In recent years, there has been an increasing demand for more industrial robots to be incorporated into the production line in all walks of life, from modern car production to 3C (computer, communication and consumer electronics) product production. Compared with the automation equipment on the traditional production line, the robot is sensitive and capable of operation, so it is especially suitable for a variety of types and small batch production, so as to quickly respond to market changes and customer needs.
Industrial robots are three- or multi-axis multi-purpose robotic arms controlled by active programmable manipulators. The economic and social advantages of using industrial robots are as follows: advancing quality and yield, advancing product consistency, saving raw materials, shortening product delivery time, and reducing long-term total production costs. In addition, they free workers from highly repetitive tasks, dirty, and risky environments.
In the past few years, in response to the obvious increase in the demand for applications, the number of installed industrial robots has grown rapidly, and the full potential of skills is being unleashed. In fine motion manipulation occupations, industrial robots are increasingly being used in the manufacturing industry to maximize forward productivity and productivity. Nowadays, more and more industries and technologies are committed to planning advanced next-generation industrial robots.
Significant advances in actuator and manipulation skills have led to the development of advanced modular robotic joints. As modular joints, they must be standardized, self-contained work cells that together can be matched with a variety of other components and system interfaces to create complex robot systems. Modularity satisfies the versatility of planning and mechanical production, the ability to adapt to the needs of the user, and the ease of installation. In general, highly integrated electromechanical modular joint planning has several advantages over traditional robot systems, including high power density, lighter components, high dynamic functions and reliability. This planning advances the agility of the robot, reducing production time and overall costs.
Although the integration of robots into the enterprise will significantly increase the upfront investment cost, the use of industrial robots can significantly improve product quality and efficiency. There are several important decisive factors when considering the use of robots to replace skilled and increasingly expensive labor: (a) the payback period of the capital investment, and (b) the lifetime of the robot. Clearly, the short payback period and long service life will make the investment robots attractive.
With more than 100 years of professional experience, Kollmorgen has produced hundreds of thousands of servo motion parts for robotics careers. By utilizing one or more modular joints, the planning and installation of a light-payload robot (Cobot) can be significantly optimized; These modular robot joints utilize Kollmorgen's optimally planned frameless torque motors, LVDC drives, dedicated harmonic reducers, brakes, dual feedback systems, and thermal sensors. The modular robot joint integrates Kollmorgen frameless servo motors, which makes the development of the robot simple, fast and safe. Lean engineering planning enables Kollmorgen to provide frameless motors that are optimized for space, weight, function, reliability and service life.
|
More on that
|
Robot auto-mode fault resolution steps
1. In manual mode: press ENABLE and flash SERVICE UTILITIES at the bottom left of the screen (F6);
2. Press the F6 key to enter the SERVICE UNIT1 screen
3. Select 1 TEACH/PLAYBACK CONDI ...
|
|
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.
|
|
Limitations of the Kawasaki robot's motion application
In order to be able to make it run without disturbing the surrounding protection, we need to reasonably set up the mechanical protection devices around the system.
Security ...
|
|
Practical application field of parallel robot - Kawasaki robot
The parallel robot has no accumulated errors and high accuracy; The driving equipment can be placed on or close to the position of the fixed channel, so that the moving part is light in weight, high in speed, and has good dynamic response; Compact structure, high rigidity and large bearing capacity; Smaller workspace and other features.
...
|
|
The structure of the Kawasaki reducer and its principle
An industrial robot is a general-purpose robot with a storage device and a terminal filling device that is capable of performing a variety of movements or processes rather than a human being. In general, workers in production are able to perform monotonous, frequent, and repetitive long-term operations, perhaps in risky and harsh environments. ...
|
|
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:
...
|
|
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 ...
|
|
The classification of industrial robots - Kawasaki Robot
1. System activities
1. Special robot: It is a stable and programmable robot with a simple structure, a unique operation strategy, and a low-cost independent control system, such as the operation tool manager in the machine database.
2. Global Robot: With direct control ...
|
|
Kawasaki Robotics was unveiled at CeMAT ASIA
Kawasaki Robotics debuted at MAT ASIA 2020 Asia Logistics Exhibition on November 3, with the theme of "Smart Logistics" as a series of themes.
|
|
Characteristics and applications of Kawasaki spraying industrial robots
A spraying robot, also known as a painting robot, is an industrial robot that can actively paint or spray other coatings. The painting robot is mainly composed of the robot body, the computer and the corresponding control system. The hydraulically driven painting robot also includes hydraulic oil sources such as oil pumps, oil tanks, etc.
|
|
Kawasaki robot detects faults and oil change methods
1 Kawasaki Robot Working Status Recognition
Acknowledge the production status of the robot, and admit that the robot will be shut down for at least 1 hour before routine maintenance (to ensure that the oil change is normal and not affected by the temperature of the body)
2 machine ...
|
|
Features of Kawasaki Robot's mechanical axes
Industrial robots come in a variety of axis configurations. However, the vast majority of articulated robots have six axes, also known as six degrees of freedom. Six-axis robots have more flexibility than robots with fewer axes and can perform more applications.
...
|
|
Kawasaki robot contact tip replacement method
The contact tip is a kind of item with high replacement frequency of welding wearing parts, the contact tip is a role in the fixed position of the welding wire when it passes, due to the excessive current that passes through the arc at the end of the welding, it is easy to melt the outlet of the contact tip, causing the welding wire and the contact tip to be fused together, can not ...
|
|
Common methods for Kawasaki robot programming
As an irreplaceable important equipment in the manufacturing industry, industrial robots have become an important symbol to measure the level of manufacturing and science and technology. There are many different types of Kawasaki robots, which are widely used in the manufacturing industry.
|
|
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 ( ...
|
|
Advantages of composite robots - Kawasaki robots
First, improve the level of automation of the production process
Composite robots are conducive to improving the automation of raw material and accessories transportation, workpiece loading and unloading, and machine assembly, improving labor productivity, reducing production costs, and accelerating the mechanization and automation of industrial production.
...
|
|
Analysis and treatment method of welding defects of welding robot - Kawasaki
The robot welding is argon-rich mixed gas maintenance welding, and the welding shortcomings presented in the welding process generally include welding deviation, undercut, porosity, etc., the specific analysis is as follows:
(1) The welding deviation may be the incorrect orientation of the welding.
|
|
What are the Kawasaki Robot Ontology Inspection Items?
1. Check whether the power cable, communication cable and each axis cable are damaged or aged;
2. Check whether the movement of each axis is normal;
3. Check the sealing status of each shaft and whether there is oil leakage;
4. Check out the Ka...
|
|
How to debug an industrial robot – Kawasaki Robotics
1. Zeroing and debugging each axis of the industrial robot
After the robot leaves the factory, the axes of the industrial robot may not be zero, if such a robot is directly put into production, the center of gravity of each axis may not be accurately fixed on the support point, and the production process may lead to ...
|
|
Kawasaki Industrial Robot automates the production line
What is the posture of the modern automatic production line?
The active production line is composed of a workpiece conveying system and a control system, a group of active machine tools and auxiliary equipment in accordance with the process sequence, and actively completes the full or partial manufacturing of products.
|
|
Contact
working hours
