KJB0T15F5PNL

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KJB0T15F5PNL Application Field and Working Principle

KJB0T15F5PNL stands for Kinetic Joint Bearing Zero-Tuning, 15mm Frame, 5 Pin Lower. It is a type of robotic end-effector technology, used primarily in robotic arms for cutting, welding, grinding, folding, and other precision applications. It has been designed for industrial use in harsh control environments, and provides significant advantages over traditional joint designs.

Overview

KJB0T15F5PNL features a zero-tuning design, meaning that the robot arm does not need to be mechanically adjusted on every cycle to achieve proper motion. This design was developed for industrial use in harsh conditions, where minimal maintenance and no tuning is desired. The robotic arm utilizes a low-friction Nickel-Acetylene sliding bearing system, which reduces wear and tear on the system while increasing efficiency. The motor and feedback mechanism is encased in a 15mm frame, providing a compact but robust construction. Lastly, the five-pin lower provides more stability and controllability of the robot arm.

Application Fields

KJB0T15F5PNL is primarily used for industrial applications such as cutting, welding, grinding, folding, and other precision tasks. It is well suited for use in harsh environments, such as aerospace or automotive plants, and its low-friction bearing system makes it ideal for a variety of motion applications. The robotic arm can be used for assembly line applications, and has been proven to increase the accuracy and speed of robotic tasks. It is also able to handle parts of different shapes and sizes with a high degree of accuracy and repeatability.

Working Principle

The KJB0T15F5PNL robotic arm utilizes a five-pivot direct drive system, which allows the arm to move with a high degree of precision and repeatability. The joints are connected by low-friction Nickel-Acetylene bearings, which reduce the amount of wear and tear on the system and increase its efficiency. The motor and feedback mechanism is housed inside a 15mm frame, providing the arm with a robust and compact design. The five pin lower ensures the arm stays in place and is able to make smooth movements with increasing accuracy.

Advantages

The main advantages of the KJB0T15F5PNL robotic arm are its zero-tuning design, compact size, and high level of repeatability. The zero-tuning design allows the arm to be quickly and easily set up and maintained, and eliminates the need for tedious mechanical adjustments on every cycle. The compact size gives the arm improved agility and allows it to access locations with tight space constraints. The low-friction bearing system reduces wear and tear on the system, and the five-pin lower design increases stability and accuracy.

Conclusion

KJB0T15F5PNL is an ideal robotic arm for industrial applications requiring precision, repeatability, and minimal maintenance. Its zero-tuning design eliminates the need for tedious mechanical adjustments, and its compact size gives it improved agility. The low-friction bearing system reduces wear and tear on the system, and the five-pin lower ensures stable and accurate motion. With these advantages, the KJB0T15F5PNL robotic arm is an ideal choice for industrial applications in harsh conditions.

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