Hexapod Tumbler Test Machine
The Hexapod Tumbler Test Machine is a professional laboratory instrument designed to evaluate appearance changes, pile distortion, crushing resistance, and durability of carpets and textile floor coverings under simulated foot traffic conditions. By using a six-foot polyurethane hexapod mechanism to reproduce repeated walking pressure and mechanical wear, the tester provides reliable evaluation data for carpet performance, abrasion resistance, and long-term appearance retention.
Applications
Textile Industry: Evaluate carpet pile durability for residential, commercial, and automotive use
Quality Control: Ensure compliance with international appearance change standards
R&D: Test materials for resistance to abrasion, crushing, and pile distortion
Certification Labs: Provide data for SATRA, ISO, and BSEN compliance
Standards
| Standard | Scope |
|---|---|
| BS EN 1471:1997 | Evaluation of appearance changes in floor coverings |
| ISO 9405:2001 | Determination of appearance change after simulated traffic |
| ISO 10361:2000 | Carpet appearance evaluation using tumbler testers |
| IWS/Wools of New Zealand Methods 247 & 251 | Pile fabric abrasion resistance |
Features
(1) Realistic Traffic Simulation
The six-foot polyurethane hexapod structure simulates repeated walking pressure and compression effects on carpet surfaces.
(2) Accurate Cycle Control
Digital control system allows preset test cycles up to 999,999 times for repeatable testing.
(3) Stable Mechanical Structure
The stainless-steel drum structure provides excellent durability and long-term operational stability.
(4) Easy Operation
Touchscreen interface simplifies parameter setting, operation monitoring, and test management.
(5) Safety Protection Design
Equipped with a hinged protective cover and safety interlock system to prevent accidental operation.
(6) Replaceable Wear Components
Polyurethane hexapod feet can be easily replaced according to testing requirements.
Technical Parameters
| Parameter | Specification |
|---|---|
| Control Panel | Touchscreen Timing Module |
| Hexapod Foot Weight | 3.8 kg (six polyurethane feet) |
| Power Consumption | 0.5 kW |
| Rotational Speed | 35 ±2 RPM |
| Drum Internal Depth | 200 ±1 mm |
| Cycle Counter Range | 0–999,999 (presettable) |
| Wall Thickness | 8 mm (stainless steel) |
| Power Supply | AC 220V ±10%, 50Hz |
| Dimensions (L×W×H) | 900 × 500 × 570 mm |
| Net Weight | 75 kg |
| Safety Cover | Hinged with sensor interlock |
Why Choose Us
Professional textile testing instrument manufacturer
Accurate and repeatable results for R&D, quality control, and certification labs
Ergonomic and safe design for long-term operation
Meets BSEN, ISO, and IWS standards for carpet and textile testing
FAQ
1. What types of materials can be tested?
Carpets, rugs, and textile floor coverings, including synthetic and wool blends.
2. How is wear simulated?
Six polyurethane hexapod feet apply pressure while the drum rotates reciprocally to mimic foot traffic.
3. What is the maximum number of cycles?
Up to 999,999 cycles, programmable via digital counter.
4. Is it safe for continuous operation?
Yes, equipped with a hinged cover and sensor interlock for operator protection.
5. Are the hexapod feet replaceable?
Yes, the polyurethane feet are durable and easily replaced after 2+ years of use.
6. What is the typical delivery time for this testing machine?
Delivery time depends on equipment configuration, order quantity, and customization requirements. Before production, we provide a detailed manufacturing schedule. Each unit undergoes assembly inspection and performance testing before shipment to ensure customers receive a reliable and ready-to-use instrument.
7. Do you provide installation and technical support after purchase?
Yes. We provide operation manuals, technical guidance, and after-sales support. Our engineering team can assist customers with equipment installation, operation training, troubleshooting, and maintenance recommendations to ensure the tester operates effectively throughout its service life.
8. How do you ensure the accuracy and repeatability of test results?
Each machine is tested and inspected before shipment to ensure mechanical stability and proper operation. The equipment uses precise speed control, digital cycle counting, and standardized hexapod loading components to maintain repeatable test conditions. Regular calibration and correct sample preparation are recommended for consistent laboratory results.
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