Dishan Robot: Intelligent Future, Empowering Innovative Forces for Thousands of Industries

Overview

In the tide of the in-depth integration of intelligent manufacturing and artificial intelligence, robots are evolving from "industrial assistants" to "intelligent partners" and have become a core driving force for industrial transformation. Acutely grasping technological trends, Shanghai Dishan Technology Co., Ltd. has officially launched its strategic brand "Dishan Robotics" by virtue of its strong R&D capabilities and industrial integration strengths. Focusing on the R&D and application of intelligent robots, the company is committed to creating an integrated intelligent solution encompassing perception, decision-making and execution, injecting new impetus into manufacturing, services and urban governance. As a pioneer in industrial transformation, Dishan Robotics not only breaks boundaries through technological innovation, but also reshapes the industrial landscape through ecological collaboration, propelling towards a smart future of human-robot integration.

 

 Strategic Positioning: Centering on Intelligent Robots to Build a New "Manufacturing + Service" Ecosystem

Dishan Robotics represents a key strategic layout of Dishan Technology in the interdisciplinary field of artificial intelligence and advanced manufacturing. Guided by the mission of "making machines smarter and production more efficient", the company deeply integrates robotics technology with cutting-edge technologies such as AI algorithms, the Internet of Things and digital twins, building a comprehensive product portfolio covering multiple scenarios including industrial production, logistics and warehousing, intelligent inspection, and service interaction. Leveraging its core business segments such as "R&D of intelligent robots" and "system integration services for AI industry applications", Dishan Robotics not only supports internal intelligent upgrading, but also provides customized solutions for the external market, driving dual-wheel development of "manufacturing + service". The company actively responds to the national intelligent manufacturing strategy, empowers the digital transformation of traditional industries through technology, and helps China's manufacturing sector move towards high-end and intelligent development. As a core technology supplier in the Yangtze River Delta Intelligent Manufacturing Demonstration Park, Dishan Robotics has participated in building the first "5G + AI + Robot" smart factory, facilitating the upgrading of regional manufacturing clusters.

 

 Core Technologies: Independent and Controllable, Building an Intelligent "Brain" and "Limbs"

Dishan Robotics adheres to independent innovation of core technologies and has established full-stack technological capabilities ranging from underlying algorithms to complete machine systems, achieving breakthroughs in multiple fields:

1.  Intelligent Perception System: Integrating multi-modal perception devices such as high-precision visual sensors, LiDAR and infrared detectors, combined with AI image processing algorithms, it enables accurate recognition and understanding of complex environments. For instance, in industrial quality inspection scenarios, robots can identify micro-defects with millimeter-level precision, improving inspection efficiency by over 5 times compared with traditional manual methods; in the field of semiconductor packaging, Dishan Robotics has developed a wafer defect detection system based on deep learning, which can identify surface flaws as small as 0.1 microns with a false detection rate of less than 0.1%, filling a domestic technological gap.

2.  Autonomous Decision-Making Engine: Based on deep learning and reinforcement learning algorithms, a dynamic environment modeling, real-time path planning, anomaly recognition and adaptive learning system has been developed. For example, in logistics and warehousing scenarios, robots can independently adjust handling strategies according to dynamic changes in goods to achieve flexible scheduling; in smart warehouse projects, Dishan AMR robots have increased picking efficiency by 50% and space utilization by 30% through multi-robot collaboration algorithms.

3.  High-Precision Motion Control: Adopting self-developed servo drive and motion control algorithms, combined with force feedback sensors, to ensure stability and accuracy of robots during high-speed operation. For example, in the field of precision assembly, robots can complete the assembly of micro-components with 0.01-millimeter precision; in high-end watch manufacturing, Dishan Robotics can achieve non-destructive assembly of gears and mainsprings, raising product qualification rate to 99.9%.

4.  Human-Robot Collaborative Interaction: Supporting multiple interaction methods such as voice commands, gesture recognition and remote control, with a built-in safety perception module to ensure controllable risks during human-robot collaboration. For instance, in collaborative robot (Cobot) products, robots can real-time sense human movements and automatically adjust operation trajectories to avoid collisions; in food processing workshops, Dishan Cobot robots collaborate with workers to complete cake decorating, improving efficiency by 60% with significantly enhanced consistency of finished products.

