With the global financial payment system becoming more and more perfect, bank cards, as the main payment method, are directly related to the security of financial transactions and user experience. The production of bank cards is a precise manufacturing process involving technologies in multiple fields. Important links include screening raw materials, printing, packaging chips, and die cutting. The die-cutting process is the most important process that determines the accuracy, texture, and security of the finished bank card. Its technical level has a great impact on the entire production chain. The trading card die-cutting machine is the most important part of the die-cutting process. It is used to make various types of cards, such as bank cards, smart cards, game cards, poker cards, and animation cards. With its basic functions such as accurate feeding, automatic material collection, and automatic waste removal, as well as many technical advantages, it has completely changed the production method and quality standards of bank cards. This article will start with the technical requirements of bank card production, talk about how the transaction card die-cutting machine can make production safer, and look forward to its new application methods. Finally, it will draw objective conclusions based on industry data. It will bring professional and practical technical information to practitioners in the printing industry.
1. Requirements for making bank cards
Because bank cards are used frequently, their production process must follow strict technical standards. There are strict technical standards for each link from raw materials to printing, chip packaging, die cutting, etc. The quality and performance of the card depend on the technical standards of each link. From the perspective of industry standards, the materials used to make bank cards must be of high quality, such as polyvinyl chloride (PVC) or polycarbonate (PC). It must also be flexible, wear-resistant, and resistant to chemical corrosion, and the thickness error must be controlled within ±0.01 mm to ensure the correct execution of subsequent processes. To achieve high-precision pattern and text printing, it is necessary to combine offset printing and screen printing. Color reproduction must meet professional standards, and the color difference must be controlled within ΔE≤1 to ensure that important information such as bank logos and card numbers is clear and consistent. The installation position deviation of the chip package must be controlled within ±0.1 mm, and the welding firmness and communication stability directly affect the success rate of the transaction.
Die-cutting and forming is the last process in the production of bank cards. It directly affects the quality of the finished product. The shape of the card must be cut accurately, the edges must be free of burrs, and the dimensions must meet industry standards. The texture and durability of the card must also be taken into account. This requirement means that the die-cutting machine needs to be very precise and stable. The trading card die-cutting machine has its own technical advantages and can fully meet the above technical requirements. Its 7.5 kW automatic servo system can ensure accurate feeding, control the feeding error within a very small range, and lay the foundation for accurate punching. The core feature of burr-free precision punching can directly ensure the flatness of the card edge and prevent edge damage from affecting subsequent use or chip security. The durable design of the equipment can ensure the stable performance of long-term mass production and prevent product quality fluctuations caused by equipment failure.
In addition, the technical requirements for bank card production also include the standardization of finished product collection and sorting. This is important because cards can be scratched or mixed up during the collection process. The trading card die-cutting machine has a customized finished product collection method. The machine can switch between sequential card collection and classified card collection modes as needed to ensure orderly management of finished cards and meet the standardization requirements for mass production of bank cards. The wooden lightweight mold of the equipment can be replaced in only 2-3 minutes, which is much faster than the mold replacement time of more than 30 minutes of the traditional equipment. It can be quickly adjusted to the production needs of bank cards of different sizes and specifications, and the production efficiency of large and small batches is higher. This is very useful for printing companies that take on a large number of different types of orders.
2. How to make the production of bank cards safer
The security of bank card production includes the physical structure security of the card, information security, anti-counterfeiting measures in the production process, etc. From the perspective of industry regulatory requirements, in order to ensure that bank cards have sufficient anti-counterfeiting and information protection capabilities, bank card production must strictly implement standards such as the Bank Card Card Specification (JR0052-2009). In the production process, the security risks are mainly reflected in three aspects: first, the physical structure risk, such as burrs on the edge of the card or size deviation leading to damage of the chip or magnetic stripe, resulting in unstable transactions; second, the risk of information leakage, such as the card information being tampered with or leaked during the production process; and third, the risk of difficulty in distinguishing between true and false. The technical improvement of the transaction card die-cutting machine can make the production of bank cards safer at multiple levels.
The punching precision of the transaction card die-cutting machine is high and there is no burr, which can protect the edge of the card from damage so that the chip package area will not be scratched or damaged by the edge burr, and the physical integrity of the chip and magnetic stripe is guaranteed. The equipment's 7.5 kW servo automation system can also realize the full-process automatic operation, reduce manual intervention, and reduce the risk of card wear or touch damage. In addition, the durable design of the equipment ensures that its performance remains stable over time, thus avoiding the production of a batch of defective products due to the decline in the accuracy of the equipment. This also helps to reduce the safety risks and economic losses caused by product recalls.
The automatic sorting and collecting system of the transaction card die-cutting machine can automatically sort and collect cards, reducing the number of times that cards are manually touched. It reduces the risk of artificial tampering or leakage of card information. Its unique finished product collection method, whether by order or by category, can make card management more consistent and facilitate quality traceability and information control in the production process. At the same time, the integrated and customized overall solution of the equipment can manage the whole process from die-cutting to card collection in a closed loop, prevent information leakage during the production process, and meet the high standard requirements of the financial industry for information security.
The trading card die-cutting machine can be equipped with hot stamping technology to produce high-precision hot stamping effects on the surface of the card, making the card more difficult to copy. The combination of hot stamping and die-cutting technology can make unique anti-counterfeiting marks on the edge or a certain area of the card. This makes it more difficult to counterfeit cards. At the same time, the punching accuracy of the equipment can ensure the consistency of the position of the anti-counterfeiting mark, and the anti-counterfeiting effect will not be lost due to the deviation of the position of the mark. The die-cutting machine with hot stamping technology, combined with industry data, can improve the anti-counterfeiting recognition rate of cards by more than 30%. This adds an extra layer of security to the safe use of bank cards.
