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C stud rolling forming machine can  make the metal profiles in batchs fully automatically. The profiles are precision-engineered, high-quality steel sections that are used to form the metal substructure of the Drywall or ceiling Systems. All parts are produced from high-grade hot dip galvanized steel coils with the cold rolled forming process by the rolling forming machine. Here we show you some drawing profile examples to show you  the way the metal profile rolling forming machine is designed.

See, Sturdy 0.6 mm sections with a full set of compatible accessories Part of a complete ceiling system Only one type of channel for main and furring functions Increased web width for faster/easier installations and smoother joints

APPLICATIONS:

C stud rolling forming machine

C STUD ROLL FORMING MACHINE METAL STUD ROLL FORMING MACHINE PARAMETERS.

1. We have the following speed options for your reference:

1) Normally 25 to 35 meter per minute without punching

2) High speed is from 50 to 75 meter per minute with punching

3)Highest speed now we can reach 120 meter per minute with punching.

2. Adjustment options.

We have manual adjustment by spacer.

We have PLC control fully automatic type.

The machine working flow is as following:

The following we share the manual adjustment machine. The advantages of it, that manual adjustment cost is more lower and if you have the engineers who are professional for machines, manual adjustment will be best options.

The Metal Roofing Sheet Roll Forming Machine is a critical piece of equipment in the construction and manufacturing industries. These machines shape metal sheets into desirable roofing profiles, ensuring the quality and durability of your building materials. However, as with any machinery, challenges can arise that may affect their performance. Here, we provide a comprehensive guide to troubleshooting common issues and ensuring optimal maintenance practices for your Roll Forming Machines.

Troubleshooting Common Issues

Control Box Power Issues

If your control box is not receiving power, there are several potential causes to investigate:

1. Check the external power supply to ensure it’s working properly.
2. Examine the control box for any loose connections or frayed ends.
3. Assess the electrical components for any signs of damage, replacing accessories as needed.
4. Verify if the emergency stop is engaged.

Oil Pump Start-up Challenges

If your oil pump isn’t starting, you should:

1. Confirm the input power.
2. Test the start button.
3. Inspect the oil pump contactor during startup.
4. Examine the oil pump motor.

Movement Restrictions in the Host Machine

If the host machine isn’t moving forward or backward:

1. Check the host forward button.
2. Assess whether the inverter is showing an alarm.
3. Verify if the emergency stop button is pressed.
4. Test the power switch.
5. Inspect for a steel band jam.
6. Check if the electrical components are functioning properly. Please contact the manufacturer for assistance, as non-professionals should not alter the electrical components.

Accountant Length Deviations

If the accountant length is showing large deviations:

1. Confirm if the mechanical part of the encoder is in good condition, and whether the counting wheel is in contact with the steel.
2. Check if the connecting shaft inside the encoder is damaged or slipping.
3. The encoder circuit should be separated from the power line to avoid interference.
4. The deceleration length should be set around 100-150mm to reduce inertia and improve accuracy.

Regular Maintenance Practices

Daily maintenance is vital to ensure your metal roofing sheet roll forming machine runs smoothly:

1. Adjust the screws and add oil once per shift.
2. The bearings should be filled with calcium-based lubricant every six months.
3. Check the drive chain and add calcium base oil monthly.
4. Oil the tool and die parts before operating the equipment.
5. Replace the hydraulic oil every 18 months or as required.
6. Listen for abnormal noise from the oil pump and main motor before starting the machine.
7. Keep the control box clean and dust-free.

By adhering to these troubleshooting and maintenance guidelines, you’ll ensure the longevity and efficiency of your Metal Roofing Sheet Roll Forming Machine, resulting in higher quality products and increased productivity.

In the manufacturing world, the use of cold roll forming machines is commonplace, especially using galvanized steel coils to produce products. These machines are an essential part of many industries due to their high efficiency, offering processing speeds exceeding 25 meters per minute. However, a common problem often arises – the adhesion of zinc to the rollers, particularly when the zinc layer on the steel coils is too thick. This issue can result in sub-optimal results, affecting the final quality of the products.

Galvanized steel coils, the common raw materials for these machines, sometimes come with an excessively thick zinc layer. In the course of high-speed forming, the zinc layer tends to peel off and adhere to the rollers. This adhesion can then hamper the machine’s performance and the quality of subsequent sheets being processed. It’s a scenario seen in various types of equipment, including light-keel steel roll-forming machines and metal deck roll-forming machines. However, roofing tile machines usually avoid this problem due to their slower speeds and sometimes the use of pre-painted galvanized iron (PPGI).

To mitigate this, there are several effective solutions:

1. Demagnetizer Placement: One approach is to place a demagnetizer near the roller processing equipment. This reduces the magnetism of the rollers, thereby reducing the likelihood of zinc residue adhering to them. It’s a simple and efficient solution, helping maintain the quality of the output.
2. Pre-treatment with Soapy or Emulsion Water: Another strategy involves pre-treating the galvanized raw material. Before entering the forming machine, the material is passed through soapy water or an emulsion liquid. This process aids in reducing the adhesion of zinc to the rollers, thereby enhancing the machine’s performance.
3. Oil Coating Device at the Inlet: Finally, adding an oil-coating device at the feeding inlet can also prove effective. This device applies a thin layer of oil on the material as it enters the machine, which helps in reducing the friction during the forming process, and thus, prevents zinc from peeling off and adhering to the rollers.

