HAIWEI INTELLIGENT EQUIPMENT INCORPORATED COMPANY  is attending MATEALLOOBRAOTKS 2024 in Russia

DATE:  May 20-24,2024.

Hall: 6, Booth No: 26C29

24TH international specialized Exhibition for Equipment, Instruments and Tools for the Metalworking Industry. METALLOOBRABOTKA is the largest in Eastern Europe and the CIS trade show of global machine tool industry and state of the art metalworking technology.  Integrated technologies based on high-performance machines, tools and equipment for modernization of factories. We (DONGGUAN CITY HAIWEI INTELLIGENT EQUIPMENT INCORPORATED COMPANY) are delighted to present our high-end stamping automation equipment at this prestigious exhibition.

Haiwei machinery manu have continuously invested in developing and enhancing its whole plant planning and design capabilities, ensuring that is stays at the forefront of industry trends and technological advancements. With a focus on innovation, the company has also strengthened its manufacturing capability to meet the demands of a rapidly evolving market. We also offer a range of other specialized equipment for metal processing, including automatic coil feed lines for punch presses, coil-fed laser cutting lines, compact cut-to-length lines, swing shear cut-to-length lines, zigzag circle blanking lines, and metal plate blanking lines. Our expertise in this area allows us to provide tailored solutions for our clients’ specific needs and requirements.

Furthermore, we are committed to providing comprehensive service capabilities that go beyond traditional customers expectations. Our company leverages its rich experience and professional technology accumulated over more than 14 years in various fields to offer flexible solutions tailored to each client’s unique needs. This approach system, enabling HAIWEI intelligent to consistently deliver high-quality products and services. In addition, our company places great emphasis on customer satisfaction by offering exceptional support, maintenance, and production upgrades. By prioritizing customer needs in every aspect of their operations, HAIWEI intelligent strives to build long-lasting relationships with clients based on trust and reliability.

In this exhibition, we will focus on our 3 in 1 uncoiler straightener feeder：

The 3 in 1 uncoiler straightener feeder is a versatile and efficient machine that offers a range of benefits. By combining the functions of decoiling, straightening, and feeding into one unit, it saves space and streamlines the production process. Additionally, the integration of electric control, pneumatic, and hydraulic systems further enhance its automation capabilities. This machine is not only easy to operate but also provides high levels of intelligence through its advanced technology. It can handle different types of materials with ease, making it suitable for a variety of manufacturing applications. Overall, the 3 in 1 uncoiler straightener feeder offers significant advantages over independent machines in terms of efficiency and productivity.

The event gives us the opportunity to showcase the latest machinery and technology, contact with industry professionals and explore potential business partnerships. We are excited to demonstrate our cutting-edge equipment and innovative solutions. As an exhibitor at the METALLOOBRABOTKA, we aim to engage potential customers and enhance relationships with existing ones. Additionally, this event provides an excellent opportunity for us to contact with fellow industry professionals and stay informed about the latest technology trends in stamping automation equipment. It also enables us to gain valuable insights into market needs and customer preferences, which will help us tailor our products and services to better meet their needs.

We glad to hear about your interest in our productions and services. If you have any specific questions or would like to assist you in any way we can and provide the best support, maintenance, and product upgrades for your needs. Your satisfaction is our top priority. Thank you for your support and we look forward to the opportunity of working with you

Stamping press is a key tool in modern manufacturing. By shaping or cutting sheet metal or other materials into specific shapes, it provides precise and efficient production solutions for a variety of industries.

This article will give you an in-depth understanding of the basic principles, different types, application areas and impact of stamping press on the manufacturing industry. It will also explore the future development trends of stamping technology.

Introduction to Stamping Press
Before discussing various aspects of stamping press, let us first understand what a stamping press is. A stamping press, also known as a stamping machine or stamping press machine, is a machine used to shape or cut sheet metal or other materials in manufacturing and metalworking processes.

A stamping press machine works by placing material inside a stamping die and then applying high pressure to deform the material into the desired shape or cut it into specifically shaped parts. The operation of a stamping press is typically precise and efficient, making it ideal for mass production.

Types of Stamping Press Machines
There are two main types of stamping press machines: mechanical and hydraulic. They differ significantly in terms of operating principles, application areas and performance.