5.  Edge Intelligence and Cloud-Edge Collaboration: Achieving millisecond-level real-time response through edge computing, combined with cloud platforms for big data analysis and model iteration, forming continuous evolution capabilities. For example, in smart city inspection, robots can upload environmental data to the cloud in real time to generate regional security situation analysis reports; in smart park projects, Dishan inspection robots have shortened equipment fault early warning time to the minute level and reduced operation and maintenance costs by 40% through cloud-edge collaboration.

 

Meanwhile, Dishan Technology is actively advancing the construction of AI GPU and computing power centers, building a distributed intelligent computing network to provide strong backend computing support for robots, promoting the leap from "single-machine intelligence" to "swarm intelligence". The company has also developed the robot operating system "Dishan DS", which supports cross-platform deployment and multi-modal interaction and has been adapted to more than 30 application scenarios to date. At present, the company has applied for more than 60 core patents covering key fields such as robot motion control, AI perception algorithms and human-robot interaction safety, and has jointly developed a "Robot Ethics and Safety" framework with the Institute of Automation of the Chinese Academy of Sciences to ensure that technological development complies with social norms.

 

 Product Portfolio: Full-Scenario Coverage to Meet Diversified Needs

Dishan Robotics has formed a modular and scalable product matrix, flexibly adapting to application scenarios in different industries:

1.  Industrial Robot Series

    - Assembly Robots: Suitable for precision component assembly in automotive, electronics, medical device and other industries, equipped with force control feedback and visual guidance capabilities to achieve micron-level assembly precision. For example, in new energy vehicle battery module production lines, Dishan assembly robots can complete automated assembly of over 200 processes, tripling single-line production capacity.

    - Automated Guided Vehicles/Autonomous Mobile Robots (AGV/AMR): Supporting automatic navigation, dynamic obstacle avoidance and multi-robot collaborative scheduling, widely used in smart factories, logistics warehousing and port automation scenarios. For instance, in a certain automobile manufacturing plant, Dishan AMR robots have improved material turnover efficiency by 35% through an intelligent scheduling system, realizing "goods-to-person" unmanned operations.

    - Inspection Robots: Integrating machine vision and AI quality inspection models, capable of identifying various issues such as surface defects, dimensional deviations and assembly misalignments, improving inspection efficiency by more than 5 times. In the 3C electronics industry, Dishan inspection robots have replaced traditional manual quality inspection lines, saving customers over 5 million yuan in labor costs annually.

2.  Special Operation Robots

    - Inspection Robots: Suitable for high-risk environments such as electric power, chemical industry and rail transit, equipped with functions including infrared temperature measurement, gas detection and acoustic signature recognition, enabling 24/7 unattended operation. For example, in petrochemical plants, inspection robots can real-time monitor equipment temperature and gas leaks with an early warning accuracy rate of up to 99%; in nuclear power plant projects, Dishan inspection robots can enter radiation areas to perform detection tasks, ensuring personnel safety.

    - Emergency Rescue Robots: Equipped with thermal imaging, life detection and remote communication modules, capable of performing search, communication relay and material delivery tasks at disaster sites such as fires and earthquakes, effectively reducing risks to rescuers. In a certain mine disaster rescue operation in 202X, Dishan rescue robots successfully located trapped personnel, gaining valuable time for the rescue effort.

3.  Service and Interactive Robots

    - Guide Robots: Applied in exhibition halls, hospitals and government service halls to provide intelligent Q&A, path guidance and information push services. For instance, in a Grade A tertiary hospital, guide robots serve over 1,000 patients daily, improving diversion efficiency by 40% with a patient satisfaction rate of 95%; in science and technology museums, Dishan guide robots receive over 1 million visitors annually through multilingual interaction and AR-guided tours.

    - Collaborative Robots (Cobot): Adopting lightweight design and human-robot integration technology, capable of collaborating with workers on production lines to enhance flexible production capacity. In the food processing industry, collaborative robots can complete high-speed sorting and packaging tasks, reducing manual labor intensity; in jewelry processing workshops, Dishan Cobot robots collaborate with craftsmen to complete diamond setting, increasing the value of finished products by 20%.

