Automated Testing for Caster Brake Reliability
The Caster Brake Durability Test Machine is specifically designed to evaluate the durability, reliability and operational life of caster brake systems.
The machine uses two pneumatic cylinders to automatically engage and release the caster brake repeatedly under controlled conditions. By simulating long-term real-world use, manufacturers can assess brake wear, structural integrity and performance consistency throughout the product lifecycle.
This equipment is widely used by caster manufacturers, furniture producers, medical equipment suppliers and quality assurance laboratories.
Why Brake Durability Testing Matters
Caster brakes are critical safety components that must maintain reliable performance after thousands of operating cycles.
Insufficient brake durability may result in:
✔ Brake failure during use
✔ Reduced locking performance
✔ Excessive component wear
✔ Increased product returns
✔ Safety risks for end users
✔ Failure to meet quality standards
Automated life cycle testing helps manufacturers identify potential weaknesses before products enter the market.
Key Testing Functions
Automatic Brake Engagement and Release Testing
Two independent pneumatic cylinders simulate repeated brake operation.
Test Process
Brake engagement
Brake release
Continuous cycling
Automatic counting
This process accurately replicates real-world brake usage conditions.
Brake Life Cycle Test
The machine continuously performs brake actuation cycles until the preset test count is reached.
Maximum Test Count
Up to 99,999 cycles
The machine automatically stops upon completion of the programmed test sequence.
Adjustable Brake Force Testing
The applied braking force can be adjusted according to product specifications.
Benefits
Simulate different operating conditions
Evaluate brake component durability
Verify design reliability
Adjustable Test Frequency
Brake cycling speed can be configured to meet various testing requirements.
Adjustable Cycle Rate
10 – 30 cycles per minute
This flexibility allows accelerated durability testing while maintaining realistic operating conditions.
Multi-Fixture Independent Control
Operators can select:
This improves testing efficiency and increases laboratory productivity.
Key Advantages
Flexible Pneumatic Actuation Design
The pneumatic cylinder structure allows adjustment of position and angle to accommodate different caster brake designs.
Wide Product Compatibility
Suitable for a broad range of caster sizes and brake configurations.
High Testing Efficiency
Automated operation significantly reduces manual labor and improves repeatability.
Custom Fixture Support
Product fixtures can be customized according to customer samples and testing requirements.
Reliable Durability Verification
Provides repeatable and consistent test results for quality assurance and product development.
Typical Applications
Caster Manufacturers
Brake durability testing
Product development
Quality control
Furniture Industry
Medical Equipment Industry
Industrial Equipment Manufacturers
Testing Laboratories
Technical Specifications
Item | Specification |
Test Function | Brake Engagement & Release Durability Test |
Maximum Test Cycles | 99,999 Cycles |
Applicable Caster Size | 50 – 250 mm |
Actuation Method | Dual Pneumatic Cylinders |
Maximum Cylinder Force | 200 kg Adjustable |
Cycle Frequency | 10 – 30 Cycles/Min Adjustable |
Fixture Position Adjustment | Adjustable Direction and Angle |
Positioning Bolt Adjustment | 100 mm Height Adjustable |
Brake Force | Adjustable |
Speed Control | Timer-Based Control |
Fixture Type | Customized According to Sample |
Control Mode | Independent or Simultaneous Fixture Operation |
Power Supply | AC 220V, 50Hz |
Power Consumption | 150 W |
Machine Dimensions | 600 × 580 × 460 mm (L × W × H) |
Standard Testing Procedure
Step 1
Install the caster onto the customized test fixture.
Step 2
Adjust brake force, test frequency and cycle count.
Step 3
Start automatic brake cycling.
Step 4
The system repeatedly engages and releases the brake.
Step 5
Upon reaching the preset cycle count, the machine automatically stops and records the test completion.
FAQ
What types of caster brakes can be tested?
The machine is suitable for furniture casters, industrial casters, medical casters and customized wheel brake assemblies.
Can the brake force be adjusted?
Yes. The brake actuation force can be adjusted according to product specifications and testing requirements.
What is the maximum number of test cycles?
The machine supports up to 99,999 programmable test cycles.
Can multiple fixtures operate simultaneously?
Yes. Individual fixtures can be operated independently or simultaneously for improved testing efficiency.
Is fixture customization available?
Yes. Custom fixtures can be designed according to customer samples and brake configurations.
Verify Brake Reliability Before Products Reach the Market
Ensure long-term brake performance, durability and safety with automated life cycle testing.
Improve Product Quality • Reduce Warranty Risks • Enhance Safety Compliance
Request a Quote Today
Contact Our Engineering Team for Customized Testing Solutions