Mechanical Stamping Press

Mechanical stamping press uses mechanical power to perform the stamping operation. The machine typically consists of a crankshaft, connecting rods, and flywheels that generate high pressures through mechanical motion.

It is capable of performing stamping operations at relatively high speeds and can complete multiple stamping operations in a short period of time, making it suitable for tasks requiring high productivity. In addition, mechanical stamping machine is highly precise and can produce parts with accurate shapes and consistent dimensions, which helps ensure product quality.

Mechanical stamping machines are suitable for tasks such as cutting, punching and forming relatively simple shapes that require continuous stamping at high speeds.

Hydraulic Stamping Press

Hydraulic stamping press uses a hydraulic system to generate pressure. Compared to mechanical stamping press, hydraulic stamping press is more suitable for applications requiring greater pressure and more complex forming. The hydraulic system provides greater control, allowing the operator to adjust the punching force and speed to meet different requirements.

It is more adaptable and can perform a variety of tasks, including punching, bending, pressure forming and deep drawing. Haiwei’s hydraulic stamping press machines excel at manufacturing large parts, performing complex forming operations, and applications requiring higher pressure and control precision.

How Does a Stamping Press Work?
Understanding how the metal stamping press machine works is essential to developing a deep understanding of its capabilities. The working process of the stamping machine includes the following steps:

Feeding: The first step in the stamping process is to feed the raw material into the stamping press machine. This typically involves loading sheet metal or roll material into the feed system of the punch press. The feed system positions the material to where it is to be stamped, ensuring the accuracy and consistency of the stamping operation.

Forming or Cutting Process: Once the raw material is accurately positioned, the stamping machine applies high pressure through the punch and die to form the material. The forming operation deforms the material into the desired shape, while the cutting operation cuts the material into specifically shaped parts. The design of the punch and die determines the shape of the final product.

In a mechanical stamping press, mechanical power pushes the punch downward, causing it to exert its force on the material. In a hydraulic stamping press, the piston of a hydraulic cylinder pushes downward, transmitting hydraulic force to the punch, thereby performing the stamping operation.

The quality and accuracy of the finished part depend on several factors, including the properties of the material, the design of the mold, and the control system of the stamping press. Stamping machines can perform a variety of operations, including punching, bending, deep drawing and pressure forming, making it versatile for a variety of tasks.

Ejection of Finished Parts: Once the stamping operation is complete, the finished part is ejected from the press, ready to enter the next manufacturing stage.

Application of Stamping Press Machines
Stamping press machines are widely used in various industries and are an integral part of modern manufacturing. Here are some examples of stamping machine applications in some major industries:

Automobile Manufacturing

The automotive manufacturing industry is one of the main application areas of stamping press machines. Stamping machines are used to manufacture body parts, doors, hoods, frames, chassis and other critical components. The high productivity and precision of stamping machines allow automakers to mass-produce vehicles and ensure the consistency of parts, thereby improving vehicle quality and safety.

Aerospace

In the aerospace industry, stamping press machines are used to manufacture aircraft casings, flying wings, engine parts and other critical components. These parts often require extremely high precision and quality standards, so the use of stamping machines in this industry is crucial. In addition, the aerospace field also requires reliable and high-pressure stamping machines and hydraulic stamping machines are widely used here.

Electrical Manufacturing and Electronics

In the electrical manufacturing and electronics industries, stamping press machines are used to make electronic housings, connectors, heat sinks, circuit board brackets and other components. These parts require precise size and appearance to ensure the reliability and performance of electronic devices. The high precision and production efficiency of stamping press machines enable electronics manufacturers to meet growing market demands.

Other Industry

Stamping press machines also play a key role in a variety of industries including construction, appliances, medical device manufacturing, metal processing, and plastic processing. Their versatility and customizability make them ideal for a variety of applications.

The Importance of Stamping Press in Manufacturing
Stamping press machines play a vital role in modern manufacturing and their importance is obvious. These machines provide efficient mass production solutions, allowing manufacturers to manufacture large quantities of parts quickly and accurately, thereby reducing costs and increasing production efficiency.

