1. Use in palletizing
In terms of palletizing in various factories, robots with high automation are widely used, and manual palletizing operations are intensive, labor-intensive, and labor-intensive, and workers not only need to accept huge pressure, but also have low operation efficiency. The transfer robot can carry out efficient classification and transfer according to the characteristics of the transferred objects and the local classification of the transferred objects, on the basis of keeping their shape and the properties of the objects unchanged, so that the packing equipment can complete hundreds of palletizing tasks per hour. It plays an important role in the loading and unloading of production lines and the transfer of containers.
2. Use in welding
Welding robots are mainly responsible for welding operations, and different industrial types have different industrial needs, so common welding robots are spot welding robots, arc welding robots, laser robots, etc. The car manufacturing industry is the most widely used industry for welding robots, and it has incomparable advantages in terms of welding difficulty, welding quantity, and welding quality.
3. Use in the device
In industrial production, the device of parts is a very large amount of work, requiring a large amount of labor, and the former human device is gradually replaced by industrial robots due to high error rate and low efficiency. The development of device robots combines a variety of skills, including communication skills, automatic control, optical principles, microelectronics skills, etc. According to the device process, the developer writes appropriate procedures and uses them for detailed device operations. The biggest feature of the device robot is that the device has high precision, great flexibility and high degree of application. Due to the messy and precise operation of the device, we choose the device robot to carry out the installation of electronic parts and precision parts of the car.
4. Use in detection
Robots have multi-dimensional additional functions. It can replace the operation of operators in special positions, such as detection in high-risk areas such as nuclear contaminated areas, toxic areas, nuclear contaminated areas, and high-risk unknown areas. There are also places that cannot be reached in detail by humans, such as the detection of sick parts of patients, the detection of industrial defects, and the detection of life at earthquake relief sites.
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Welding robot welding process parameters
1. The welding process parameters of the welding robot should be adjusted according to the welding needs. Different welding needs may require different welding parameters to adjust. The most important welding parameters are welding current, voltage, and welding speed. These parameters are the most fundamental parameters in the welding procedure and are essential for ...
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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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Elimination of defects in spraying robots
1. Dripping
To prevent dripping, ensure that the spraying angle is correct, the nozzle is clean, the spraying pressure is appropriate, and the correct nozzle size is used. If a drip occurs, it should be removed immediately and the fault corrected in the subsequent spraying process.
2. Smudge
To prevent dizziness ...
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Causes and solutions of welding robot failures
Today, when industrial robots are more and more widely used, almost all occupations are considering the use of robots instead of labor, including welding occupations. Of course, anything will show problems when it is used, and welding robots generally have the following problems:
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Introduction to the advantages and disadvantages of joint robots - Kawasaki robots
Advantages of articulated robots:
3. It has a high degree of freedom, 5-6 axes, suitable for almost any track or viewpoint operation
4. It can be programmed freely to complete fully automated operations
5. Improve production efficiency and controllable error rate
6. Replace many non-...
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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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Installation and debugging steps of industrial robots
1. The installation of industrial robots generally requires the following processes:
1. Confirm the orientation of the device: According to the needs of the production line, confirm the orientation and direction of the robot device, and ensure that the surrounding environment space is sufficient.
3. Device infrastructure: including robot support structure, electrical ...
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Kawasaki takes you to understand the characteristics of stamping robot automation
First, the working hours are long
It can be operated continuously 24 hours a day, and it is necessary for workers to have a break period.
Second, it can replace manual dangerous operations
In some stamping areas, many processes are very dangerous ...
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The structure and performance of the Kawasaki welding robot
The welding robots produced in countries around the world are basically joint robots, and most of them have 6 axes. Among them, the 1, 2, and 3 axes can send the end things to different spatial positions, while the 4, 5, and 6 axes can solve the different requirements of the east and west postures. There are two main types of mechanical structures of the welding robot body.
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Composition and workflow of palletizing robot - Kawasaki robot
The components of the palletizing robot are:
1. Active control system: intelligent PLC and touch screen, as the center of the system, used to coordinate the orderly operation of various subsystems, and view the operation status and alarm information of the system equipment...
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Features of Kawasaki Robot Flame Retardant Protective Clothing
Robot flame retardant protective clothing is a set of protective clothing with strong maintenance effect made for robots working at high temperatures. Its main features are as follows:
Flexibility: Because the robot has a large amount of movement, the flexibility of the data is required to be high.
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The key technology of clean robot - Kawasaki robot
A clean robot is an industrial robot that is used in a clean environment. With the continuous improvement of production skills, its requirements for the production environment are becoming more and more stringent, and many modern industrial products are required to be produced in a clean environment.
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Kawasaki Industrial Robot Type
Historically, there are many types of industrial robots, for example, Cartesian coordinate system robots, cylindrical coordinate system robots, etc., with the passage of time, the development of skills, now on the market, the types of industrial robot products launched by major manufacturers are based on articulated robots (straight articulated machines).
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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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Advantages of Kawasaki loading and unloading robots
In the environment of continuous improvement of social production efficiency, it is difficult for traditional manual labor to keep up with the work of rapid mass production, and the loading and unloading robot can automatically carry out the loading and unloading work, so the loading and unloading robot occupies an important position in the industrial field. So what are the advantages of loading and unloading robots?
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Introduction to the process of the Kawasaki spraying robot
The spraying process of the spraying robot
1. The paint spraying process is the most widely used process of spraying robots. The paint spraying process can be divided into dry and wet spraying. Dry spraying requires special working conditions, while wet spraying can be completed under normal working conditions. Usually...
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Kawasaki robot force feedback method
There are three main ways to measure the force sensor and force response at the hardware level:
(1) Current loop: The current closed-loop force closed-loop reaction control through the motor is suitable for direct drive motors (Direct Drive Mo ...
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Application of industrial robot perception system - Kawasaki Robot
Through the popularization and development of industrial robots in recent years, the equipment and accessories of industrial robots have become more and more perfect. As one of the most important devices for industrial robots, people who want to learn and understand industrial robots in depth know how to use industrial robots with sensors ...
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Robot ontology components
The robot ontology refers to the mechanical part of the industrial robot, also known as the manipulator, which is the operating mechanism of the industrial robot, and refers to the original and itself of the industrial robot. The overall robot is also composed of other supporting software and supporting equipment. The basic structure of the robot body is composed of five parts: 1. ...
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The working principle of AGV driving the steering wheel - Kawasaki Robot
The AGV drive steering wheel usually consists of two parts, one part is the steering wheel and the other part is the steering wheel. The steering wheel is located in the front of the AGV and is mainly used to change the direction of the AGV.
1. The operating principle of AGV driving the steering wheel
AGV drive ...
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