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Logistics sorting/Conveying Rollers
We provide high-quality, energy-saving products ,customized and complete specifications
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DC sprocket MDR DGBL76
For food processing, medical production, electronic assembly, airport logistics, postal services, distribution and various industries.
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warehouse
Lifting cam MDR DGBL76
For loading pallets handling and AGVs/AMRs.
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warehouse
warehouse
DGDD100M High pressure servo roller
Used to sort and arrange packages in processing.
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warehouse
warehouse
Narrow Band MDR DGDD67M
For dynamic sorting.
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warehouse
DC poly-V MDR (WIN50)
It is widely used in express delivery, medicine, e-commerce and other logistics delivery system.
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warehouse
warehouse
DGDD67 Little pendulum wheel
Used in industrial automation and logistics sorting.
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warehouse
AC Oil-cooled MDR DM165
Mainly used in belt conveyor system.
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warehouse
Taper roll (WIN50)
Used for cone-roller type zero-discharge curve conveyor line
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Airport equipment
warehouse
warehouse
warehouse
DC poly-V MDR (WIN50)
It is widely used in express delivery, medicine, airport logistics and other logistics delivery system.
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warehouse
Gravity Conveyor Roller
It is commonly used for general non-powered and downward roller conveyors and belt rollers.Full range of diameters and large load capacity.
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warehouse
DC Taper rollER (WIN50)
Used for cone-roller type zero-discharge curve conveyor line
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warehouse
warehouse
Lifting cam MDR DGBL50
For loading pallets handling and AGVs/AMRs.
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warehouse
warehouse
AC Oil-cooled MDR DM113
Mainly used in belt conveyor system.
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Automated Factory
warehouse
warehouse
warehouse
Lifting cam MDR DGBL76
For loading pallets handling and AGVs/AMRs.
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warehouse
warehouse
AC Oil-cooled MDR DM113
Mainly used in belt conveyor system.
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warehouse
warehouse
DC poly-V MDR (WIN50)
It is widely used in express delivery, medicine, airport logistics and other logistics delivery system.
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warehouse
warehouse
Roller for chain conveyor DGBL76
Used in chain drive roller conveyors.
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warehouse
warehouse
DC sprocket MDR DGBL76
For food processing, medical production, electronic assembly, airport logistics, postal services, distribution and various industries.
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Warehousing and distribution
Airport equipment
Automated Factory

About Us

WINROLLER is a global manufacturer of advanced conveyor components, specializing in the development and production of miniature and small motors and conveyor rollers.
aboutus
aboutus
aboutus
Who are we?
Products include:

·Miniature AC asynchronous motor & DC permanent magnet synchronous motor;

·DC brushless gear motor rollers;

·AC gear motor rollers;

·DC gearless motor rollers;

·Conveyor idler roller.

Motor roller diameter :

Φ38 Φ50 Φ57 Φ60 Φ67 Φ76 Φ82 Φ98 Φ113 Φ138 Φ165 Φ216

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We have the most secure equipment
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Quality service
Our service is 100% positive
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Quality assurance
Every one of our products is strictly audited
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Technical team
We have a professional and experienced mechanical design and process research and development team
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Warehousing & Distribution
It makes the screening process efficient, clean, and orderly, reduces staff workload, increases operational efficiency, enhances checkpoint capacity, shortens passenger screening times, and improves the passenger experience.
HOT NEWS

Efficient Chicken Conveying Solutions with Motorized Roller Technology: Enhancing Productivity and Food Safety in Poultry Processing
2025-02-08