First, stamping machines are able to manufacture large quantities of parts in a short period of time, which is crucial for manufacturing, especially in areas that require mass production, such as automobile manufacturing and electronic equipment production. In these areas, market demand is huge and manufacturers need efficient tools to meet customer orders. Stamping machines can produce large quantities of parts with exceptional speed and accuracy, ensuring products are delivered on time while reducing production cycle times and costs.

Secondly, stamping machines play a crucial role in ensuring product quality and consistency. Through precise control and automated processes, metal stamping machines can avoid human errors. This helps manufacturers provide high-quality products, improve customer satisfaction, and reduce after-sales maintenance costs.

Additionally, stamping machines help reduce manufacturing costs. They can reduce production costs by reducing raw material waste and improving production efficiency. For example, metal stamping machines can achieve highly compact arrangements on materials, reducing waste and material costs. And the automated stamping process requires fewer operators, reducing labor costs.

Finally, the manufacturing flexibility of stamping presses is also part of its importance. These machines have the ability to adapt to different shapes and sizes, allowing manufacturers to easily switch between different products or projects. This flexibility is critical to respond to changes in market demand. Manufacturers can change stamping dies to make different types of parts without having to invest in completely different production lines. This enables them to quickly adapt to changes in market demand and meet the customized needs of different customers while maintaining efficient production.

Future Trends of Stamping Press
As technology continues to develop, the field of stamping press machines is also constantly evolving. Here are some future trends in stamping technology:

Automation and Digitalization

In the future, stamping press machines will become more automated and digital. As machine learning and artificial intelligence continue to advance, stamping press machines can be better adapted to different tasks and material types. Automation will further improve production efficiency and reduce human intervention. Digital technology will also provide more data and monitoring options, allowing manufacturers to track production processes in real-time and identify and correct problems in a timely manner.

Environmental Protection and Sustainability

The manufacturing industry is increasingly paying attention to sustainability and environmental issues. The stamping press of the future will be more energy-efficient, reduce waste, and optimize resource utilization to meet the requirements of sustainable manufacturing.

Advanced Materials and Complex Shapes

In the future, stamping press machines will continue to adapt to more advanced materials and more complex shapes. As materials science advances, manufacturers will face additional challenges requiring stamping press capable of handling high-strength steels, composites, and other innovative materials. In addition, the market demand for complex shapes is also increasing, so stamping machines require greater flexibility and precision to cope with these changes.

Conclusion
Stamping press machines play a vital role in the manufacturing industry. Their high efficiency, precision, and versatility make them an indispensable tool for modern manufacturing.

As technology continues to evolve, stamping machines will continue to adapt to changing needs and challenges, driving the manufacturing industry toward a more efficient, smarter and more sustainable direction.

The high-strength plate 3-in-1 decoiler straightener feeder is delivered to BYD, and it is suitable for stamping automation in the automotive industry with a punching machine. The 3-in-1 decoiler straightener feeder integrates the three functions of uncoiling, leveling and feeding. Regardless of the material, there is no need to reserve a separate waiting area. The space occupied is the size of the machine itself, usually 4-5 meters; it is divided into three types: thin plate, medium thick plate, and high-strength version, which are distinguished according to the thickness of the applicable material.

Dongguan City Haiwei Intelligent Equipment Incorporated Company is an enterprise integrating design, manufacturing, sales and service. According to the different requirements of various manufacturers, we can specially design and manufacture various punch automation peripheral equipment. Why more and more customers choose 3 in 1 decoiler straightener feeder? The 3-in-1 decoiler straightener feeder has many types, wide application range, high leveling and feeding accuracy, compact structure, small footprint, convenient operation, and truly realizes automation, which greatly saves labor and reduces labor intensity. At present, the 3 in 1 decoiler straightener feeder production line has become the development trend of the stamping industry.

Recently, Haiwei has perfectly arranged shipping 4 sets heavy duty coil feeding line today to Mexico, it was comprised of 1 set NCHW4-1000A, 1 set NCHW3-800A, 1 set NCHW2-1000A and 1 set NCHW3-600A model 3 in 1 uncoiler straightener feeder. Among them, these devices are made of full set of Siemens servo control system: high- precision feeding； humanized design and safety protection system etc., convenient for operating. To sum up，Heavy duty coil feeding line has played an increasingly prominent role.

