1 Processing
It can operate as many door products as eggs, and the industrial robot is fast, strong, flexible and sensitive. The use includes pick-and-place from the conveyor line to the package as well as machine skewing, where the material is fed by a robot into processing equipment such as injection molding machines, CNC milling machines and lathes and presses.
2 palletizers
Industrial robots load corrugated boxes or other packaged items onto pallets with defined drawings. The robotic palletizer relies on a fixed orientation or an overhead gantry robot with special tools, which is connected to the individual load components to create a simple picture of the cluttered layer to the top of the pallet, and then maximizes the load stability during transport. There are three primary types of palletizing: inline or layer forming, depalletizing or unloading, and mixed boxes.
3. Cut open
Due to their dangerous nature, laser, plasma and waterjet cutting machines are often used in conjunction with robots. Hundreds of different incision paths can be programmed into the robot, providing greater flexibility, precision, and path following than most dedicated incision machines.
4. Finishing
Multi-axis robots can grind, trim, polish, polish and clean any part made from any material to adhere to common quality.
5. Sealing and gluing
In order to apply sealant or glue, the robot can precisely track the path, together adhere to the outstanding speed control, together adhere to the common beads of the adhesive substrate. Robots are often used in the automotive industry for sealing windows, as well as for packaging processes for the active sealing of corrugated boxes of products.
6. Spraying
Due to the volatile and hazardous nature of solvent-based paints and coatings, robots are used for spraying to minimize human touch. Paint robots usually have thin arms, and since they do not have a lot of weight, they require maximum visiting and moving mobility to simulate human use technology.
7. Welding
For weld seams (MIG, TIG, arc and laser) and spot welding, the robot produces precise welds, as well as manipulating parameters such as electricity, wire feed and gas flow.
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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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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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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.
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Commissioning of industrial robots – Kawasaki Robotics
The installation of the robot is carried out on the site, and the real production environment will be affected by the space utilization rate, etc., resulting in many postures of the robot being bound by constraints, and this can easily lead to the industrial robot in the practical work, sensation, displacement and other phenomena, and after all...
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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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The internal structure of the robot quick-change tooling
1. Quick change tooling body: The quick change tooling body is the main part of the robot quick change tooling. It is the most basic and primary part of the whole design. It is available in a wide variety of shapes and materials and can be adapted to the needs of the industry.
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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 ...
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Kawasaki Robotics EtherNet/IP Installation and Use Instructions
The software Ethernet/IP uses the second network port of the robot CPU board, and there is no need to add other boards.
Click the "Menu" button on the keyboard of the teach pendant to enter the auxiliary function =>6.Input/output signal=>8. ...
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Spraying robot defect elimination method
1. Dripping
To prevent dripping, make sure that the spraying point 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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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.
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Features of the Kawasaki articulated robot
Flexibility: Articulated robots are composed of multiple articulating joints, which can complete messy movements and posture adjustments, and are accustomed to different working environments and mission requirements.
High degree of freedom: The articulated robot has a large number of movable joints, has a higher degree of freedom, and can complete a variety of ...
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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.
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The main feature of the collaborative robot - Kawasaki robot
Collaborative robots are robots designed for direct interaction with humans, that is, robots that are designed to interact with humans in close proximity in a common work space, and have begun to gain widespread attention in recent years.
Traditional industrial robots are used in safety fences or other protective ...
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Kawasaki's faster, more user-friendly robots have emerged
Kawasaki Robotics has launched new robots RS013N and KJ155, which have evolved into the RS series to be faster and more convenient to operate. The KJ155 has a longer arm span and is suitable for general-purpose robots for assembly and handling. The specification is IP67 compliant, and the smooth arm knot is suitable for a variety of uses.
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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.
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All aspects of industrial robot application - Kawasaki Robot
1. Application in palletizing
In terms of palletizing in various factories, highly automated robots are widely used, manual palletizing operations are intensive, consuming manpower, and employees are not only required to bear huge pressure, but also have low operating power. The transfer robot can be based on the characteristics of the transferred object.
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Kawasaki Robot's offline approach
1. Click on the device package of the software, and select the default way for the device path, if the software is another version such as PDPS12.1 or 13.0, then you can install other corresponding programs.
2. Open the rrs file in the configuration file, right-click to modify the file, and in the PDPS software ...
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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 ...
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Kawasaki Robotics uses welding robots with seam tracking in weld welding
The foot of the transmission line tower is the supporting part of the entire transmission line tower structure, and the stability of its structure directly determines the structural stability and service life of the transmission line tower. The tower foot of the transmission line tower is a welded assembly, and most of the production of the tower foot in the prior art is a technical electric ...
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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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