PVC card punching machine

The global smart card manufacturing industry has never had such a high demand for fast, accurate, and customizable smart card production, from bank cards to gaming point cards to identity recognition cards. We are an equipment manufacturing company headquartered in Shenzhen, China. We understand how difficult it can be for customers from other countries to handle large card orders in terms of equipment stability, output, and backend labor costs. We have launched a new generation of fully automatic high-speed PVC card punching machines. These machines can do more than just stamping and cutting. They are also intelligent terminals that can automatically classify and sort cards, use hot stamping technology, and do many other things. The goal of this device is to help business card manufacturers around the world transition from “manufacturing” to “intelligent manufacturing” by using cutting-edge 7.5 kW servo drive technology and precise mechanical structures.

1、 Core technical characteristics and functional parameters of PVC card punching machine

We built our fully automatic PVC card punching machine from scratch to meet the needs of card production. This device combines mechanical engineering and automation control technology, making it stand out among similar products around the world. It has the following ten core functions that make it technically competitive:

1. Unique texture and cutting accuracy

The texture of the finished product gives the equipment a unique personality. By using a highly rigid frame structure, precision molds, and ball screw modules driven by servo motors, we are able to achieve true ‘blade’ cutting. The equipment measurement data shows that the stamping accuracy is stable within ± 0.10 mm, the incision is smooth and flat, and there are no burrs or tears at the corners. This card has a unique texture with smooth and delicate edges because it is very accurate. A finished product is not just a card; it is also an artwork that meets the high standards of high-end banks and ID card edge smoothness.

2. Sturdy and durable, with a lifespan that meets industry standards

All important components of the machine are imported from other countries because customers there require their equipment to work continuously. In order to obtain the appropriate hardness, steel needs to go through two special processes: forging and quenching. When used together with imported gapless ball screws and high-sensitivity photoelectric sensors, it greatly reduces machine wear. The service life of this device exceeds 100000 hours, and die-cutting can last millions of times. This means that even in harsh industrial environments, the failure rate is very low.

3.A machine can do many things, such as cutting books and filtering paper.

Traditional card punching machines are usually limited to one type of PVC material. This tool can handle more than just materials. It can easily penetrate industrial “bookbinding covers” and “precision filter paper,” as well as common card materials such as PVC, ABS, PET, and PETG. This is because it has a special system to change the speed and pressure of stamping. Understanding the adaptability of a machine allows customers to expand their business without having to purchase additional equipment for different materials.

4. A method for integrated hot stamping

The device has a built-in hot stamping process interface and control system, which can meet the decoration needs of high-end anime and game cards. Hot stamping/hot stamping process can be carried out simultaneously with the stamping process or online before and after stamping. This combines stamping and surface decoration, reducing positioning errors and labor costs caused by two jobs.

5. The technical structure is very advanced.

The PLC program and the touch screen interface between humans and machines control our system. After years of market testing, this technology has become very mature. The system can identify the problem on its own. If there is material blockage, shortage, or incorrect location, the equipment will automatically sound an alarm, shut down, and display fault codes and solutions. This makes it easier for maintenance personnel from other countries to quickly identify issues and reduce downtime.

6. Integrated customized overall solution

We not only sell ordinary machines; we also sell ‘overall solutions.’ We can produce molds and feeding systems that are suitable for different customer splicing needs, such as 3 × 8, 4 × 8, 5 × 5, etc. This ensures that the equipment is perfectly compatible with the customer’s current printing and laminating processes, and everything runs smoothly.

7. The main feature is a system that automatically sorts and classifies things.

Undoubtedly, this is the most impressive technical feature of this machine. These machines have better automatic material sorting tools that can help solve the problem of manually sorting materials after stamping and cutting multi-mode cavity templates.

Collect in order: The machine can place the cards in the same order as the mold cavity during punching, making it easy to package.

Collected by category: There are several sets of electric telescopic columns, fixtures, and storage space at the bottom of the machine. The system sorts the cards by identifying the patterns on them based on the position of the cursor. It will also automatically send different types of cards to the correct box to receive them (it can handle 10 to 32 boxes). This means that when you cut game cards, character cards, scene cards, and prop cards, they will be automatically classified at the unloading port. This makes manual classification easier.

8. High-efficiency power: 7.5 kW high-power servo drive

The power system ensures smooth operation of everything. We have invested in a 7.5 kW high-power servo motor as the cutting power source. This type of motor can respond quickly, find the correct position, and consume less energy than conventional hydraulic or conventional motors. The device can produce 30000 sheets of paper per hour in high-speed operation mode (depending on the layout), using dual servo alternating feeding. This makes it easy to handle large orders.