The customer produce auto metal stamping parts used in FORD, HONDA, TOYOTA, TESLA etc. most products are high tensile steel with yield strength of above 590MPa, so they are all HIGH TENSILE use coil feeding lines of the above 4 sets coil feeders. We attach great importance to packing material transportation.

Haiwei has injected in meeting customers needs in terms of product technology and transportation. The product is solided. The housing-type structure is specially designed for high-strength plates, and the upper and lower leveling rollers have reinforcement structures to ensure that the stress relief effect meets the standard.

Recently，Haiwei actively explore international trade and local markets, with independent import and export rights. Haiwei has a large number of marketing and professional transportation in various manufacturing, At this time, It will be shipped in 2 set 40HQ containers, so every 2 sets coil feeders are loaded in 1 container. Each container’s goods weight is about 26Tons.，which shows many successful cases in his corporate achievements today.

Product Name: NCHW3-800A high-strength plate 3 in 1 uncoiler straightener feeder with punch press for automotive parts stamping blanking line. It contains decoiler, press arm, limit arm, support arm, straightener, coil car, feeder, and hydraulic shear. All the parts are integrated into one servo control system. Haiwei steel coil straightener has high-precision feeding performance and accurate straightener performance wjjhile ensuring operational safety.

The 3 in 1 uncoiler straightener feeder has a wide range of applications. It can be used in the stamping industry of various metal coils with materials ranging from 0.6mm to 6.0mm. It not only improves the production efficiency of the enterprise, but also improves the product quality.

Material can be processed: High tensile stell, SS. CR, HR, GI etc,.

Thicnkness: 0.6-6.0mm
Width capacity: 70-2000mm
Loading capacity: 10T ( can be customizable)
Feeding speed: 1-20m/min
Feeding accuracy: ±0.15mm (mold equipping with pilot pins)

The 3 in 1 uncoiler straightener feeder is divided into thin, medium, thick and high-strength plate models. They are classified according to the material thickness. When the 3 in 1 uncoiler straightener feeder feeds materials with a thickness of 0.5-4.5mm mainly used in automotive parts stamping, electrical components, seats, elevators and motor stator and rotor stamping industries. Materials 1.0-8.0mm and 10mm ultra-thick materials are mainly used in auto parts stamping, curtain wall industry, storage shelf punching, locks, hinges, gaskets and other stamping industries.

In actual production, the 3 in 1 uncoiler straightener feeder can be customized to add auxiliary devices according to the actual production needs of customers. Such as: used for moving coil to spindle of uncoiler smoothly. Simple and convenient operation, saving time.

Automatic strip oil feeder:
Strip oil feeder also called strip oil lubrication system which can single/double side painting oil uniformly, oil quantity can be adjusted, Intermittent oiling, the oiling time can be set. oil can be used circularly. Redundant oil can be oil returning system to return, via filter screen then through oil pump to supply oil mass, not waste of oil.

Hydraulic shear:
Use for shearing material head/end, and blanking too. Mainly use for thicker or high strength material, which is not easy to shear manually.

Stragineter flip-top device:
It adopts one-key opening function, just press button on the operating panel thern can open the upper straightener-feeding rollers head to clean rollers. While close straightener feeding rollers, also adopts one-key closing function, which is very easy operate.

The 3 in 1 uncoiler straightener feeder has a high degree of automation. From loading, uncoiling, leveling, feeding to shearing, it can be completerd by one machine. Humanized operation, the operation of the 3 in 1 uncoiler straightener feeder machine can be completed on the touch screen without excessive sdjustments, which is convenient and fast.

Main Features:
1) 3 in 1 uncoiler straightener feeder saves space and increase productivity. Compact structure, combined straightener feeder head. The total length of the machine boby 3.2-6.0 meters, compact structure, occupies littlee space.

2) High rigid mechanical design sturdy construction, and high power output to secure proper straightening and feeding during the speed increasing efficiency.

3) The housing-type structure is specially designed for high-strength plates, and the upper and lower leveling rollers have reinforcement structures to ensure that the stress relief effect meets the standrad.

4) Coil Material Entry support Assembly can bring the material into pinch rollers Automatically to save man power and increase safety,

5) Full set of Siemens servo control system: high-precision feeding; humanized design and safety protection system etc,. Convenient for operating.