By employing these strategies, manufacturers can significantly reduce the problem of zinc adhesion, ensuring smooth operations and consistent product quality. While it might require an upfront investment, the long-term benefits in terms of reduced maintenance costs and improved product quality make it a worthwhile consideration.

In conclusion, while zinc adhesion can be a challenging problem in the cold bending forming process, it is far from insurmountable. By implementing these practical solutions, manufacturers can keep their machines running optimally, ensuring a high-quality product while maintaining operational efficiency.

Introduction: When it comes to roofing sheet roll forming machines, there are two main options to consider: the single-layer machine and the double-layer machine. Each type offers distinct advantages and considerations based on the profiles they can produce, the space they occupy, and the work time required. In this article, we will explore these factors to help you make an informed decision when selecting a roofing sheet roll-forming machine for your business.

A single layer roofing sheet roll forming machine:

A double-layer Roofing Sheet Roll Forming Machine:

Profiles Produced: A single-layer roofing sheet roll-forming machine is capable of producing only one profile at a time. It can manufacture trapezoidal tiles, corrugated tiles, or glazed tiles, but not simultaneously. On the other hand, a double-layer roofing sheet roll-forming machine has the ability to produce two different profiles. Each layer is responsible for manufacturing one profile, allowing for combinations such as IBR tile-IBR tile, IBR tile-corrugated tile, IBR tile-glazed tile, corrugated tile-corrugated tile, and corrugated tile-glazed tile.

Space Requirements: In terms of space, it is important to consider the footprint of the machinery. Two single-layer roofing sheet roll-forming machines will occupy more space compared to a single-layer machine. If your workspace is limited, opting for a double-layer machine can be a space-saving solution without compromising production capabilities.

Work Time and Production Capacity: Work time and production capacity are critical factors to consider when selecting a roofing sheet roll-forming machine. Two single-layer machines can operate simultaneously, allowing for increased production capacity. This is particularly beneficial if you have high demand and need to meet deadlines efficiently. On the other hand, a double-layer machine does not allow both layers to work simultaneously, potentially limiting the overall output. However, for businesses with smaller production needs or limited resources, a single machine, whether single or double layer, may suffice while providing cost savings.

Cost Considerations: For entrepreneurs starting a new business, cost-saving measures are often a priority. The choice between a single-layer or double-layer roofing sheet roll-forming machine depends on your budget and production requirements. If your production capacity needs are not substantial, investing in a single machine, regardless of the layer configuration, maybe the most economical choice. It allows you to save on initial investment costs and operational expenses while meeting your production demands efficiently.

Conclusion: Selecting the right roofing sheet roll-forming machine is crucial for the success of your business. Understanding the profiles they can produce, the space they occupy, the work time required, and the associated costs will help you make an informed decision. If you have significant production requirements and sufficient workspace, a double-layer machine can offer versatility in producing multiple profiles. However, if you are just starting your business and have limited resources, a single-layer machine may be a cost-effective solution without compromising production capacity. Evaluate your specific needs and consider these factors to choose the most suitable roofing sheet roll-forming machine for your business.

Are you looking to boost your roofing sheet machine production capacity? If yes, then you’ve come to the right place. In this post, we’ll guide you through the step-by-step process of calculating your machine’s production capacity using a formula. By the end of this article, you’ll be able to optimize your machine’s performance and improve your productivity.

Use this formula: tons/width(m)/thickness(mm)/0.00785=meters

Example: For example, your machine working speed is 15mpm,your coil width and thickness are 1.25m and 0.5mm. Then let’s see how many meters one ton is.

1/1.25/0.5/0.00785=203m
So 1 ton is about 203m.

Step 1: Determine Your Working Speed

The first step to calculating your machine’s production capacity is knowing its working speed. This speed is measured in meters per minute (mpm) and determines how much material your machine can produce in a given time frame. Once you know your machine’s working speed, you can move on to the next step.

Step 2: Measure Your Material Width and Thickness

The next step is to measure your roofing sheet material’s width and thickness. These two factors are crucial in determining your machine’s production capacity. Ensure that you measure your material accurately to get precise results.

Step 3: Calculate the Meters Per Ton

To calculate the meters per ton, you need to use the formula mentioned above. Divide one ton by the product of the material width, thickness, and 0.00785. This formula gives you the number of meters that one ton of your roofing sheet material can produce.

Step 4: Determine Your Hourly Production Capacity

Once you have calculated the meters per ton, you can determine your machine’s hourly production capacity. Multiply your machine’s working speed by 60 minutes and divide the product by the meters per ton. For example, if your machine’s working speed is 15mpm and one ton of your material produces 203 meters, then your hourly production capacity would be approximately 4.43 tons, which is about one coil roll.

In conclusion, calculating your roofing sheet machine’s production capacity using this formula is a simple process that can help you optimize your machine’s performance and improve your productivity. By following the steps outlined in this post, you’ll be able to determine your machine’s hourly production capacity and take steps to maximize it. So go ahead and try it out, and let us know how it works for you!