KK40 Module Ball Screw Slide Double Track Linear Precision Guide Cross Track
The KK40 Module Ball Screw Slide Double Track Linear Precision Guide Cross Track is a highly advanced linear module system specifically designed for applications that require a seamless blend of precision, robustness, and reliability.
KK Module and Linear Module Definition
KK Module Definition: KK module, also referred to as an industrial robot, linear module, linear slide table, electric cylinder, electric slide table, and mechanical arm, among other names, is a motor-driven moving platform. It’s constructed of U-shaped linear slide rails guided by ball screws, with a sliding seat that functions as both the driving nut of the ball screw and the guiding slider of the linear slide rail. The design employs the advantages of linear guide rails and ball screws, ensuring high rigidity, high accuracy, and significant space-saving. The ball rolling surface is designed with a 2-row Gothic arc and a 45° contact angle, allowing for load-bearing from four directions, thus providing all-round support in X, Y, and Z axes.
Linear Module Definition: The linear module, known also as linear module, cartesian robot, and linear slide table, is an automation upgrade from traditional linear guides and ball screw linear transmission mechanisms. It enables precise and flexible linear and curved movement, making light-load automation more versatile and accurate.
Difference Between KK Module and Linear Module
- Composition Difference:
- KK Module: An integrated screw module with high positioning accuracy, compact size, and easy maintenance. The running speed can reach 0.5 meters per second, with acceleration up to 9 meters per second, making it 4-5 times faster than a traditional machine tool. Repeat positioning accuracy is as high as ±0.02MM.
- Linear Module: This is an automated upgrade unit following linear guide rails and ball screw linear drive structures.
- Type and Application Differences:
- KK Module: Ideal for devices that demand high precision and rigidity, such as precision detection instruments and medical devices.
- Linear Module: Known for its simple structure, capable of achieving long strokes and high acceleration. It is ideal for applications that require high speed and accuracy.
- Module Application Differences:
- KK Module: Used in various automation devices such as soldering machines, screw locking machines, cutting machines, labeling machines, packaging machines, etc.
- Linear Module: Utilized in large-scale applications like transportation on production lines, spraying tasks, cutting industries, lithium battery manufacturing, automatic soldering, and more.
Specifications
The following table outlines the detailed specifications of the KK40 model by ZLV:
| Parameter | Value |
|---|---|
| Model | KK40 |
| Vertical Load (KG) | 4 |
| Transverse Load (KG) | 8 |
| Weight (KG/M) | 2 |
| Unit Price (USD/M) | 50 |
Advantages
- Precision: With repeat positioning accuracy of ±0.02MM, it’s suitable for high-precision applications.
- Speed: Reaches speeds of 0.5 meters per second and acceleration of 9 meters per second.
- Customizable: Can be tailored to specific requirements and applications.
- Rigidity: Designed with high rigidity to withstand heavy loads.
- Versatility: Suitable for a wide range of applications, from medical devices to manufacturing equipment.
Applications
KK40 is widely applicable in various sectors including automation, medical equipment, transportation, cutting, soldering, and packaging. Its robustness and precision make it suitable for various technological advancements in industries seeking efficiency and accuracy.
Conclusion
ZLV’s KK40 Module Ball Screw Slide Double Track Linear Precision Guide Cross Track is a state-of-the-art product designed to meet the demanding needs of modern industry. With its high precision, speed, and adaptability, it is poised to be a valuable asset in diverse applications. The ability to customize adds an extra layer of appeal, ensuring that the KK40 is not just a product but a solution tailored to individual needs.
