranked by stand number