Guandong Automation
Make a call: +86 17278208691

Suzhou Guandong Precision Automation Co., Ltd.

Circular guide rails are widely used in fields such as 3C electronics, automotive components, and intelligent manufacturing, providing customers with customized automation solutions. The company's circular guide conveyor line has its own production base and import and export qualifications.

Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 1
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 2
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 3
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 4
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 5
Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running - 6

Micro tolerance Curved guide rail guarantees accurate displacement and consistent smooth curved running

1. Ultra-Strict Micro Tolerance Machining for Precise Displacement Control

Our micro tolerance curved guide rail is tailor-made for precision manufacturing scenarios that demand extremely strict dimensional accuracy. Adopting premium bearing steel raw materials, the whole rail undergoes CNC ultra-precision grinding, arc shaping and repeated dimensional calibration.

2. Consistent Smooth Curved Running & Wide High-Precision Industry Application

Benefiting from uniform tolerance distribution and flawless track surface finish, the micro tolerance curved guide rail delivers steady, fluent curved running state consistently throughout continuous cyclic work. Running speed stays balanced without jitter, stalling or track deviation, and the smooth operation performance will not decay with prolonged service time.

Product Parameter Introduction

GuanDong Micro tolerance Curved guide rail (Model T23) is produced in China, made of bearing steel and stainless steel to sustain ultra-precise dimensional standards.
This Micro tolerance Curved guide rail utilizes high-precision bearings as core components with a total weight of 20KG, ideal for electronic precision assembly and laboratory automation devices.
Precise machining technology keeps the Micro tolerance Curved guide rail running accurately and steadily for high-standard automated production tasks.
Item
Specification
Model Number
t23
Brand Name
GuanDong
Place of Origin
China
Total Weight
20 KG
Material
Bearing Steel + Stainless Steel
Core Components
Bearing

If You Have Any Questions

TECHNICAL Q&A

Are 3D drawings and technical solutions provided?

+

We can provide standard 3D models, and offer free scheme design, layout drawings, and cycle time calculations in the early stages of a project.

Are the maintenance costs high?

+

Simple structure, easy maintenance, long lifespan under normal lubrication, few vulnerable parts, and maintenance costs are far lower than traditional multi-axis structures.

How is synchronous operation of the sliders ensured?

+

Utilizes precision chain/synchronous belt drive + dedicated cam structure to ensure stable and reliable synchronization of multiple sliders.

Can it be integrated with robots, robotic arms, and vision systems?

+

Fully compatible. Seamlessly integrates with robots, fastening, dispensing, inspection, vision, and other automation units.

Does the product support dustproof and waterproof environments?

+

Sealing structure options are available to adapt to general dust-free and oil-proof conditions; stainless steel material is available to handle water mist environments.

Can the circular arc segments and straight segments be freely combined?

+

Yes. Supports various loop layouts including elliptical, rectangular, and racetrack shapes, allowing for free combination of straight line lengths and arc radii.