6) Manual and automatic working modes, can match the stamping press properly.

7) Feeding speed, feeding pitch, and feeding steps are programmable. Meet all production needs.

8) Multipe protection systems, low failure rate: mature procedures to ensure the stability of the system under long-time operation:

① Motor overload protection function.
② Abnormal material loop detection stop functio.
③ End material detection stop function, to ensure the failure of the 3 in 1 uncoiler straightener feeder system operation.

Decoilers are one of the important equipment in the modern manufacturing industry and play a key role in handling different types of coil materials. Whether metal, plastic, or composite materials, decoilers offer the versatility to help manufacturers process various types of coils efficiently and accurately.

The basic function of decoilers is to support and unfold coils such as metal sheets, wires, or strips with unparalleled precision for the subsequent manufacturing process. This process is a critical aspect of the manufacturing process as it ensures a steady and precisely controlled feed of material, resulting in a smooth and efficient manufacturing operation.

In the following sections of this article, we’ll look at the versatility of decoilers in handling different types of coils, including metals, plastics, and composites. Moreover, we will explore the remarkable innovations in coil handling technology that have redefined the landscape of modern manufacturing.

Handling Metal Coils
In the field of decoilers, the handling of metal coils is the most common and important task in modern manufacturing. Metal coils, especially those made of steel, aluminum and copper, are a common material processed by metal decoiler machines in various industries. These metals come in different thicknesses and sizes, and decoilers are specifically designed to handle these coils with precision and expertise.

The uncoiling process of metal coils involves the use of a tensioning mechanism, which plays a key role in controlling the tension on the coil during the uncoiling process. The purpose of this tension control is to prevent breakage or damage that could affect the quality of the material. Decoilers excel at maintaining the integrity of the material by providing consistent and precise tension control throughout the entire decoiling process.

Additionally, decoiler speed is a key variable in processing metal coils, and decoilers can flexibly adjust speed to the specific size and thickness of the coil. This adaptability ensures that the unwinding process is not only efficient but can be customized to the unique characteristics of each coil. This level of control ensures that materials remain intact and ready for further processing without the risk of snags, blockages or other disruptions to operations.

The handling of metal coils is a fundamental task in modern manufacturing, and decoilers play a central role in ensuring the efficiency and quality of the process. Their ability to control tension, adjust unwind speed and adapt to a variety of materials and roll sizes ensures manufacturers can meet the diverse needs of their customers.

Handling Plastics and Composites
In recent years, there have been significant changes in the types of materials used in manufacturing. While metals remain popular, other materials such as plastics and composites are gaining attention because of their unique properties and advantages. Plastic is known for its lightweight and versatility, making it suitable for a wide range of applications. Composite materials, on the other hand, are engineered materials that combine the strength of different components, offering a high strength-to-weight ratio and corrosion resistance.

These changes in material preferences create new challenges for manufacturers, requiring specialized handling to prevent damage and maintain quality. As a result, uncoilers have undergone significant adjustments to meet these changing needs.

Decoilers are specifically designed to handle a wider range of coil sizes and weights typically associated with plastics and composites. Haiwei’s decoilers for sale are known for their flexibility, they can easily switch between different coil sizes and materials to meet the changing needs of customers.

Innovations in Coil Handling Technology
To handle many types of coil materials, decoiler machines need constant innovation in design and engineering. These new ideas improve many parts of the process for handling coils by using advanced technology. Modern decoilers can handle different coil types well due to these key innovations. Let’s examine them closely.

Adjustable Spindle
Decoilers nowadays have mandrels that can change to fit various coil sizes. You can adjust the mandrels to fit different coil sizes and positions, so they always hold securely. Manufacturers can easily switch between coil sizes, saving time and improving efficiency.

Quick Change System
Efficiency is critical in manufacturing. The quick-change system revolutionizes coil handling by enabling quick coil changes. Uncoiler machines use hydraulic or pneumatic clamps to reduce downtime between production runs. The controls and interface are user-friendly, which makes coil changes easy for the operator.

Variable Speed Control
Different materials require different processing speeds. Manufacturers can adjust the speed of uncoiling for different materials using variable speed controls. To avoid damage, thin materials should unwind at slower speeds. Thicker materials can unwind faster for productivity.

