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High-Speed Maintenance-Free Plastic Timing Belt Driven Roller Conveyor from China Suppliers and Factory
🏭 Product Introduction
Our Plastic Timing Belt Driven Roller is a premium solution designed to bridge the gap between high-performance industrial throughput and quiet, clean operation. By mounting the plastic timing pulley at the end of the roller, the driving and conveying zones are completely separated. This structural innovation ensures significantly smoother transport, making it an excellent choice for sensitive goods.
📐 Technical Specifications
D&T |
Bearing |
Shaft |
Tube |
|
Galvanised Steel |
Stainless Steel |
|||
Φ50*1.2/1.5 |
6002 |
11hex, Φ12/15 |
✔ |
✔ |
Φ60*1.5/2.0 |
11hex, Φ12/15 |
✔ |
✔ |
|
⚙️ Core Technical Advantages
- 🎯 Precision Engineering: The heart of the roller lies in its specialized bearing assembly. By combining precision ball bearings with high-quality plastic inner and outer housings, we've achieved a design that is not only aesthetically pleasing but exceptionally quiet during high-speed operation.
- 🛡️ Protection & Durability: Each roller is fitted with a custom plastic end cap. This serves as a vital barrier against dust and water splashes, significantly extending the service life of the internal bearings in demanding environments.
- ⚡ High Efficiency Transmission: Utilizing a T5 tooth profile, this roller offers superior versatility and zero-slip synchronous transmission. When paired with PU timing belts, it provides a highly efficient drive system that requires no lubrication and minimal maintenance.
- 🧪 Cleanroom Ready: Thanks to its lubricant-free design and compatibility with PU belts, this roller is perfectly suited for cleanrooms and other stringent environments where contamination must be avoided.
🔄 Versatility in Application
Whether you are designing a precise transfer section or a high-speed sorting line, these rollers deliver. They are fully compatible with electric motorized rollers (MDR) for precise positioning. For increased friction and surface protection, the φ50 / φ60 tubes can be fitted with a 2mm PVC soft sleeve. The compact, tension-free structure simplifies conveyor design while maintaining a professional, streamlined appearance.
❓ Frequently Asked Questions
Q What is the key structural difference of the Plastic Timing Belt Driven Roller compared to standard rollers?
The plastic timing pulley is mounted at the end of the roller, which completely separates the driving zone from the conveying zone. This structural innovation reduces vibration and ensures significantly smoother transport, especially beneficial for sensitive or fragile goods.
Q What tube diameters and materials are available for this roller?
The roller is available in two tube diameters: Φ50 (wall thickness 1.2mm or 1.5mm) and Φ60 (wall thickness 1.5mm or 2.0mm). Both sizes are offered in galvanised steel and stainless steel to suit different application requirements.
Q Is this roller suitable for cleanroom or food-grade environments?
Yes. The roller features a lubricant-free design and is compatible with PU timing belts, making it ideal for cleanrooms, pharmaceutical production lines, and other contamination-sensitive environments where oil-free operation is essential.
Q What tooth profile does this roller use, and why does it matter?
This roller utilizes a T5 tooth profile, which enables zero-slip synchronous transmission. This ensures precise, consistent motion without belt slippage, making it highly reliable for applications that demand accurate positioning and repeatable performance.
Q Can the roller be used with motorized drive rollers (MDR) systems?
Absolutely. These rollers are fully compatible with electric motorized rollers (MDR), enabling precise zone control and positioning. This makes them an excellent choice for modern automated conveyor systems that require intelligent, segmented transport control.
Q How does the plastic end cap improve the roller's durability?
Each roller is equipped with a custom plastic end cap that acts as a protective barrier against dust ingress and water splashes. This protection significantly extends the operational lifespan of the internal precision ball bearings, reducing downtime and maintenance costs in demanding industrial environments.