YAMAHA Linear Conveyor Modules LCMR200 Alternatives & Competitors

Yamaha's Basic model LBAS is a compact and versatile linear conveyor module designed to meet the needs of various automation systems. The LBAS features a newly designed integrated guide rail/frame structure that provides improved moment load capacity while maintaining a compact frame size. This innovative design ensures high rigidity and stability, making it suitable for various industrial applications.

One of the LBAS's key features is its ability to accommodate motors from most leading manufacturers, making it a highly versatile and flexible solution. The LBAS has a maximum payload capacity ranging from 2kg to 100kg, making it suitable for a wide range of applications.

The LBAS also boasts impressive speed capabilities, with a maximum speed ranging from 300 to 1,800mm/sec. This makes it an ideal choice for applications that require fast and precise linear movement. Additionally, the stroke length of the LBAS ranges from 50 to 1,250mm, providing even more flexibility in its application.

In summary, Yamaha's Basic model LBAS is a highly versatile linear conveyor module that boasts an innovative integrated guide rail/frame structure, high moment load capacity, and the ability to accommodate motors from most leading manufacturers. With a range of payload capacities, impressive speed capabilities, and a flexible stroke length, the LBAS is an excellent choice for various industrial applications.

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 Advanced model LGXS is a high-performance electric linear slide actuator that offers higher efficiency, accuracy, and reliability from its ground ball screw. The use of a ball screw in its design ensures that the LGXS provides exceptional accuracy and consistency in its movements, making it an ideal choice for applications that require high precision.

The LGXS is specifically designed to be used as a base axis of multi-axis configurations, which makes it a popular choice in the automation industry. Its maximum payload capacity ranges from 2kg to 160kg, and it can achieve maximum speeds of 300 to 2,400mm/sec. Additionally, its stroke range varies from 50 to 1,450mm, providing ample versatility for a wide range of applications.

With its advanced features and precision capabilities, the Yamaha LGXS electric linear slide actuator is well-suited for applications in the automotive, semiconductor, and electronics industries, among others. Its high efficiency and reliability make it a popular choice for manufacturing and automation applications where accuracy and consistency are paramount.