Tension Control System
It is important to control tension precisely so that materials do not wrinkle or stretch. Tension control systems have improved using load cells and sensors for real-time feedback. We adjust the tension in real-time to keep it perfect for the material we’re working with.

Automatic Edge Control
In coil processing, edge control is crucial. Modern sheet metal decoilers use advanced edge control technology to monitor the edge of the coil and make real-time adjustments. To prevent defects, it’s important to keep the material aligned and straight in the final product.

Security Innovation
In any manufacturing environment, safety is critical. Decoilers have safety features like emergency stop buttons, light curtains, and interlocks. These protect operators and prevent accidents. Predictive maintenance technology is used to find and fix problems before they cause breakdowns or safety issues.

Conclusion
The versatility of decoilers in handling a variety of coil materials demonstrates their integral role in modern manufacturing. They can adapt to metals, plastics, and composites. Decoilers are also good at maintaining material integrity, controlling unwind speed, and providing precise tension control.

Innovations such as adjustable spindles, quick-change systems, variable speed controls, precision tension control systems, automatic edge control, and advanced safety features have revolutionized decoiler technology. These improvements make it easier to handle coils, reduce downtime, and increase efficiency. This ensures a high-quality product that meets modern manufacturing standards.

In an evolving manufacturing environment, decoilers remain critical, enabling streamlined, efficient and safe processes to meet changing industry needs.

Heavy duty automatic metal coil blanking line is a kind of automatic production equipment widely used in manufacturing industry, it was used to produce metal stamping part used in auto stamping parts, metal cover part used in refrigerator, washer, air conditioner etc. bring customers high speed, high precision, high stability of intelligent processing technology.

At the same time, customer-facing solutions are more flexible in their scope of application.

Comprise of The Metal Coil Blanking Line
1 set heavy duty coil feeding line (3 in 1 uncoiler straightener feeder or independent heavy decoiler, straightener and servo feeder etc.)
1 set heavy duty punch machine with blanking dies (different products different stamping dies)
1 set or 2 sets auto conveyor belt (used to conveyor workpieces automatically)
1 set or 2 sets auto stacking system (Stacking workpieces in laminations automaticallly)

Metal coil blanking production line is also called metal plate blanking line, mainly used for coil uncoiling, straightening, feeding, blanking, product conveying and auto stacking processing etc.

It provides a mature set of operational manufacturing procedures from the uncoiling unit to the levelling feed unit to the conveying stack unit. With the development of the manufacturing industry and the growth of market demand, the modular design solution invests advanced process knowledge into self-built equipment, which is tailored to the production needs of customers.

Nowadays, the design and optimization demand of large-scale uncoiling blanking production line is also increasing, and the continuous high-quality optimization of uncoiling also solves many technical problems for customers and provides value-added services.

The uncoiling blanking stamping line is used to fix the material coil on the inner diameter expanding and shrinking part of the supporting material coil, and configure the press following system for detecting the outer diameter of the material coil to control the uncoiling speed and improve the bulk material condition. Through the material ring control command to make the spindle intermittent rotation of uncoiling and discharging. Thus ensuring uniform uncoiling operation.

Secondly, the reverse bending principle is used to release the internal stress of the material by repeated bending through two rows of leveling rollers staggered up and down to level the plate, and the precision is reached to the die of the punching press according to the set feeding length.

Finally, the conveying stacking unit receives the finished sheet from the conveying belt, and the turning or receiving mechanism beats the neatly palletizing and stamping to the side of the unit. With CNC adjustment plate size, automatic counting function, communication with PLC, direct digital display on the man-machine interface. It can also be equipped with MES system for digital management to upgrade smart factories.

After the procedure of large uncoiling blanking production line is roughly developed, cleaned and flattened, it is combined with punches and molds to press out the preliminary appearance of the sheet metal, or cut out the square, rectangular, triangular, trapezoidal and other shapes of the sheet metal through the matching cutting mold, and through the magnetic stacking system, the stamped sheet metal parts are transported to the workstation in a magnetic way at high speed for orderly stacking. To facilitate the use of subsequent stamping production lines.