In today’s poultry processing industry, traditional conveying systems can no longer meet the growing demands of modern production lines. With rapidly evolving market trends and increasing consumer expectations, an efficient and precise conveying system is vital. Not only does it impact production efficiency, but it also plays a crucial role in ensuring food safety and maintaining product quality. In this article, we will explore advanced motorized roller conveying solutions and how they provide significant advantages for poultry processing plants.   1. Intelligent Weight Control: Precision in Transportation with Motorized Rollers One of the most valuable features of our chicken conveying system is the motorized roller equipped with intelligent weight detection. This system allows the conveyor to control the weight of each chicken portion, ensuring that only products meeting the specified weight pass through the line. Portions with excessive bone content are automatically diverted to a separate collection bin for further processing.   This feature eliminates the need for manual inspection, reducing labor costs and significantly improving operational efficiency. Moreover, the accuracy of the system guarantees that each portion meets food safety standards, providing consumers with consistent, high-quality products.   By using motorized rollers with integrated sensors, poultry plants can improve the precision of their operations, reduce waste, and ensure compliance with regulatory food safety guidelines. 2. High-Efficiency Motorized Conveyor Roller Drive System: Cost-Effective and Reliable As poultry processors face increasing pressure to control costs while boosting productivity, an efficient motorized conveyor roller drive system becomes essential. Our conveying solution utilizes advanced 50mm diameter motorized rollers, each featuring an internal gear reduction mechanism. Combined with gravity rollers, this system uses a one-to-one drive mechanism, which ensures smooth operation and optimal energy efficiency.   This high-performance system reduces both energy consumption and maintenance costs, providing a cost-effective solution for poultry plants.   The motorized conveyor roller ensures a stable, reliable drive system, and its energy efficiency results in lower overall operating costs, helping companies stay competitive in the market.   The design of our motorized roller drive system is specifically tailored to meet the demands of high-throughput environments while maintaining long-term durability and performance.   3. Gearless Technology: Enhanced Power Transmission with Motorized Rollers In addition to traditional geared motors, our system incorporates gearless motorized rollers, which provide even more efficient power transmission. The motorized roller operates through direct drive technology, eliminating the need for intermediary components like gears, which reduces mechanical losses and improves energy efficiency.   This gearless design ensures that the conveying system operates with higher reliability and stability, even under heavy loads. It also reduces maintenance needs and extends the lifespan of the system. By eliminating potential failure points and minimizing energy consumption, the motorized roller system ensures smooth and continuous operation, increasing overall throughput in the poultry processing plant.   The integration of motorized roller technology guarantees powerful, efficient, and sustainable performance for demanding applications in poultry processing.   Revolutionizing Poultry Processing with Motorized Roller Conveying Systems In the competitive world of food processing, particularly in the poultry industry, efficient conveying solutions are essential for maximizing productivity while ensuring food safety. Our motorized roller conveying system combines intelligent weight detection, high-efficiency drive technology, and gearless motorization to deliver outstanding performance and cost savings for poultry processors.   With the increasing demand for higher-quality products and improved food safety standards, investing in motorized roller technology is the key to staying ahead of the competition. These systems offer significant advantages in terms of energy efficiency, reduced operational costs, and enhanced production accuracy.   We are confident that our motorized roller solutions will play a vital role in shaping the future of poultry processing, providing businesses with the tools they need to thrive in a fast-paced and ever-changing market.   Frequently Asked Questions (FAQ) Q1: What are the advantages of using a motorized roller in poultry processing systems? The motorized roller offers numerous advantages in poultry processing, including increased energy efficiency, reduced maintenance costs, and improved reliability. By using direct drive technology and eliminating the need for additional mechanical components, the motorized roller ensures smooth and stable operation, even in high-demand environments.   Q2: How does the intelligent weight detection system in the motorized roller work? The intelligent weight detection system integrated into the motorized roller ensures precise weight control of each chicken portion. It automatically sorts portions based on weight, ensuring that only the correct items proceed along the conveyor. Portions with excess bone content are diverted to a separate container, improving processing accuracy and reducing waste.   Q3: Can the motorized roller system be customized to suit my production line? Yes, the motorized roller conveying system is highly customizable to meet the specific needs of your poultry processing line. Whether you need to adjust the speed, capacity, or configuration, we can tailor the system to fit your unique operational requirements.   Q4: Will the motorized roller system help lower my operational costs? Yes, the motorized roller drive system significantly reduces energy consumption by optimizing power delivery and eliminating mechanical losses. Additionally, its reliable and durable design reduces the frequency of maintenance, further decreasing overall operational costs.   Q5: How long will the motorized roller system last? With proper maintenance, the motorized roller system is designed to last for many years. Its robust construction, efficient power transmission, and gearless technology ensure long-term performance and durability, even in high-demand poultry processing environments.

Electric Drum Roller Installation Guide for Conveyor Systems
2025-01-10

The electric drum roller is a critical component in conveyor systems, ensuring smooth and efficient material handling. It is widely used in various industries, and proper installation is key to achieving optimal performance and extending equipment lifespan. This guide will walk you through the key steps and considerations for installing the electric drum roller.   Key Considerations for Installing an Electric Drum Roller: Proper Positioning and Alignment: The drum motor should always be installed horizontally, parallel to the idler rollers, and perpendicular to the conveyor frame. Ensure the drum motor is fully supported and securely fastened to the conveyor frame. The shaft ends must be properly supported on both ends, without any deformation. Support Installation: When installing the support, it must make full contact with the plane of the drum motor's shaft end. There should be no axial clearance between the drum motor and the support. Support Without Installation: If no dedicated support is used, more than 80% of the shaft end's plane area should be supported. The gap between the shaft end and the support should be less than 0.4mm. This ensures proper rotation, especially when the drum motor frequently starts and stops. A gap could lead to performance issues. Correct Shaft Orientation: For models DM113, DM138, DM165, and DM216, the shaft end is marked with "UP". Ensure the "UP" marking is facing upwards or towards the direction of the driven idler roller during installation. Incorrect orientation can cause excessive noise, overheating, and potential damage to the drum motor. Avoid Excessive Inclination: Drum motor installation should not exceed an inclination angle of 2°. Excessive tilt can cause improper lubrication of the gears and prevent motor cooling. Prolonged operation under these conditions may damage the drum motor. If the installation angle exceeds 2° or if a vertical installation is required, contact our company for a special drum motor recommendation.   For optimal performance, proper installation of the electric drum roller is crucial. By ensuring correct positioning, alignment, and support, you can improve the efficiency of your conveyor system and extend the lifespan of your equipment. Always follow these installation guidelines to avoid damage and ensure smooth operation.

