Micro guides are applied to various equipment such as miniaturized devices, semiconductor equipment, medical equipment, IC manufacturing equipment, X-Y tables, precision measurement and testing instruments, high-speed belt-driven equipment, and high-speed transfer equipment. Here, the editor from a micro guide manufacturer introduces the main lubrication methods for micro guides:
The sealed lubrication oil injection method: This lubrication technique allows the lubricant to be carried to the track surface during the circulation of steel balls, ensuring uniformity and longevity of lubrication.
The internal oil storage block method: This lubrication method utilizes an internal oil storage block to continuously lubricate the guide rail, ensuring that the rail maintains lubrication over extended periods of use.
Manual or Automatic Lubrication Method: This approach allows for direct lubrication of the slideways, ensuring constant and adequate lubrication during operation.
When lubricating, be mindful of the following points:
Before the first use, the sliding seat and track must be lubricated for protection and should be avoided from contacting any liquid or solid contaminants.
When applying lubricant, the sliding seat must be moved back and forth in one direction while lubricant is added to ensure even distribution on the guide rail surface.
The track surface must be frequently maintained with an oil film visible to ensure the guide rail is always sufficiently lubricated.
Ensure lubrication work is completed before the lubricant changes color due to corrosion, to prevent damage to the guide rail from lack of lubrication.
Additionally, different types of lubricants may be required for various working environments and needs. For instance, light-load lubricants are suitable for micro guideways with lighter loads, while high-temperature lubricants are ideal for those operating in high-temperature conditions. When selecting a lubricant, a comprehensive consideration of factors such as the micro guideway's working conditions, load requirements, and temperature range is necessary.
