CSK linear guide manufacturer was founded in 2010 and specializes in the production of high-precision linear motion components. Our products are subjected to various testing and verification procedures to ensure their performance and reliability. This includes durability testing, load testing, and environmental testing.
1. Durability Test
Purpose: To evaluate the performance stability and wear of linear guides in long-term use.
Test method:
Cycle test: The guide is repeatedly moved under a predetermined load and speed, usually with a certain number of cycles (such as millions) to simulate the use in actual applications.
Wear monitoring: The wear of the guide is measured regularly during the test, and the contact between the slider and the track is recorded.
Performance evaluation: After the test, the accuracy, smoothness and running noise of the guide are checked to evaluate its durability.
Result analysis:
By analyzing the wear, deformation and failure mode of the guide, its reliability and service life in actual applications can be judged.
2. Load Test
Purpose: By performing load tests on linear guides, it is possible to determine whether its load-bearing capacity meets the requirements and to detect the motion performance and stability of the linear guides under load.
Test method:
Static load test: Apply a predetermined static load to the guide rail to observe the deformation and maximum load capacity of the guide rail.
Dynamic load test: Apply a dynamic load to the guide rail to simulate the impact and vibration in actual work and test its performance in motion.
Load cycle test: Perform multiple cycles under the set load to evaluate the fatigue performance and durability of the guide rail.
Result analysis:
After the test, evaluate the deformation, wear and possible failure of the guide rail under load to ensure that it can meet the application requirements.
3. Environmental Test
Purpose: Evaluate the performance of linear guides under different environmental conditions to ensure their reliability in various working environments.
Test method:
Temperature test: Run the guide rail in high and low temperature environments to observe its performance changes, including lubrication effect and material stability.
Humidity test: Test the guide rail in a high humidity environment to evaluate its corrosion resistance and lubrication performance.
Pollution test: Test in a polluted environment such as dust and oil to check the sealing and durability of the guide rail.
Salt spray test: especially suitable for evaluating the performance of guide rails in corrosive environments, simulating marine or chemical industrial environments.
Result analysis:
By analyzing the performance changes of guide rails under different environmental conditions, its adaptability and long-term reliability can be judged.
4. Product Certificate
CSK's goal is to provide customers with products and services with favorable prices, timely delivery and first-class quality. Our products are all certified and tested to maximize the protection of customers' rights and interests.
Summary
Through a series of tests, linear guide manufacturers can comprehensively evaluate the performance and reliability of linear guides to ensure that their performance in actual applications meets customer needs and industry standards.
If you have any needs or questions about linear guide, please contact us.