Drum Motor Roller Brake Modes: The Basics
2025-01-11

If you're working with automated systems, you’ve probably come across drum motor roller brakes. These systems help stop or control the movement of drum motor roller drives in a variety of machines. There are three main types of drum motor roller brake modes: Electronic Brake, Free Brake, and Servo Brake. Let’s dive into what each one does, when you'd use it, and why it’s helpful.   1. Electronic Brake The electronic brake is pretty straightforward. It works by sending direct current (DC) through the stator windings, which creates a magnetic field. When the rotor moves, it cuts through this magnetic field, and the interaction between the fields creates a force that slows the rotor down. How It Works: The stator gets powered by DC, creating a magnetic field. As the rotor moves, it cuts through the magnetic field, which slows it down. Why It’s Great: Quick Response: It’s fast! The brake kicks in as soon as the system senses movement. No Wear and Tear: Since there’s no physical contact between the parts, it lasts longer and needs less maintenance. Precise Control: You can easily adjust the braking force by controlling the current. Best For: If you need something that stops quickly and accurately, like in automated production lines, robots, or high-precision machinery, this is your go-to option.   2. Free Brake The free brake is the simplest of the bunch. When you disconnect the power to the drum motor roller, the rotor just keeps spinning for a bit. It doesn't get any power, but it doesn’t stop immediately either. Eventually, mechanical load (like gravity or friction) will slow it down and bring it to a stop. How It Works: The power supply to the drum is cut off. The rotor keeps spinning until external forces (like the weight of the load) slow it down and stop it. Why It’s Great: Simple and Cost-Effective: It doesn’t need complicated controls, which saves on both cost and energy. Energy Efficient: Once disconnected, it doesn’t use any more power. Low Maintenance: No friction means less wear, so it requires minimal upkeep. Best For: This is perfect for conveyor belts, material handling systems, or low-speed operations where you don’t need a super fast stop.   3. Servo Brake The servo brake is the high-tech option. It uses a Hall effect sensor to track the rotor’s position. If the signal is lost or you need to stop, the system adjusts the current sent to the motor to keep the rotor in place or bring it to a smooth stop. How It Works: A sensor tracks the rotor’s position. The system adjusts the current to the motor to either keep it in place or stop it gently. Why It’s Great: Super Precise: If you need to control the rotor’s position or speed exactly, this is the best choice. Smooth Stopping: No jerky movements here; it slows down gradually. Flexible: You can adjust the speed or position easily, depending on what you need. Best For: You’ll see servo brakes in robotic arms, CNC machines, or anything that requires precise movement and smooth braking.   When it comes to drum motor roller brakes, the right choice depends on what you’re looking for. Electronic brakes are fast and precise, free brakes are simple and energy-efficient, and servo brakes offer top-notch control for complex systems. Understanding how each one works will help you pick the best fit for your automation needs.

Winroller Partners with Yangtze River Delta National Technology Innovation Center to Drive Future Tech Collaboration
2024-11-26

