High Precision Size 15 Cylindrical Roller Bearing Linear Guide Plain Roller for Guideway CNC Machine Linear Motion System

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Product Description

Plain roller for Guideway

High-precision plain roller for linear guideways, made from hardened alloy steel with fine surface finish. Offers excellent
load-bearing capacity, low friction, and superior wear resistance for reliable performance in demanding CNC applications.

The plain roller is a key load-bearing element in the guideway system, installed within the slider block to roll between the guide rail and housing. It converts sliding friction into rolling motion, enabling smooth, low-resistance linear movement. By
distributing mechanical loads evenly across the contact surface, it enhances system rigidity, reduces wear, and maintains high positioning accuracy in CNC machine tools.

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Guideway System

Roller for guideway

Mounting flange

Wiper&lubrication unit

Guideway rail

Guideway rack

Drive pinion

Roller for plain roller	Size 15 Size 20 Size 25 Size 35	Roller for guideway V bars	Size 30 Size 40 Size 50 Size 60 Size 80 Size 90 Size 100 Size 120
Mounting flange	Size 15 Size 20 Size 25 Size 35	Guideway V bar Wiper＆lubrication unit	Size 30 Size 40 Size 50 Size 60 Size 80 Size 90 Size 100 Size 120
Wiper&lubrication unit	Size 15 Size 20 Size 25 Size 35	Roller support	Size 40 Size 52 Size 62 Size 72 Size 90 Size F52 Size F62 Size F72 *Size F90
Eccentric flange	Curved guide rails	Industrial aluminum profiles	Lubrication system

The seven axis of the robot

Truss robot mobile platform

Choosing the right linear guide involves determining several key attributes:

1. Load Capacity: Ensure it matches your application's weight and force requirements.
2. Precision: Select based on needed accuracy for positioning and movement.
3. Speed and Acceleration: Choose a guide that supports your operational speeds.
4. Environment: Consider conditions like temperature, dust, and corrosives.
5. Size and Space: Fit within the physical constraints of your machinery.
6. Durability and Life: Look for guides rated for long-term use in your application.
7. Cost: Balance performance needs with budget considerations.

We are committed to becoming a leading global manufacturer of guide rail rollers. We boast advanced production equipment and a team of experienced engineers and technicians. As a company focused on R&D, production, and sales, our products are widely used in a variety of industries, including machinery manufacturing, transportation, aerospace, and medical devices. At Ever-power, we understand that quality is the lifeblood of our business. Therefore, we adhere to stringent raw material inspection standards and undergo a series of processes, including precision machining, heat treatment, and surface treatment, to ensure that every guide rail roller we produce meets the highest quality standards. Furthermore, to meet the specific needs of our customers, we offer customized solutions and provide comprehensive tracking services from design to finished product, striving to provide customers with the most satisfactory products and services.

Q: What are the accuracy grades for linear guides? A: Linear guide accuracy grades are generally categorized into five grades: standard, advanced, precision, ultra-precision, and ultra-high precision.24 The specific grade you choose depends on your application requirements.

Q: How do you determine the length of a linear guide? A: The guide rail length should be calculated based on the effective travel of the equipment plus a necessary safety margin. If a protective cover is required, the compressed length of the cover at each end should also be considered.

Q: Can pin holes be machined into the slider and guide rail to eliminate backlash? A: In some cases, pin holes can be machined into the slider and guide rail to eliminate backlash. However, it should be noted that for small-sized guide rails that use through-hardening, later drilling may not be feasible.

Q: Are linear guides self-locking? A: Linear guides do not inherently have a self-locking function, but if self-locking is required, it can be achieved by adding an external self-locking device.

Q: What is the operating temperature range for linear guides? A: Generally speaking, the operating temperature range of linear guides is between -30℃ and 80℃. Prolonged use in high temperature environments may cause material aging or deformation