Senlisweld ATR0001 Anti-Drift Turning Rolls (Senlisweld ATR0001)

Brand : Senlisweld

Price : 0,00 EURO

Stock Amount : 0

Note: The prices shown here are retail sales prices. SPECIAL DISCOUNT MAY APPLY FOR BULK PURCHASES . Additionally, discounted prices offered to dealers may differ.

Import duties, customs charges, and value-added taxes for products originating outside of Turkey are not included in the listed prices. This is applicable to customers purchasing from within Turkey.

The prices mentioned here do not include door-to-door delivery. Buyers purchasing from other countries are responsible for customs duties and any other taxes applicable under their local commercial laws.

For orders under 13,000 Euros, if the product value is below this, the total order value must either reach 13,000 Euros or a 150 Euro customs fee will be added to your final invoice value.

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Artır Azalt

Delivery Time 45-60 Days After O.C.

Shipment Place Turkiye

Payment Terms % 50 T/T On O.C., % 50 T/T B.S.

Made In China

Min. Order Qty. 1 Pcs.

Warranty1 Year

The anti-drift turning rolls are mainly used for workpieces with high thickness, narrow gap cylinders, or require high accuracy of lateral movement. The precision of anti-drift is required to be ±3mm.

Since it is impossible to ensure that the workpiece is 100% circular, or that the returning roll is 100% horizontal, the workpiece will move laterally when it rotates on the turning rolls.

Therefore, a sensor is placed at one end, connected to the PLC control cabinet, and a servo motor is used on the anti-drift turning rolls to control the up or down of the roller on one side.

When the workpiece deviates laterally, the sensor receives the signal, and through PLC automatic control, the servo motor drives the roller to rise or fall, so that the workpiece returns to its original position. To achieve the function of anti-drift.

SENLISWELD provides different capacities of anti-drift turning rolls, high-quality control, and the best after-sale service. Contact us and get more information.

For the 250 tons of anti-drift turning rolls, we use steel material wheel rollers and Mitsubishi PLC control.

We provide 10 tons ~ 1200 tons loading capacity anti-drift turning rolls. Wheel rollers could be PU or Steel material. Normally above 200 tons capacity, we suggest using steel roller.

SENLISWELD focuses on quality as the first place of the machine. Using the best brand of accessories and reliable raw materials, the debugging and inspection are repeated many times.

This Anti-Drift Turning Rolls FAQs Guide is crafted for businesses looking to boost their material handling and processing efficiency.

It offers a deep dive into the benefits, considerations, and applications of anti-drift turning rolls across industries such as manufacturing, construction, and oil and gas.

By addressing common questions and providing key insights, we aim to assist you in making well-informed decisions about incorporating this technology into your operations, ensuring enhanced safety, productivity, and product quality.

Explore how these innovative solutions can transform your business.

Anti-drift turning rollers are equipment used in manufacturing and construction, especially when dealing with long cylindrical objects like pipes or tanks.

These turning rolls are like specially powered rollers that the tube rests on. As they rotate, they turn the tube smoothly so workers can work on every side.

What makes them “anti-drift” is that they are designed to keep the tube from sliding off to the side while it’s being turned.

This is really important because it ensures the tube stays in the right spot, making the work safer and more precise.

An anti-drift turning roller functions by securely holding and rotating cylindrical workpieces, such as pipes or tanks, to facilitate operations like welding, painting, or inspection.

The system consists of two key components: Powered turning rollers and Support turning rollers.

The Powered Turning Rolls are motor-driven and provide the rotational movement necessary for turning the workpiece, while the Support Turning Rolls stabilize the workpiece and prevent it from shifting or drifting laterally during rotation.

The anti-drift mechanism maintains precise alignment and ensures the workpiece remains centered on the rollers throughout the operation.

This is achieved through engineering designs that may include adjustable roller positions, specialized roller surfaces, or feedback control systems that automatically adjust the roller positions if any drift is detected.

