Kawasaki robot, as an important functional component with universal characteristics in the manufacturing industry, has been widely used in the automotive industry, aviation manufacturing, electronic appliances and modern logistics and other planned production, including processing, transfer, welding, cutting, spraying, inspection, sorting, assembly, etc., has become an indispensable tool to ensure product quality, improve work efficiency, and reduce costs.
With the continuous development of computer skills and network skills, Kawasaki Robot has gradually developed from a manipulator that only completes a single and repetitive operation mission to a work unit and automated production line with the characteristics of rapid reconfigurability, multi-function and intelligence. At the same time, some applications put forward higher requirements for the speed, accuracy, stiffness, dynamic characteristics, power density per unit weight output, and environmental adaptability of the industrial robot body, which also poses new challenges to the planning skills of industrial robots.
As we all know, Kawasaki industrial robots mainly include two categories: tandem robots and parallel (hybrid) robots. During this period, the planning skills of traditional tandem robots were relatively mature, and the key points of discussion at that time would focus on high-performance component planning, advanced control and system optimization. In recent years, the planning skills of parallel robots are generally in the middle of development, and they have been developed in configuration synthesis, evaluation indicators, integrated modeling theory, advanced control, etc., but there is still a lot of room for improvement.
At that time, the key mission of Kawasaki Industrial Robot Planning was to carry out independent innovation and integration of configurations and systems around the development trend of high-speed, high-power, precision, lightweight, and intelligent, and to transform the traditional theoretical research on aspiring institutions into engineering planning research for real mechanical products. Therefore, it is necessary to fully consider the service environment, and organize and integrate existing planning theories and software skills, etc., to cover all phases from conceptual planning to concrete planning to prototype testing. The following is an introduction to the most important developments in the overarching synthesis, analysis, and testing missions addressed in the digital plan.
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Sany Group joins hands with Kawasaki Robotics to discuss intelligent production
Kawasaki Robotics showed its face on November 3 CeMAT ASIA 2020 Asia Logistics Exhibition, the exhibition took "Smart Logistics" as a series of themes, and Kawasaki Robotics launched the CP hybrid depalletizing unit display and flexible warehousing processing plan during the exhibition, which attracted a large number of industry customers.
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Process parameters of the Kawasaki welding robot
1. Robot weight
Active welding robots vary in size and weight.
2. Repeat positioning accuracy:
Reflects the welding accuracy that the active welding robot insists on during repetitive actions. The active welding robot that has passed the quality inspection can be used without errors.
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Kawasaki Robot Control Cabinet Inspection Item
1. Check whether the temperature of the control cabinet is too high;
2. Check the motherboard, storage board, I/O computer board and driver board;
3. Check the transformer and fuse;
4. Check the Kawasaki Robot Three-Phase Electric ...
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Advantages of automatic welding technology of industrial robots - Kawasaki robots
1. Improve the production power
The welding robot has a short response time, fast action, and the welding speed is 60-3000px/min, which is much higher than manual welding, and the robot does not stop or rest during the operation process, but it is impossible for workers to do it without stopping and not resting when they go to work.
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Spot welding robot function and equipment requirements - Kawasaki robot
In many welding methods, because spot welding only needs to be controlled at the point position, there is no strict requirement for the moving track between the points of the welding tong, so the requirements for the robot used in spot welding are not very high, which is also one of the reasons why spot welding robots were used earlier.
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The basic component of the human-computer interaction system - Kawasaki Robot
The human-computer interaction system is a skill science that studies the communication and communication between people and computers through mutual understanding, and completes the functions of information management, service and processing for people to the greatest extent, so that computers can truly become a harmonious assistant for people's work and study.
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Restricted method of movement of the robot – Kawasaki robot
There are two main types of limiting the movement of robots: mechanical and non-mechanical limits.
(1) Mechanical limit
Mechanical hard limits are used to physically restrain the robot beyond specified limits. As a result of this type of ...