9. Different ways to collect customized products

Based on the above automatic sorting system, we further optimized the collection logic. Customers can choose what they want:

Mode A (Collect in Order): This applies to the same bank card and bus card, which are neatly stacked together in the order of perforations.

Mode B (collected by category): This mode is very suitable for playing cards or game cards with many different patterns. It will automatically send different patterns to different collection slots, correctly count each slot, and immediately pack them.

10. Precise stamping to remove burrs

CR12 and higher grade mold steel, as well as blade clearances of only 0.008 mm to 0.015 mm, mean that the machine can still make the cutting look refreshed after millions of high-speed stamping cuts. This is particularly important for making contact IC cards, as the smooth edges make the card easy to insert into the card reader and protect the chip from damage.

2、 Application scenario: Covering every aspect of global business card printing

You can use a PVC card punching machine to do many different things, such as making cards from almost any type of material in the world:

Financial and Identity Security: Many ISO standard bank cards, credit cards, social security cards, and ID cards use it to protect your funds and identity security. The high precision of the device ensures that the card complies with the ISO 7810 standard and has no dents on the surface. This can protect the chip from damage.

The gaming and entertainment industry: The “automatic classification and sorting” function of this device shows great potential in the production of anime cards, game cards, and playing cards. In Europe, the United States, Japan, and South Korea, there are very strict regulations regarding the appearance of high-value collectible cards (TCG cards). This device has no burrs or white edges, and it can automatically classify and collect cards based on their rarity, making them more valuable for collection.

Business and Membership Marketing: Marketing includes mall membership cards, hotel room keys, clothing labels, etc. Paper and fabric labels can be cut and punched to meet the needs of the clothing and accessories industry. This is especially true for the “one machine for multiple uses” function.

Special industrial use: As mentioned earlier, it can be used for stamping insulation gaskets and precision filter paper in the electronics industry. This makes the device more useful in a wider range of industrial environments.

3、 Problem solving: Helping business card manufacturers around the world solve operational problems

The first pain point: high labor costs and slow sorting speed

Problem: In business card factories in Southeast Asia or Africa, many workers sit around tables, manually dividing and sorting a large number of mixed cards. This not only wastes time but also makes the card dirty or bent.

Solution: The device is equipped with an automatic classification and sorting system to group and pick it up. Operators can monitor multiple devices simultaneously, saving over 80% of labor costs and preventing secondary pollution.

Pain point 2: Burrs generated by cutting and stamping can lead to a decrease in product quality.

Problem: If the power is too low or the mold gap is too high, there may be burrs on the card edge of low-end equipment. These burrs may make it difficult to properly connect or separate chip modules in smart card packaging.

Solution: The stamping power remains unchanged because it has a 7.5 kW servo drive and a very precise mold. Cut once to complete. Due to the positioning accuracy of ± 0.10 mm, the yield rate is as high as 99.5%, ensuring that each card is a good product.

Pain point three: Single device application, long investment return cycle

Problem: Ordinary punching machines are only suitable for PVC. When market orders change, machines must stop working, such as when they receive orders for paper labels or PET eco-friendly cards.

Solution: Clarify that a machine can do many things, such as cutting books and filter paper. Customers only need to change some settings to switch between materials, which doubles the practicality of the equipment and quickly recovers costs.

Pain point four: The separation of stamping and hot stamping leads to large positioning errors.

Problem: When you heat stamp before cutting, the patterns are often not arranged neatly, which means you have to throw away the waste.

Solution: Apply hot stamping technology to the machine to ensure that the hot stamping pattern is located in the middle of the card and cut and aligned correctly. This will make the product better.

4. Product Technical Detail List

This fully automatic high-speed PVC card punching machine is equipped with a detailed technical parameter table, which can help customers around the world plan factories and calculate the required production capacity. These data are from measurements taken around the world under normal operating conditions:

We hope that PVC card-making machines will become the preferred partner for card manufacturers around the world. We are one of the best equipment suppliers in Shenzhen, China. Whether you are making millions of playing cards or high-precision bank cards, this machine is the best way for you to find new markets, reduce costs, and manufacture better products. It can automatically classify, punch holes with high precision, and process various materials. To ensure the smooth operation of your production line, we provide full process services. This includes installing and fixing equipment and training people on how to use it.