4.  Innovation and Exploration Products

    - Agricultural Robots: The under-development intelligent picking robots can identify the ripeness of fruits and vegetables and perform autonomous picking, improving picking efficiency by 9 times compared with manual labor and reducing loss rate by 15%.

 

 R&D and Ecosystem: Open Cooperation to Build an Innovation Community

Dishan Robotics adheres to a dual-track strategy of "independent R&D + open collaboration":

1.  Deep Integration of Industry, Academia and Research: Joint laboratories have been established with national key laboratories to conduct basic research on robot kinematics, human-robot interaction, ethical safety and other fields. The company collaborates with domestic core component enterprises (such as reducer, controller and sensor manufacturers) to promote technological localization and performance optimization, with the localization rate of key components exceeding 80%; it has also partnered with leading domestic AI chip enterprises to develop dedicated computing power modules, tripling the computing power of single robots while reducing costs by 20%.

2.  Developer Ecosystem Construction: Opening SDK and API interfaces to support third-party developers in accessing industry applications, having incubated more than 20 innovative applications such as logistics scheduling, medical assistance and education training to date; organizing annual developer competitions, attracting over 500 teams worldwide and incubating outstanding projects such as "intelligent logistics scheduling system" and "guide robot for the visually impaired".

 

In the future, Dishan Robotics will further expand the application boundaries in emerging scenarios such as deep-sea exploration, space operations and household services, for example, developing cutting-edge products like deep-sea mining robots and space maintenance robots, enabling intelligent robots to truly enter thousands of industries.

 

 Future Outlook: Marching Towards the Era of "Intelligent Agents"

Looking ahead, Dishan Robotics will continue to evolve along three major directions: "intelligence, clustering and emotionalization":

1.  Intelligence Upgrade: Integrating large model technology to develop embodied intelligence systems, endowing robots with stronger natural language understanding, logical reasoning and creativity. For instance, introducing emotion computing modules into service robots to achieve more anthropomorphic interaction by recognizing users' micro-expressions and intonation changes; embedding AI decision-making engines into industrial robots to independently optimize production processes and realize "self-learning factories".

2.  Swarm Collaboration: Breaking through multi-robot collaborative scheduling algorithms to achieve swarm intelligence operations for complex tasks. For example, building a three-dimensional distribution network of "robots + drones + unmanned vehicles" in smart logistics scenarios; enabling multiple robots to collaboratively perform tasks such as search, demolition and material transportation in disaster rescue, improving rescue efficiency.

3.  Emotional Interaction: Exploring biological signal recognition and emotional feedback mechanisms to endow robots with empathy capabilities. For instance, in elderly care scenarios, robots can adjust service strategies according to changes in the elderly's heart rate and voice emotions to provide personalized care; in the education sector, teaching robots enhance learning interest through emotional interaction to achieve "teaching students in accordance with their aptitude".

4.  Green and Sustainability: Developing low-energy consumption robot systems powered by renewable energy, such as solar-powered inspection robots and hydrogen fuel cell logistics robots, to reduce carbon footprint; developing environmental monitoring robots for ecological protection projects such as desert greening and marine garbage cleanup.

 

The company plans to apply for over 100 core technology patents within the next three years, build a national-level robot testing and verification platform, and actively participate in major national intelligent manufacturing projects. Meanwhile, it will expand overseas markets, promote the global application of products, and strive to become an internationally competitive leading enterprise in intelligent robots. At present, Dishan Robotics has established cooperation with more than 20 countries worldwide, with product exports accounting for 30% of its total output, gradually building a global service network.

 

Robots are an extension of human wisdom and important partners in future society. With technological innovation as its foundation and industrial demand as its orientation, Dishan Robotics is steadily marching towards the era of "intelligent agents". Guided by the vision of "empowering industries with technology and transforming life with intelligence", Dishan Technology will continue to break through technological boundaries, driving robots from "usable" to "user-friendly", and from "substitution" to "co-creation". With smarter, more reliable and warmer products, the company will contribute technological strength to manufacturing upgrading, service industry innovation and the modernization of social governance. In the future, Dishan Robotics will join hands with partners to jointly build a human-robot integrated smart ecosystem, allowing the light of intelligent robots to illuminate more possibilities. As the founder of the company stated: "We aim not only to be technological pioneers, but also to be builders of future life, making robots truly trustworthy partners for humanity."