Cobotracks Linear Motion CRX Alternatives & Competitors

Cobotracks has developed an innovative product called the “Linear Motion Kit (LMK)”, which enables Universal Robots' cobot models (UR-3/5/10/16 and e-series) to move along a linear track while being controlled by the robot controller through Cobotracks software. This kit has been awarded the UR+ certification by Universal Robots, the leading company in the cobot industry, which guarantees simple plug-and-play integration with Universal Robot customers' applications.

One of the most common applications of the LMK is in stacking multiple pallets. The LMK opens up new possibilities for cobot deployment in a rapidly growing market. With the LMK, Universal Robot customers can enhance the versatility of their cobots and achieve greater productivity in their processes.

Cobotracks, a company specializing in automation solutions, has developed an innovative product called the "Linear Motion Plug & Play" (LMPP) specifically designed for Omron Robots. The LMPP is a simple and easy-to-install solution that is ideal for applications where the reach of an Omron Robot is insufficient.

The LMPP is a modular linear track system that can be easily added to Omron Robots to extend their range of motion. The solution is plug-and-play, meaning that it is ready to use straight out of the box and requires no additional programming or engineering expertise. Once installed, the LMPP enables the Omron Robots to move seamlessly across the linear track, while remaining fully controllable from the robot controller.

Thanks to Cobotracks' software, the LMPP solution allows for precise control of the Omron Robots during operation. The software ensures that the robot can move along the linear track accurately and safely, without any loss of accuracy or precision. The LMPP solution is compatible with a range of Omron Robot models, making it a versatile solution that can be used in a wide variety of industrial and commercial applications.

Cobotracks, a company specializing in automation solutions, has developed an innovative product called the "Linear Motion Plug & Play" (LMPP) specifically designed for Techman Robots. The LMPP is a simple and easy-to-install solution that is ideal for applications where the reach of a Techman Robot is insufficient.

The LMPP is a modular linear track system that can be easily added to Techman Robots to extend their range of motion. The solution is plug-and-play, meaning that it is ready to use straight out of the box and requires no additional programming or engineering expertise. Once installed, the LMPP enables the Techman Robots to move seamlessly across the linear track, while remaining fully controllable from the robot controller.

Thanks to Cobotracks' software, the LMPP solution allows for precise control of the Techman Robots during operation. The software ensures that the robot can move along the linear track accurately and safely, without any loss of accuracy or precision. The LMPP solution is compatible with a range of Techman Robot models, making it a versatile solution that can be used in a wide variety of industrial and commercial applications.

In summary, the LMPP solution is an innovative and easy-to-use solution that extends the range of motion of Techman Robots. It enables the robots to move along a linear track while remaining fully controllable from the robot controller, thanks to Cobotracks' software. With its plug-and-play design and compatibility with multiple Techman Robot models, the LMPP is a versatile solution that can be used in a variety of applications.

Yamaha's GX20 electric linear slide actuator is a high-performance solution for industrial applications that require precise linear motion. With ground ball screws as a standard feature, all models of the GX20 comply with JIS Standard accuracy class C5, ensuring exceptional accuracy and consistency. The positioning accuracy repeatability of ±5µm means that the GX20 is ideal for applications that require high precision, such as semiconductor manufacturing equipment and inspection machines.

The stroke range of the GX20 is between 100mm to 1450mm, making it suitable for a wide range of industrial applications that require a longer stroke length. Despite its impressive stroke range, the GX20 remains compact and easy to install, making it a versatile option for various industrial settings.

The ground ball screw construction ensures smooth and accurate linear motion, while the highly rigid design of the GX20 allows it to handle large loads with ease. This makes it an excellent choice for applications that require both high precision and high load capacity, such as precision assembly systems and inspection machines.

In summary, the Yamaha GX20 electric linear slide actuator is a high-performance solution for precise linear motion in industrial applications. With ground ball screws as a standard feature, JIS Standard accuracy class C5 compliance, a stroke range of 100mm to 1450mm, and exceptional load capacity, the GX20 is a versatile option for a wide range of industrial settings.

The Yamaha GX16 is a highly versatile electric linear slide actuator designed to provide precise linear motion in various industrial applications. One of the key features of the GX16 is the ground ball screws that come as a standard feature in all models. This ensures exceptional accuracy and consistency, which is further enhanced by compliance with JIS Standard accuracy class C5. These features make the GX16 an ideal solution for applications that require high precision, such as semiconductor manufacturing equipment and inspection machines.

Another significant advantage of the GX16 is its positioning accuracy repeatability of ±5µm. This feature makes it perfect for industrial settings where precision is critical, and accuracy cannot be compromised. The stroke range of the GX16 is also impressive, ranging between 100mm to 1450mm. This gives users a wide range of options when selecting a stroke length that suits their application. With such stroke lengths, the GX16 is suitable for industrial applications that require longer strokes.

