Matica XID8300 Dual-Sided Retransfer Printer
Details
The Matica XID8300 is a versatile and reliable printer renowned for its durable print engine and retransfer technology, which delivers crystal-clear prints right to the edge of the card. This advanced printing method allows the XID8300 to handle various surfaces, including contactless and contact chip cards, and materials such as PC (polycarbonate), PET, ABS, and PVC. Available in both single and dual-sided configurations, the XID8300 includes a bend remedy option to ensure cards remain flat. With a robust build backed by a three-year warranty and high-capacity ribbons that print up to 1,000 images, it’s ideal for mid to high-volume card issuance, including access control and student ID cards. The printer supports additional covert security features using UV ribbons and offers comprehensive security options, including IPSEC for encrypted data transfer and encoding for magnetic stripes, contact chips, and contactless cards. For added security, the XID8300 can be fitted with a Kensington lock.
Reverse Image Transfer (Retransfer) Card Printing Technology
This ID card printer uses advanced retransfer printing technology, where ink from a ribbon is first applied to a dye-receptive "transfer film." After all necessary colors are layered onto the film, it is then fused onto a blank PVC or composite card. This two-step process results in a high-definition, "over-the-edge" printed card. Because the printing process uses a flexible transfer film rather than a fixed printhead, it is perfect for producing highly detailed images (up to 600 dpi) on uneven surfaces, such as ID cards with embedded electronic chips (smart cards). Additionally, the re-transfer method extends the lifespan of the printhead by eliminating direct contact with the card material.
300 dpi
This ID card printer achieves a resolution of 300 dpi (dots per inch), equivalent to 11.8 dpm (dots per millimeter). DPI refers to the number of individual dots of ink the printer can place within a linear inch of the card’s surface. A higher DPI means more dots, resulting in finer detail and sharper images. At 300 dpi, this printer ensures that photos, logos, barcodes, and text are rendered with precision, producing professional-grade cards with clear, vibrant visuals. This level of detail is crucial for ID cards, where every element—from facial features to small text—needs to be easily readable and visually appealing.
Single-Sided ID Card Printing
This ID card printer is optimized for single-sided printing, focusing on efficiency and precision for projects where content is only needed on one side of the card. Its streamlined design makes it a cost-effective and straightforward solution for organizations that don’t require dual-sided printing capabilities. By dedicating its technology to one side at a time, the printer ensures consistent, high-quality output with each card, making it perfect for applications like employee IDs, membership cards, or visitor badges. Should your needs evolve to require dual-sided printing, additional passes, upgraded modules, or new equipment would be required to achieve that functionality.
Card Flattener
When creating sophisticated and secure ID cards, presentation is key. Don’t settle for cards that emerge from the printer warped when there’s a simple solution: an inline debower. This module instantly flattens cards after printing or laminating, ensuring they meet ISO quality standards. Installed directly in the ID card printer, the flattener module prevents warping caused by the heat of the printing process. Don’t compromise on quality or appearance—enhance the professional look and durability of your ID cards by adding a Card Flattener Module to your printer.
Magnetic Stripe Encoding
ISO Magnetic stripe encoding allows data to be encoded onto magnetic stripes embedded within plastic or composite cards. An ISO magnetic stripe encoder supports both high coercivity (HiCo) and low coercivity (LoCo) magnetic stripes, giving you flexibility depending on your specific application needs. By configuring your printer and encoder, you can store data across three distinct magnetic stripe tracks, each capable of holding different types of information. These tracks can be programmed for use in a wide range of systems, including door access control, payment processing, loyalty programs, and more. Magnetic stripe technology remains a reliable and widely used method for securely storing and transmitting data, making it a valuable feature for businesses looking to integrate with various third-party systems.
Contact Encoder
A contact encoder in an ID card printer is a specialized module that encodes data directly onto a card with a built-in chip, commonly known as a contact smart card. These cards require physical contact with a reader, meaning the chip on the card must touch the reading device to transfer or access the encoded data. Contact encoding is often used for high-security applications, such as banking, government, or access control systems, where sensitive information is stored on the chip. This encoding method ensures data security and reliable communication between the card and the system.
Contactless Encoder
A contactless encoder in an ID card printer encodes data onto cards embedded with a chip and an antenna, which communicate via radio frequency (RF). Unlike contact smart cards, contactless cards do not need to touch the reader physically. Instead, they can be read by simply holding the card close to the reader. This technology is often used for access control, payment systems, or secure identification. It offers the convenience of quick, wireless data transmission, improving both security and ease of use in environments like offices, schools, and government buildings.
Contact & Contactless Encoder
A contact and contactless encoder in an ID card printer integrates both types of encoding technologies into one device. This dual-encoder allows the printer to encode data onto both contact smart cards, which require physical contact with a reader, and contactless smart cards, which use radio frequency (RF) to transmit data without physical contact. This feature is particularly useful in environments that need to support multiple types of cards, such as secure access control systems, banking, and healthcare applications. The flexibility of using both encoding methods ensures compatibility with a wide range of systems and enhances the security and convenience of card-based operations.
Specifications
| Specification | Details |
|---|---|
| Print Technology | Dye-sublimation, retransfer |
| Print Resolution | 300 dpi |
| Print Area | ISO CR-80, 85.60 x 53.98 mm |
| Print Speed | Up to 120 cards per hour (single-sided) |
| Print Mode | Single-sided (dual-sided option available) |
| Input Hopper Capacity | 200 cards (0.76 mm / 30 mil thickness) |
| Output Hopper Capacity | 100 cards |
| Card Thickness | 0.25 mm – 1.02 mm / 10 mil – 40 mil (hopper adjustment required) |
| Card Types | PVC, Composite PVC, ABS, PET, Polycarbonate |
| Communications Interface | USB 2.0, Ethernet |
| Printer Security | Support for Kensington® security lock |
| Printer Dimensions (HxWxD) | 343 x 322 x 360 mm / 13.5" x 12.7" x 14.2" |
| Weight | 13.9 kg / 30.6 lb |
| Power Supply | 220-240V/100-120V, 50-60 Hz |
| Operating Environment | Temperature: 15ºC - 30ºC, 59ºF - 86ºF; Humidity: 35% - 70% (non-condensing) |
| Storage Conditions | Temperature: -5ºC to -70ºC, 23ºF to 158ºF; Humidity: 20% to 70% (non-condensing) |