3300/14-02-20-00 Humanoid robots and composite robots are a new paradigm for the high-quality development of multiple industry scenarios, such as industrial scenarios, textile, automotive parts, 3C consumer electronics, medical, logistics, FMCG and other fields of factory production lines for composite robots have a high market demand. However, all along, the heavy volume, difficult deployment, poor endurance, and high learning threshold of composite robots have plagued application enterprises, making the overall acceptance of the market not high.
Through multiple quality research, JAKA mobile composite robot has reached 95kg weight, 10-hour endurance, 50mm obstacle avoidance distance, collision force not greater than 50N, robot application safety, intelligence and stable operation level has reached the international leading level. Successfully solved a number of technical problems, applied to Shanghai Electric, Jiangsu Bigao, Xinxiang chemical fiber and other international well-known enterprises.
This latest product has three typical characteristics:
(1) Adopt lightweight design. Optimize the mechanical structure design, circuit design and energy management system, strictly select low-power devices, increase the mechanical strength of the product by 15%, improve the circuit stability by 20%, and increase the energy utilization efficiency by 10% to 15%, which can achieve low energy consumption and long endurance operation.
(2) Security interaction system innovation. SLAM navigation technology is inte3300/14-02-20-00 grated with multiple sensors to provide visual protection system and collision detection system, and set up error alarm mechanism to ensure that the robot can travel smoothly in the factory and avoid obstacles in time.
(3) Software and hardware architecture optimization. With JAKA’s self-developed graphical programming APP, it reduces the user’s learning and use threshold and provides a “minimalist” operation experience. It also releases the application potential with perfect secondary development interface, extended fixture and modular fabric to realize the “extremely complex” application scenarios of robots in thousands of industries.
From 0 to N, product power continues to improve
At present, the section card robot has mastered the core technology system of the autonomous and complete robot, which is also the base of the new iteration of the section card robot from 0 to N. The efficient market-oriented R & D system, lean management mechanism and talent construction are the supporting force for the long-term growth of card saving robots.
For example, humanoid robots and composite robots actually have technical points in common with the collaborative robotic arm products that have been consistently developed by the section card robot. Robots need to have reliability, safety, intelligence, and consistency and stability of product production quality in order to better serve industrial scenes. As the basis of a number of robot derivatives, only with strong performance can the collaborative robot act as the arm of a humanoid robot and a composite robot, so that the new form of robot has a strong operating ability and helps it be better applied to various scenarios.
The continuous improvement of the product power of cooperative robots is an important reason3300/14-02-20-00 for the continuous iteration and expansion of categories of robots. In recent years, the robot has not only built three platforms: modular hardware platform, algorithm +OTA cloud system platform and cutting-edge technology research and development, but also successfully mastered five core technology systems, including intelligent modular joints, high-quality motion control, new teaching and rapid deployment, human-intelligence integration and security cooperation, intelligent production line and integration. It has opened up the full link of “R & D + production + service”, improved the comprehensive strength in multiple dimensions, built the long-term competitive advantage and sustainable growth ability of the enterprise, and become a powerful core for cultivating its own new quality productivity.
From the research and development process of JAKA mobile composite robot application, it can be seen that the possibility of reuse and continuous iterative optimization of this technology can be seen. In terms of products, with the help of key quality technologies, whole-process quality management methods and digital quality means, the saving card robot continues to achieve breakthroughs.
It is reported that in this research project, the card robot adopts the “JQMS” card quality management system to incorporate the ultimate detail management of the product into the whole process of product manufacturing – compared to the traditional serial management method, the card robot is based on ISO 9001 quality management system. Let R & D Quality Management System, production quality management system, supply chain quality management system, business support quality management system and after-sales service quality management system cooperate in all aspects, forming a refined “JQMS” (JAKA Quality Management System) quality management model.
At the same time, the card saving robot emphasizes the co-creation of the industry and the selection of the best, collaborates with the top suppliers to select the key components, ensures the excellent performance and reliability of the product with the rigorous supply chain supervision system and high-end standards, and optimizes the man-machine collaborative assembly technology and process, and assembs the robot integrated motor, reducer and other robot components.
Advanced production technology and quality management system, so that the robot from the selection of raw materials, design and engineering verification, processing and manufacturing to the whole machine assembly and other steps, have gone through fine process control and strict quality control and quality testing, to ensure that each JAKA mobile composite robot is in line with the corresponding standards and specifications.