November 19, 2024 — A Milestone in Innovation and Collaboration On November 19, 2024, Winroller had the honor of welcoming Dr. Luo Benjin, Chief Expert from the Yangtze River Delta National Technology Innovation Center, along with several distinguished professionals from both the National Innovation Center and the Yangtze River Delta Innovation Center. The purpose of this high-level visit was to engage in research and exchange discussions, focusing on exploring potential collaboration opportunities to establish a Joint Innovation Center between Winroller and the innovation centers. This partnership marks a new chapter for collaborative development in the tech sector.   A Commitment to Innovation At Winroller, one of the key drivers behind our international success is our unwavering commitment to innovation. We believe that staying ahead in the fast-evolving tech landscape requires continuous investment in research and development (R&D). By prioritizing innovation, we enhance our ability to meet the growing demands of the industry and deliver solutions that address the unique needs of our customers. Our R&D efforts empower Winroller to not only adapt to rapidly changing market trends but also stay at the forefront of technological advancements. Through this strategic collaboration with the Yangtze River Delta National Technology Innovation Center, we aim to expand our capabilities and further cement our position as a leader in the tech industry.   Exploring New Horizons for Tech Collaboration The discussion during this visit was centered on the establishment of a Joint Innovation Center, which will serve as a platform for both organizations to jointly develop cutting-edge technologies. This collaboration will help accelerate the pace of innovation, enhance technological solutions, and create synergies that will benefit both Winroller and our partners in the long term. This partnership aligns perfectly with Winroller's strategic vision of fostering a culture of collaborative innovation. By combining our expertise with that of the Yangtze River Delta National Technology Innovation Center, we are paving the way for new breakthroughs and advancements in technology.   Looking Ahead As we move forward with this collaboration, Winroller remains committed to investing in R&D and innovation to provide best-in-class products and services for our customers worldwide. We are excited about the opportunities that lie ahead and look forward to creating innovative solutions that will shape the future of the tech industry.   Winroller’s partnership with the Yangtze River Delta National Technology Innovation Center is a significant step in our journey to expand our R&D capabilities, enhance technological advancements, and foster international collaborations. We are excited to embark on this new phase of innovation and look forward to building a sustainable and technology-driven future together.

Advantages of conveyor rollers made of zinc-magnesium-aluminum tubes
2024-10-20

In modern industry, conveyor rollers are a crucial component of material handling systems. Choosing the appropriate tube material is vital for enhancing production efficiency and extending equipment lifespan. In recent years, zinc-magnesium-aluminum (ZMA) tubes have gained significant attention as a preferred material for conveyor rollers due to their unique metal composition and outstanding performance.     Exceptional Corrosion Resistance of Zinc-Magnesium-Aluminum Tubes ZMA tubes are primarily composed of three metal elements: zinc (Zn), aluminum (Al), and magnesium (Mg). This alloying design not only enhances the material's strength but also significantly improves its corrosion resistance. The addition of aluminum and magnesium facilitates the formation of a stable and dense protective film, effectively shielding against corrosive substances in the environment and ensuring reliable long-term use.   Characteristics of Zinc-Magnesium-Aluminum Tubes ZMA tubes boast multiple superior characteristics. Firstly, their corrosion resistance is 2 to 3 times that of ordinary galvanized tubes, making them particularly suitable for use in harsh environments. Secondly, ZMA tubes possess strong self-repairing properties, forming a dense protective film composed of zinc hydroxide (Zn(OH)₂), alkaline zinc chloride (ZnCl₂), and magnesium hydroxide (Mg(OH)₂), which reduces the risk of corrosion at cut edges and scratches. Additionally, the surface scratch resistance and low wear rate of ZMA tubes ensure they maintain their luster over prolonged use, significantly reducing maintenance costs.   Advantages of Zinc-Magnesium-Aluminum Tubes Compared to Ordinary Galvanized Tubes The advantages of ZMA tubes over ordinary galvanized tubes are clear. Firstly, ZMA tubes exhibit superior corrosion resistance, particularly in high-humidity environments, effectively extending their service life. Secondly, ZMA tubes demonstrate greater abrasion resistance; after prolonged use, the surface of ZMA tubes shows significantly fewer wear marks, whereas ordinary galvanized tubes can have up to 30% scratch rates after just one year of use. Furthermore, ZMA tubes arrive at the factory with a pre-applied zinc-magnesium-aluminum coating, eliminating the need for external galvanizing and ensuring consistent product delivery while avoiding production delays caused by environmental regulations or equipment failures.   Cost Considerations of Zinc-Magnesium-Aluminum Tubes While the initial investment for ZMA tubes may be higher than that for ordinary galvanized tubes, their exceptional durability and lower maintenance costs result in a superior overall cost-performance ratio compared to traditional materials. Over the long term, ZMA tubes significantly reduce expenses related to repairs and replacements, especially in highly corrosive environments, making their economic benefits particularly pronounced.   Applications of Zinc-Magnesium-Aluminum Tubes in Conveyor Rollers Due to their outstanding performance, ZMA tubes are widely used in conveyor rollers across various industries. For instance, in food processing, chemicals, mining, and waste management, ZMA tubes effectively resist corrosion, ensuring stable operation of equipment. In these industries, conveyor systems often face challenges posed by high humidity and corrosive substances, making the corrosion resistance and self-repair capabilities of ZMA tubes especially important.   With their exceptional metal composition and numerous advantages, Winroller Technology's zinc-magnesium-aluminum tube conveyor rollers have become an ideal choice for roller tube materials. Their outstanding performance in corrosion resistance, processing capabilities, production efficiency, and environmental characteristics provides a more reliable solution for material handling across diverse industries.
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