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About Us
One-stop card customization
Shenzhen Dico Technology Co., Ltd. is a high-quality smart card manufacturer, focusing on the research and development, sales and service of Java cards, IC cards, ID cards, contact cards, NFC tags, NFC wristbands, card printers and readers and other products. Our main products are Java cards and full-panel printable IC ID cards, and have received consistent praise and high repurchase rates.
We have experienced staff dedicated to strict quality control and thoughtful customer service, ready to discuss your requirements and ensure complete customer satisfaction. There is strict quality control before sending any goods (even samples).
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As an experienced smart card manufacturer, our products are manufactured to the highest quality and manufacturing standards and rigorously tested, so you don’t have to worry about a thing.
Why choose us？
As a leading smart card manufacturer, we offer a comprehensive product range to meet diverse industry needs. With standardized processes and an experienced production team, we ensure high-quality products and exceptional customer service. Additionally, our products are globally exported to regions including the United States, Europe, and the Middle East.
Providing Java Card And Full Panel Printable Blank RFID Cards
The Java Cards we offer are widely used in different markets such as wireless telecommunications within SIM cards and embedded SIMs, payments within bank cards and NFC mobile payments, as well as ID cards, medical cards, and passports, among others.
production workshop
Java Card Production Process
Producing Java cards involves a meticulous and multifaceted process integrating technology, precision, and security features. From the initial design stages to the distribution of finished Java cards, each step plays a vital role in ensuring these critical devices’ quality, functionality, and safety.
1. Design planning:
At this stage we need to design and plan the specifications and functions of the Java card. This includes determining the type of integrated circuit, card size, security features and intended application. Factors such as card materials, visual elements and branding are also considered during the design phase.
2. Chip embedding:
At this stage the chip is embedded into the card. This microchip contains an integrated circuit and an antenna. The embedding process involves precise placement of the chip onto the card substrate. Various methods, including direct bonding or encapsulation, can be used to secure the RFID chip or other chips to the card.
3. Card lamination:
Java cards are laminated to enhance durability and protect embedded components. Both sides of the card are coated with multiple layers of transparent film or laminate that encapsulate the embedded circuitry. This protects the Java and resists physical wear, environmental factors, and tampering.
4. Personalization and Encoding:
Personalization adds a unique identifier to each Java card, such as cardholder information, account details, or access credentials. This step involves printing variable data, including names, photos, and other personalized information. Additionally, Java cards are encoded with specific data relevant to their intended application, such as financial information or access rights.
5. Quality control:
It is crucial to ensure the quality and functionality of Java cards. Strict testing and quality control measures are implemented at all stages of production. This includes functional testing of embedded ICs, verification of personalization data, and assessment of card durability. Any flaws or inconsistencies will be identified and resolved before moving to the next phase.
7. Card sorting:
Finishing touches are carried out at this stage, including applying security features such as holograms, magnetic stripes or RFID components. These features add an extra layer of protection and functionality to the Java card based on its intended use. The final look is polished, and any additional printing or branding elements are added.
8. Packaging and delivery:
The completed Java card is carefully packaged to prevent damage during transportation and distribution. Packaging may include a protective layer, instructions and any supplementary materials. The delivery stage ensures that the IC card reaches its intended destination safely and efficiently.
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