Related to large-scale uncoiling and blanking production lines, the following aspects can be discussed:

Choose the Appropriate Uncoiling Equipment
Uncoiler in processing, basically can be widely used in a lot of cutting or some stamping industry. In people’s purchase, not only because the uncoiler price is affordable, the degree of automation is relatively high, it has a certain stability, or because they themselves also have an important advantage, The selection device of the uncoiler in the process of actual customization and processing is also very important, in this case, the uncoiler processing also has its own processing guarantees.

It is worth saying that the material flow direction: according to the process flow of the production line and the material transportation path, determine the location and direction of the uncoiling equipment. Ensure that materials move smoothly to the next process and minimize material waste.

Mechanical Design and Control
Blanking mechanism is an important part of large open coiling blanking production line, and its blanking design and control are closely related to product quality specifications and efficiency. The following can be divided into three aspects:

1.Blanking Accuracy: According to the customized needs of the product, determine the accuracy requirements of the blanking mechanism, and design the corresponding structure and transmission mode, for example, the use of high-precision guide rail, screw transmission and other technologies to improve the blanking accuracy.
2.Blanking Stability: Through reasonable selection of materials, improve structural rigidity and other means to improve the stability of the blanking mechanism, to ensure that there will be no problems such as jitter or offset during operation.
3.Blanking Speed: According to the needs of the production line and process requirements, determine the appropriate blanking speed. By adjusting the parameters of the drive system and optimizing the control algorithm, the fast and stable blanking operation is realized.

Production Efficiency Optimization
In order to improve the production power of large uncoiling blanking production line, it can be optimized from the following aspects:

Process Improvement: By improving the cutting process, optimizing the feeding method and other means. Improve cutting speed and utilization. For example, the use of multi-head simultaneous cutting, automatic feeding and other technologies.

Production Process Optimization: Reasonable arrangement of work order and reduce switching time to avoid unnecessary downtime. Improve the operation efficiency of the production line through fine scheduling and task allocation.

Quality Control Optimization
Ensuring product quality is an important issue that cannot be ignored in the design and operation of large-scale uncoiling blanking production line.

The establishment of a perfect quality control system and the use of advanced detection technology and measures for quality control can greatly reduce the rate of defective products and enhance the stability of product quality. At the same time, ensuring timely adjustment and optimization of production parameters is also an important means to ensure product quality.

In summary, we fully understand the working principle and development of large-scale uncoiling blanking production line.

Through the explanation of this chapter, we hope to get more exposure rate of open coiling blanking production line can be widely used. To ensure the recognition and wide use, constantly reflect its value in use, and make every effort to meet the needs of customers.

Haiwei, as a professional heavy machinery manufacturer, made a notable presence at the 23rd International Specialized Exhibition for Equipment, Instruments, and Tools for the Metalworking Industry. The exhibition, held in Expocentre Fairgrounds, Moscow, Russia , brought together industry professionals, manufacturers, and technology enthusiasts from around the world to showcase the latest advancements in the metalworking sector. It ‘s open to all visitors and exhibitors of METALLOOBRABOTKA 2023 from 22th, lasting 5 day until 26th. We arrived and started exhibiting on time and as plan, everything goes well.

HAIWEI Booth
Our Booth No. 3H22. By the way, we have invited a Russian friend Ms. Sardaana coming to our booth to help us receiving the visitors at site, she can speak Russian, French, Chinese, Japanese language.

We are specialized on automatic coil feed line for punch, coil fed laser cutting line, compact cut to length line, swing shear cut to length line, zigzag circle blanking line, metal plate blanking line etc.

As a key participant in the event, Haiwei showcased its cutting-edge innovations in technology and equipment, highlighting our commitment to revolutionizing the metalworking industry. The company’s presence at the exhibition aimed to foster collaborations, exchange ideas, technological advancements.

Welcome all new and older customers and friends come to our booth to have a look, we are waiting for you at our booth.

New Machine
1700 MODEL SWING SHEAR CUT TO LENGTH LINE

HAIWEI’s 1700 model swing shear cut-to-length line is a specific type of industrial machinery used in metal processing and fabrication. It is designed to take large coils or rolls of metal sheet or strip and cut them into precise lengths according to specific requirements.