3. Innovative application of die-cutting machine in bank card production
With the continuous progress of printing industry technology and the diversification of bank card production needs, new usage methods and new technical combinations of transaction card die-cutting machines are constantly emerging. This has enabled it to break through the limitations of traditional die-cutting equipment and transform from single die-cutting to multi-functional integration and from standardized production to customized services. Its new uses are mainly reflected in four aspects: multi-functional integration, process collaboration, flexible production, and customized solutions. All of these have given new technical momentum to bank card production.
One of the main innovations of the trading card die cutter is its ability to perform multiple tasks in one pass. Traditional die-cutting machines can only cut one material at a time. The transaction card die-cutting machine can be used for multiple purposes. The tool can be used to die-cut card products such as bank cards, smart cards, and game cards. It can also be used for punching books and filter paper. Printing companies believe this function is very practical because it helps them make full use of the equipment and reduce the cost of investing in new equipment in multi-category production. For example, after a medium-sized printing company introduced new equipment, it could undertake both bank card die-cutting business and book punching business. The overall utilization rate of the equipment has increased by more than 40%, and the production efficiency has been greatly improved.
In terms of technological collaborative innovation, the trading card die-cutting machine is perfectly matched with the hot stamping process, which can realize die-cutting and hot stamping at one time. In traditional manufacturing, die-cutting and hot stamping require two sets of equipment. This makes the process more complicated and the positioning more difficult. Because the equipment adopts a precise positioning system, the integrated production can control the error between the hot stamping position and the die-cutting edge within ±0.05 mm. This can make the process more accurate and the product more beautiful. The equipment can also be equipped with an automatic classification and sorting system, which can realize the full automation of die cutting, hot stamping, and sorting. The production efficiency is more than 50% higher than that of the traditional process, which meets the efficiency requirements of mass production of bank cards.
Another important new feature of the trading card die-cutting machine is that it can make flexible production more efficient. With the development of Industry 4.0 toward flexible manufacturing, the demand for small-batch and multi-batch products is increasing. Traditional die-cutting machines have long mold changing times and complicated parameter adjustments, making it difficult to meet this demand. The trading card die-cutting machine adopts a lightweight wooden die, and the die-changing time is only 2-3 minutes. The built-in intelligent parameter memory system can also store multiple sets of production parameters. This means that you do not have to debug each time you switch orders, which makes it easier to change production. According to the practical data of a printing enterprise, the production time of small-batch bank card orders is shortened by 60% and the order response speed is accelerated by using the equipment.
The service innovation of the transaction card die-cutting machine is reflected in the provision of customized overall solutions. The equipment can be customized and designed as a whole to meet the needs of different banks. Including customized punching size, finished product collection method, process combination, etc. For example, a bank that makes high-end credit cards can use the equipment to make specific punching shapes that match the hot stamping process, as well as the sequential card collection mode. In this way, the bank can meet the personalized needs of the brand and realize the standardization of production. For the production of a large number of debit cards, the equipment can adopt the classification collection mode and automatic sorting system, making the finished product management more convenient. This customizable feature allows the equipment to meet the unique needs of each customer, thereby helping printing companies develop their business.
4.Conclusion
The transaction card die-cutting machine is the most important equipment for making bank cards. Its technical characteristics and new uses play an important role in improving production quality, safety, and efficiency. It also provides important technical support for the printing industry to undertake bank card production orders. From the perspective of industry practice data and equipment performance parameters, the following conclusions can be drawn:
First, the transaction card die-cutting machine has strong technical adaptability, high punching accuracy, no burrs, and 7.5 kW servo automation. This means that the technical requirements for accuracy and consistency in the production of bank cards can be fully met. The punching accuracy error is ±0.03 mm, which is far better than the industry standard of ±0.1 mm. This helps to improve the pass rate of finished products. Production data from a printing company shows that after the introduction of new equipment, the unqualified rate of finished bank cards dropped from 1.2% of the old equipment to 0.3%, and the product quality was greatly improved.
Second, the equipment makes the production of bank cards safer in three aspects: physical security, information security, and anti-counterfeiting security. It is achieved through technical means such as automated production, precision punching and cutting, and hot stamping anti-counterfeiting. After the card adopts the hot stamping technology, the anti-counterfeiting recognition rate is increased by more than 30%. The automatic sorting system can reduce 80% of manual contact links, reduce the risk of information leakage, and meet the security supervision needs of the financial industry.
Third, the transaction card die-cutting machine has multi-function integration, quick mold change, and full-process automation, which can greatly improve production efficiency and equipment utilization. According to practical data, the production efficiency of the equipment is more than 50% higher than that of traditional die-cutting equipment, and the comprehensive utilization rate is more than 40% higher. For small-batch orders, the production efficiency is increased by more than 90% and the production cycle is shortened by 60%. This helps printing companies reduce production costs and speed up order response.
Fourth, the equipment's ability to adapt to different markets lies in its multi-application types, customized solutions, and other characteristics. This means that it can meet the different needs of banks around the world and help Shenzhen enterprises expand into the global market. At present, the printing enterprises that use the equipment to make bank cards have seen a 25% increase in overseas orders. The market has also proved that the equipment is technologically mature and can go abroad. With the continuous improvement of bank card technology, such as the wide application of NFC technology and the adoption of environmentally friendly materials, the transaction card die-cutting machine needs to continuously improve its technical performance and have stronger adaptability to new materials and new processes, providing better technical support for the bank card production industry. This will help the printing industry in the development of financial card production.