By maintaining the workpiece in a stable and centered position, an anti-drift turning roll enhances operational efficiency, improves safety, and ensures the quality of the work performed on the cylindrical workpieces.

Anti-drift turning rolls perform several key functions in industrial applications, particularly in handling and processing cylindrical objects.

These functions include:

Rotation for Access – They provide a means to rotate heavy cylindrical workpieces, such as pipes, tanks, and pressure vessels, allowing for complete access to the surface for operations like welding, painting, and inspection.

Centering and Alignment – These devices ensure that the workpiece remains centered and properly aligned during rotation, which is critical for precision work and maintaining quality standards.

Drift Prevention – The anti-drift feature prevents the workpiece from moving laterally or drifting off the rollers, ensuring stability and safety during operations.

Speed Control – Many anti-drift turning rolls offer variable speed control, allowing operators to adjust the rotation speed to suit different tasks and workpiece diameters.

Load Capacity Adjustment – They can often be adjusted to handle different sizes and weights of workpieces, providing flexibility for various industrial applications.

Safety Enhancement – By stabilizing the workpiece and providing controlled rotation, they enhance safety for operators, minimizing the risk of accidents related to manual handling of heavy objects.

Operational Efficiency – By automating the rotation and stabilization of workpieces, these rolls increase operational efficiency, reducing the time and labor required for tasks.

Improved Work Quality – Consistent rotation and stable positioning contribute to uniform quality in operations like welding and painting, leading to higher quality finished products.

Integration with Automated Systems – Some anti-drift turning rolls are designed to integrate with automated welding and manufacturing systems, further enhancing efficiency and productivity.

Anti-drift turning rolls are equipped with a range of features designed to enhance their functionality, safety, and versatility in industrial settings. These features include:

1# Anti-Drift Mechanism

A specialized system that actively prevents the cylindrical workpiece from moving laterally during rotation, ensuring it remains centered and aligned.

2# Adjustable Roller Positions

The ability to adjust the position of the rollers to accommodate different diameters and lengths of workpieces, providing flexibility across various applications.

3# Variable Speed Control

This feature allows operators to adjust the rotation speed of the workpiece, which is crucial for different processes such as welding, where speed needs to be controlled for precision.

4# Motorized Rollers

Powered rollers that facilitate the rotation of the workpiece, making it easier to perform tasks such as welding, painting, or inspection over the entire surface.

5# Support Rollers

Additional rollers that may be included to provide extra support and stability to the workpiece, especially important for longer or heavier objects.

6# Load Capacity Options

Different models offer varying load capacities, enabling the handling of both light and heavy workpieces, catering to the specific needs of different projects.

7# Remote Control Operation

Some units come with remote control capabilities, allowing operators to control the rotation from a safe distance, enhancing operational safety.

8# Digital Display

For precision and monitoring, a digital display may show speed, rotation count, or other operational parameters, aiding in the precise control of the process.

9# Durability and Construction

Built to withstand industrial environments, these rolls feature robust construction, often with steel frames, to handle the demands of heavy-duty use.

10# Integration Capabilities

Designed to work seamlessly with other machinery and automation systems, enhancing the efficiency of integrated manufacturing processes.

11# Safety Features

Including emergency stop buttons and safety guards to protect operators from moving parts and to ensure a safe working environment.

These features collectively make anti-drift turning rolls a critical component in the efficient, safe, and high-quality handling of cylindrical workpieces in various industrial applications.

