What are components of the c purlin roll forming machine?

C purlin roll forming machine consists of several key components that work together to shape the metal strip into C purlins. The specific components may vary depending on the design and manufacturer of the machine, but here are the typical components you would find in a C purlin roll forming machine:

1. Decoiler: This component holds the steel coil and allows for controlled unwinding of the coil as the forming process takes place.
2. Feeding System: The feeding system consists of rollers or other mechanisms that guide the metal strip from the decoiler into the forming section of the machine.
3. Leveling System: The leveling system ensures that the metal strip is flat and uniform before it enters the roll forming section. It may include leveling rollers or other devices to remove any curvature or distortions in the strip.
4. Roll Forming Rollers: These are the most critical components of the machine. The roll forming rollers are arranged in a sequence and gradually shape the metal strip into the desired C profile. Each roller performs a specific bending or forming operation, gradually transforming the strip into the final shape.
5. Cutting System: Once the desired length of the C purlin is reached, a cutting system is employed to cut the formed purlin to the required size. This can be a flying shear, hydraulic shear, or other cutting mechanisms.
6. Control System: The control system comprises electrical and electronic components that operate and control the various functions of the machine. It includes a programmable logic controller (PLC) or a computerized control panel that allows operators to set parameters and monitor the machine’s performance.
7. Drive System: The drive system provides power to the rollers and other moving parts of the machine. It typically includes motors, gearboxes, chains, and belts that transmit power and motion to the forming rollers.
8. Support and Frame Structure: The machine is built on a sturdy frame structure that provides stability and support. It may also include auxiliary components such as guide rails, side frames, and supports for the formed C purlins.

These are the main components of a C purlin roll forming machine, but there may be additional features and subsystems depending on the specific design and functionality of the machine.

How much does c purlin roll forming machine price?

The price of a C purlin roll forming machine can vary significantly depending on various factors such as the machine’s specifications, quality, manufacturer, location, and additional features. Therefore, it is challenging to provide an exact price without specific details.

However, as a general guideline, C purlin roll forming machines can range in price from tens of thousands of dollars to several hundred thousand dollars. Basic models with standard specifications and lower production capacities tend to be more affordable, while machines with higher production capacities, advanced features, and customization options are typically more expensive.

It’s important to consider that the price of the machine is just one aspect of the overall investment. Other costs to consider may include shipping, installation, training, and ongoing maintenance and support.

To obtain an accurate price for a C purlin roll forming machine, it is recommended to contact machinery manufacturers or suppliers directly. They can provide you with detailed quotations based on your specific requirements and help you choose the most suitable machine for your needs and budget.

How does oem c purlin roll forming machine collaborate?

OEM (Original Equipment Manufacturer) collaboration in the context of a C purlin roll forming machine involves partnering with a manufacturer to design, produce, and distribute the machine under a different brand name or as a customized solution for a specific client. Here’s how OEM collaboration typically works in the roll forming machine industry:

1. Identifying the OEM Partner: The client or brand seeking an OEM collaboration selects a reputable and experienced roll forming machine manufacturer as their OEM partner. The manufacturer should have the necessary expertise, capabilities, and resources to develop and produce the desired C purlin roll forming machine.
2. Requirement Analysis: The client communicates their specific requirements, including machine specifications, performance parameters, customization needs, and branding guidelines to the OEM partner. This includes factors such as production capacity, material thickness, profile dimensions, automation level, and any unique features or functions desired.
3. Design and Development: Based on the client’s requirements, the OEM manufacturer designs the C purlin roll forming machine, ensuring it meets the desired specifications. This includes engineering the machine’s components, such as roll forming rollers, cutting systems, drive systems, and control systems, to match the client’s needs.
4. Prototype and Testing: Once the design is finalized, the OEM manufacturer produces a prototype of the C purlin roll forming machine. The prototype undergoes rigorous testing and evaluation to ensure it meets quality standards, performance expectations, and any regulatory requirements.
5. Customization and Branding: If required, the OEM partner incorporates any customization requested by the client, such as branding, color schemes, control panel design, or additional features. The goal is to align the machine’s appearance and functionality with the client’s brand identity or specific needs.
6. Production and Delivery: Once the prototype is approved, the OEM manufacturer proceeds with the production of the C purlin roll forming machines based on the agreed-upon quantities. The machines are then delivered to the client or distributed to the client’s network of dealers or customers.
7. Support and Service: Throughout the collaboration and after the delivery, the OEM partner typically provides technical support, training, and maintenance services to the client and their end-users. This ensures proper installation, operation, and ongoing performance of the machines.

OEM collaborations allow brands or clients to leverage the expertise and manufacturing capabilities of established roll forming machine manufacturers. It enables them to offer customized solutions, expand their product portfolio, or enter new markets while benefiting from the manufacturer’s experience, quality control, and supply chain management.