With the in-depth implementation of Industry 4.0 and the acceleration of digital transformation in the manufacturing industry, the limitations of traditional fixed industrial robotic arms and single AGV handling equipment have become increasingly prominent, and they are unable to adapt to the current multi-variety, small batch, and flexible industrial production model.
According to authoritative data from the domestic high-end equipment manufacturing industry, the demand for flexible automation transformation in smart factories has surged year by year. With the unique advantages of mobile + operation integration, industrial composite robots have gradually replaced traditional automation equipment and become the core equipment required for smart factory upgrades.
In response to industry pain points such as high labor costs, slow production line iterations, and low equipment reuse rates in the manufacturing industry, intelligent composite robots can achieve an unmanned, modular, and rapidly deployable flexible operation mode, and are widely applicable to various industrial production scenarios.
As a professional industrial automation solution service provider, Fuwei Intelligent is deeply involved in the research and development and application of composite robots, and continues to provide industrial enterprises with efficient, stable, and low-cost intelligent transformation solutions, helping enterprises achieve full-process flexible intelligent manufacturing upgrades.
Based on the research definition of authoritative academic literature such as “Artificial Intelligence and Robot Research” and “China Science and Technology Papers Online”: Industrial composite robots are integrated intelligent equipment that integrates laser SLAM autonomous navigation chassis, high-precision collaborative robotic arms, 3D visual perception systems, and intelligent central control algorithms. It combines the dual core capabilities of mobile robots and operating robots, completely breaking the industry shortcomings of traditional automation equipment with fixed space, single function, and high transformation costs.
Compared with traditional automated production lines, Fuwei intelligent industrial flexible composite robots have four core features: trackless deployment, dynamic obstacle avoidance, one machine with multiple functions, and human-machine collaboration.
Academic experimental data has verified that a composite robot equipped with a visual error compensation algorithm can improve the positioning accuracy of industrial operations to ±0.02mm, and increase the machine tool utilization rate by more than 25%, effectively solving the problems of refined production and flexible production in the manufacturing industry. It is one of the most cost-effective upgrade solutions in the current industrial automation field, and is also the core smart equipment of Fuwei Intelligent.
Conventional composite robots on the market generally have problems such as cumbersome deployment, single adaptation scenarios, unstable accuracy, and high operation and maintenance costs. Fuwei Intelligent relies on full-stack self-developed technology and optimizes and upgrades from the three dimensions of hardware architecture, algorithm system, and scene adaptation to create intelligent composite robots that can adapt to all industrial scenarios. Its core advantages are industry-leading.
At the technical level, the equipment is equipped with a self-developed laser SLAM navigation system, which can be quickly deployed in 15 minutes without laying magnetic strips or modifying the ground environment. It can independently plan paths, intelligently avoid obstacles, and adapt to dynamic production scenarios in complex workshop environments. With upgraded 3D visual recognition technology, it can accurately identify disordered workpieces and complete high-precision operations such as grabbing, assembly, inspection, and loading and unloading.
In terms of safety, it is equipped with a six-dimensional force sensing and protection system to realize fence-free collaborative operation between humans and machines, greatly improving workshop space utilization and production safety.
At the same time, the product adopts a modular and detachable design, which can quickly switch end effectors such as grippers, suction cups, and inspection tools, adapting to the production needs of different processes with one click, truly realizing “one machine for multiple purposes”, greatly reducing the cost of enterprise equipment procurement and production line transformation, and perfectly adapting to the intelligent upgrade needs of various large, medium, and small manufacturing companies.
Relying on the product characteristics of high flexibility, high precision and high stability, Fuwei intelligent composite robots have been implemented in industrial projects in multiple industries across the country, covering mainstream industrial production scenarios, and the implementation effects have been fully verified by the market.
(1) CNC machining loading and unloading scenario: As a core application scenario, the equipment can automatically complete the entire process of blank loading, finished product unloading, workpiece transfer, and equipment standby replenishment. A single robot can be connected to 3-5 machine tools, effectively replacing manual repetitive operations, improving the automation rate of the production line, and adapting to various machining industries such as hardware and mechanical parts.
(2) 3C semiconductor precision manufacturing scenario: With the ultra-high operating accuracy of ±0.02mm, it can complete refined operations such as PCB board handling, chip packaging, precision component inspection, and clean workshop transfer. It strictly matches the quality standards of high-end electronic manufacturing and ensures product production yield.
(3) New energy industry scenario: It is adapted to the special working conditions of new energy industries such as lithium batteries, photovoltaics, and energy storage. It can complete operations such as cell handling, module assembly, and photovoltaic component testing. The equipment has high dust-proof and moisture-proof characteristics, adapts to complex production environments, and helps large-scale intelligent manufacturing in the new energy industry.
(4) Workshop lineside warehousing and logistics scenario: open up the entire link of production, warehousing, and transshipment, independently complete unmanned operations such as raw material distribution, finished product warehousing, and material turnover, solve the problems of high labor costs, low efficiency, and high error rates in workshop logistics, and achieve intelligent upgrades to internal logistics within the factory.
Under the industry trend of comprehensive iteration of intelligent manufacturing, single, fixed traditional automation equipment can no longer adapt to the needs of modern industrial production. Industrial composite robots have become the standard core equipment for flexible upgrades in smart factories.
Fuwei Intelligent has been deeply involved in the field of industrial automation for many years. With its self-developed core technology, strict quality control system, and rich scene implementation experience, it has created intelligent composite robot products that are suitable for multiple industries and all working conditions, and can fully meet the intelligent transformation needs of industrial scenarios such as machining, 3C semiconductors, new energy, and warehousing and logistics.
In the future, Fuwei Intelligent will continue to delve into the field of flexible intelligent manufacturing, continue to iteratively optimize robot algorithms and hardware performance, continue to output cost-effective and highly adaptable overall industrial automation solutions, help more manufacturing companies complete digital transformation, and empower the high-quality development of the domestic intelligent manufacturing industry.