Here’s a comparative table highlighting the differences between anti-drift turning rolls and traditional turning rolls:

Features	Anti-Drift Turning Rolls	Traditional Turning Rolls
Anti-Drift Mechanism	Include a mechanism to prevent lateral movement, ensuring the workpiece remains centered.	Lack an anti-drift mechanism, which can lead to workpiece drifting or moving off-center.
Precision and Stability	Offer enhanced precision and stability, suitable for operations requiring high accuracy.	May not provide the same level of precision and stability, affecting quality and safety.
Adaptability	Feature adjustable roller positions and variable speed controls for a wider range of workpieces.	Limited adjustability compared to anti-drift models, affecting versatility.
Safety	Increased stability and control reduce the risk of accidents.	Higher risk of accidents due to the potential for workpiece movement.
Cost and Complexity	More expensive and complex due to its advanced features.	Generally less expensive and simpler, making them more accessible.
Application Suitability	Best suited for tasks where accuracy and stability are paramount.	Suitable for general applications where precision and stability are less critical.

Anti-Drift Turning Roller Manufacturing

Anti-drift turning rollers enhance safety and efficiency in material handling and processing industries by ensuring precise alignment and stable movement of cylindrical objects, such as pipes and tubes, during operations.

These devices automatically adjust to maintain the workpiece’s central position, reducing the risk of misalignment and the potential for accidents.

By minimizing manual intervention for adjustments, they also streamline workflows, leading to improved productivity and reduced downtime.

The primary benefits of anti-drift turning rolls include:

1# Enhanced Safety

They significantly reduce the risk of workpiece misalignment and slippage, minimizing potential accidents and ensuring a safer working environment.

2# Improved Precision

By automatically maintaining the central alignment of cylindrical workpieces, these devices ensure higher accuracy in operations, leading to better quality outcomes.

3# Increased Efficiency

Anti-drift turning rolls streamline the handling process by reducing the need for manual adjustments, thus speeding up operations and increasing productivity.

4# Reduced Material Damage

The precise control over the movement of workpieces minimizes the risk of damage, ensuring the integrity of materials during processing.

5# Versatility

They can accommodate a wide range of diameters and weights, making them suitable for various applications and industries.

Yes, anti-drift turning rolls can be customized to meet specific industrial needs and specifications.

Manufacturers like SENLISWELD offer customization options that include varying load capacities, roller sizes, and configurations to accommodate different diameters and lengths of cylindrical workpieces.

This flexibility ensures that businesses can optimize their material handling processes according to their unique requirements, enhancing operational efficiency and productivity.

Industries that can benefit most from anti-drift turning rollers include:

Oil and Gas – For handling and processing pipes and tubes used in drilling and transportation.
Construction – In the fabrication of structural components like beams and columns.
Manufacturing – Especially in the production of cylindrical products, such as tanks and pressure vessels.
Shipbuilding – For the assembly and repair of cylindrical sections of ships.
Wind Energy – In the manufacturing and maintenance of wind turbine towers and components.
Pipeline Construction – For the efficient handling and welding of long pipeline sections.

These industries benefit from the enhanced safety, precision, and efficiency that anti-drift turning rollers provide.

When selecting anti-drift turning rolls, businesses should consider the following factors:

1# Load Capacity

Choose a model that can support the weight of your workpieces to ensure safety and durability.

2# Workpiece Dimensions

Consider the range of diameters and lengths of the cylindrical objects you’ll be working with to ensure compatibility.

3# Adjustability and Versatility

Look for units that offer adjustable features to accommodate various sizes and types of workpieces, enhancing flexibility in operations.

4# Quality and Durability

Select high-quality materials and construction to ensure longevity and reliability under industrial conditions.

5# Safety Features

Prioritize models with robust safety features to protect operators and workpieces during use.

6# Manufacturer Reputation

Choose products from reputable manufacturers known for their reliability and after-sales support.

7# Customization Options

If standard models don’t meet your needs, consider manufacturers who offer customization to match your specific requirements.

8# Cost-Efficiency

Evaluate the cost relative to the features and benefits provided to ensure a good investment.

9# Maintenance and Support

Consider the ease of maintenance and the availability of support and spare parts from the manufacturer.

By carefully evaluating these factors, businesses can select anti-drift turning rolls that best fit their operational needs and enhance their production efficiency and safety.