In addition to its precision and stroke range, the GX16 is also highly rigid, making it capable of handling significant offset loads without compromising performance. This feature makes the GX16 an excellent choice for applications that require high load capacity. Despite its sturdy construction, the GX16 is compact and easy to install, making it a versatile solution for various industrial settings. The combination of precision, stroke range, load capacity, and ease of installation makes the Yamaha GX16 a top-performing electric linear slide actuator for industrial applications.

Yamaha's GX05L is a high-precision linear slide table that offers excellent accuracy and repeatability for various industrial applications. One of its key features is the use of ground ball screws as a standard feature, which ensures smooth and precise motion control with minimal friction.

All models of the GX05L comply with JIS Standard accuracy class C5, ensuring consistent and reliable performance over extended periods of use. With a positioning accuracy repeatability of ±5µm, the GX05L is capable of handling precision positioning tasks with ease, making it an ideal choice for applications that require high accuracy and repeatability.

The GX05L offers a stroke range of 50 mm to 800 mm, providing flexibility in terms of the range of motion required for different applications. Its compact design and high rigidity allow for easy installation and maintenance, while its high load capacity ensures that it can handle a wide range of payloads.

Overall, the Yamaha GX05L is an excellent choice for industrial applications that require high precision and repeatability, making it well-suited for use in industries such as semiconductor, medical, and precision manufacturing.

The LMK20-S-B Linear Motion Kit is designed specifically for integration with the Universal Robots UR20 and UR20e cobots, enhancing their capabilities by extending their range by up to a maximum of 50 meters. This linear track offers a seamless plug & play solution, ensuring easy integration with the cobots thanks to its compatibility with the unique UR software. With a maximum stroke of 7000 mm and a maximum speed of 250 mm/sec, the LMK20-S-B provides the flexibility and efficiency required for a variety of industrial applications.

Featuring a robust construction and high-performance specifications, the LMK20-S-B Linear Motion Kit offers impressive capabilities for a range of tasks. With a duty cycle of 100% and a repeatability of 0.1 mm, it ensures consistent and precise movement over extended periods of operation. The kit is engineered to withstand challenging industrial environments, with an ambient temperature range of -10°C to 60°C, making it suitable for diverse application scenarios. Additionally, with an electrical input of 380V and a base weight of 65 kg, it provides stability and reliability for demanding automation tasks.

Applications for the LMK20-S-B Linear Motion Kit are diverse, ranging from machine loading to palletizing and packaging. Its long stroke and high-speed capabilities make it ideal for tasks requiring extensive reach and quick movements, while its compatibility with the UR20/UR20e cobots ensures seamless integration into existing automation setups. Whether in manufacturing, logistics, or other industries, the LMK20-S-B enhances the efficiency and versatility of Universal Robots cobots, enabling them to tackle a wider range of tasks with precision and reliability.

The LMK30-S-B Linear Motion Kit is specifically designed to enhance the capabilities of the Universal Robots UR30 and UR30e cobots, extending their range by up to 50 meters. With a maximum stroke of 7000 mm and a speed of 250 mm/sec, this linear track provides the flexibility and efficiency required for various industrial applications. Offering a plug & play solution, Cobotracks ensures seamless integration with the UR software, simplifying setup and operation.

Featuring a robust construction and high-performance specifications, the LMK30-S-B Linear Motion Kit offers impressive capabilities for a range of tasks. With a duty cycle of 100% and a repeatability of 0.1 mm, it ensures consistent and precise movement over extended periods of operation. With an ambient temperature range of -10°C to 60°C and an electrical input of 380V, it is suitable for operation in diverse industrial environments, contributing to enhanced productivity and reliability.

Applications for the LMK30-S-B Linear Motion Kit are varied, spanning industries such as machine loading, palletizing, and packaging. Its long stroke, high-speed capabilities, and compatibility with UR30/UR30e cobots make it an ideal solution for tasks requiring extensive reach and quick movements. Whether in manufacturing, logistics, or other sectors, the LMK30-S-B enhances the efficiency and versatility of Universal Robots cobots, enabling them to tackle a wider range of tasks with precision and reliability.

Advanced Linear Motor AxisHigh-efficiency Iron-core linear motors and magnet tracks in a wide range of over 100 standard linear motor axes:Low moving mass to ensure a high degree of dynamismOptimized stroke/product length ratioUp to 5 m/s maximum speed with 1 um repeatabilityCompact and efficiency oriented designHighly versatile and ready-to-useRatings: 230/400 VAC, 48 to 760 N (2000 N peak force).

Linear axis with belt drive

Modular linear axis MLB with belt drives are specially suited for general handling applications for packaging and logistics, as well as for the food and medical industry. The MLB is characterized by its highly dynamic and low-noise linear guidance system, which is built on an aluminum profile. Additional advantages include its compact design with integrated drive unit, high degree of precision, and robustness. Linear axes are available in lengths up to 6,000 mm.

The stationary drive unit and motor reduce the moving mass to a minimum and in many cases make complex power transmission with chains unnecessary. The functions: guidance, drive and positioning are combined in a single unit which makes it easy to integrate into a complete system and make it possible to mount in any position.