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Kawasaki Robotics RS013N and KJ155 series released
Recently, Kawasaki Robotics has released the new RS013N and KJ155 series of robots to meet the needs of more diverse terminals. It is understood that the new robot has been transformed accordingly in both product planning and functional performance. The evolved RS series is faster and more convenient to operate; K ...
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The difference between Kawasaki spot welding and arc welding robots
Spot welding robot and arc welding robot are the types of robots of the manufacturers in the automated welding market, spot welding robots and arc welding robots can play a greater role in the production line, the two types of welding robots have their own characteristics, the welding process is different, and the requirements of the weldable workpiece are also not ...
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Precautions after Kawasaki robot handling setup
1. When using a crane or forklift to transfer the robot, the main body of the robot cannot be supported manually.
2. During the transfer, do not stand under the robot that climbs or lifts the robot.
3. Before starting the device, be sure to block the power supply and main power supply of the controller. Set the "Check ...
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Freedom of Robot Motion and Motion Accuracy - Kawasaki Robot
The degree of freedom of motion refers to the number of variables required for the robot manipulator to move in space, which is used to represent the parameters of the flexibility of the robot's action, which is generally expressed by the number of independent movements moving along the axis and rotating around the axis.
A free object in space rotates in space from six degrees of freedom (three ...
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Industrial robot structure – Kawasaki Robot
An industrial robot is a multifunctional machine that can be operated automatically and can be reprogrammed to change. It has multiple degrees of freedom and can be used to move materials, parts, and hold things to complete a variety of different jobs.
1. Industrial robots ...
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The application field of industrial DOF parallel robot - Kawasaki Robot
Parallel organization is mostly used in occasions that require high stiffness, high precision, high speed, and no large space.
1. Sorting, handling, packing and other industries in food, medicine, electronics and chemical industries.
2. Simulated movement; ...
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Kawasaki's rideable/robotic goat
Unlike Boston Dynamics' Spot, Kawasaki's robot, Ibex, is ready for human passengers.
We are still more or less in the early stages of robotics skills, and engineers are adding anything to the blueprint and hoping to find one that will stick ( ...
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Kawasaki Robotics will increase sales of models
The presentation of the epidemic has made many labor-intensive enterprises realize the important role of manpower in the production process, and has also promoted the development of China's industrial robots and intelligent manufacturing industry to a certain extent. Now that the epidemic has entered the normalization, the ability of enterprises to resist the risk of external uncertainty is urgently needed.
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A common method used in Kawasaki robot programming
There are two common programming methods, teaching programming and offline programming. Among them, the teaching programming method includes teaching, editing and trajectory reproduction, which can be realized through two ways: teaching box teaching and supporting teaching. Because the teaching method is practical and easy to operate, most of the machines ...
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Industrial robots involve technology – Kawasaki Robotics
Robot automation is a fast-moving technology, and in just a few decades, industrial robots have become common equipment in factories all over the world.
Industrial robots can not only overcome the impact of harsh environments on production, reduce the use of labor, and ensure that workers ...
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Resistance method of Kawasaki Industrial Robot circuit board repair inspection method
Resistance is the fundamental feature of various electronic components and circuits, and the method of using a multimeter to measure the resistance value between various points of electronic components or circuits to identify faults is called resistance method. There are two fundamental ways to measure the resistance value: "online" and "offline". "Online" measurement, demand ...
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Choose a servo manipulator to pay attention to the problem - Kawasaki robot
The size of the template directly determines the stroke of the manipulator of the injection molding machine; The height of the safety door is related to the smooth removal of goods from the inside of the mold to the outside of the mold. After confirming these two key specifications, it is necessary to consider what is the payload of the manipulator of the injection molding machine, and whether it is satisfied with the injection molding machine ...
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Welding robots last longer method – Kawasaki robots
First, the welding robot is viewed and protected
1. Wire feeding organization. Including whether the wire feeding force is normal, whether the wire feeding tube is damaged, and whether there is an abnormal alarm.
2. Is the airflow normal?
3. Is the torch safety protection system normal? (It is forbidden to close the welding torch safety protection ...
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