What Can the MS-S22K Do?

Produce Full-Colour Cards on Both Sides

The MS-S22K can print full-colour content on both sides of a card, making it suitable for cards that require photographs, logos, personal information, barcodes and other variable data. Its dual-sided full-colour mode can produce up to 100 cards per hour, while single-sided full-colour printing reaches up to 200 cards per hour.

Deliver Detailed Card Printing

The printer supports YMC image resolutions of 300 × 300 dpi and 300 × 600 dpi, while monochrome K printing can reach up to 300 × 1200 dpi. Edge-to-edge printing allows the design to cover the card surface without a conventional unprinted border.

This makes the MS-S22K a practical card printing machine for professional ID cards, employee badges, membership cards and other personalised plastic cards.

Support Different Card Materials and Sizes

The MS-S22K supports PVC, ABS, PET, PET-G, TESLIN and composite materials, with card thicknesses from 0.25 mm to 1.25 mm. It supports standard 85.6 × 53.98 mm ISO ID-1/CR80 cards and 83.8 × 51.8 mm CR79 cards.

Handle High-Volume Card Issuance

The automatic card hopper can hold up to 100 cards at 0.76 mm thickness, while the front output hopper can hold up to 30 cards. Printing speeds reach up to 600 cards per hour for monochrome printing, 200 cards per hour for single-sided full-colour printing and 100 cards per hour for dual-sided full-colour printing.

Print Machine-Readable Information

The printer can produce text and barcodes with high-resolution monochrome printing. This makes it suitable for cards that combine visual identification with machine-readable information, such as employee IDs, membership cards and access cards.

Integrate Smart Card Functions

Optional accessories include an automatic card flipper, magnetic stripe card reader/writer, contact smart-card reader/writer and contactless smart-card reader/writer. These options allow the dye sublimation card printer to be configured for applications where printed identification needs to be combined with encoded card data.

Support Secure Consumable Management

The MS-S22K uses RFID encrypted ribbon authentication and intelligent consumable management technology. The design also provides quick ribbon replacement to simplify routine operation and maintenance.

Ideal Application Industries, Scenes and Scenarios

The MS-S22K is suitable for organisations that need to produce personalised plastic cards in-house or as part of a professional card issuance workflow.

Corporate and Enterprise Identification

Companies can use the color card printer to produce employee ID cards, staff badges, visitor cards and internal identification cards with photographs, names, departments and barcodes.

Education and Universities

Schools, colleges and universities can use the printer for student ID cards, campus access cards, library cards and other personalised educational credentials.

Healthcare

Hospitals, clinics and healthcare networks can produce employee identification cards, patient-related cards, membership cards and other compatible plastic-card applications.

Government and Public Services

Government departments and service organisations can use the MS-S22K for professional identification and credential-card applications where personalised card production is required.

Banking and Financial Services

Financial institutions can integrate the printer into card issuance workflows requiring personalised cards, printed identification information or compatible smart-card technologies.

Retail and Membership Programmes

Retailers, clubs, gyms and membership organisations can produce membership cards, loyalty cards and personalised customer cards on demand.

Access Control and Security

With optional magnetic stripe, contact and contactless card-reading modules, the MS-S22K can be configured for access-control and identity-management applications that combine printed information with encoded card data.

Self-Service and Automated Equipment

The printer's flexible card-feeding options and compact desktop design also make it suitable for integration into specialised card-issuing equipment and self-service systems.

For international buyers searching “donde la puedo conseguir” (where can I get it), Masung can discuss direct supply, application requirements, sample testing and OEM/ODM projects according to the intended card-printing application.

OEM & ODM Customization Options

As a card printer manufacturer, Masung can support OEM and ODM projects requiring customised card-printing hardware, accessories, software integration or application-specific configurations.

Depending on project requirements, customization can include:

• Card-feeding configuration: Select the appropriate automatic or manual feeding arrangement for the intended workflow.

• Dual-sided printing configuration: Configure the printer with the required dual-sided card-printing functionality and automatic card-flipping mechanism.

• Smart-card integration: Add magnetic stripe, contact or contactless card reader/writer modules where required.

• Network integration: Add optional Ethernet connectivity for network-based card-printing environments.

• Card-material testing: Test PVC, ABS, PET, PET-G, TESLIN and composite cards according to the customer's application.

• Card-layout software support: Discuss card-design and software integration requirements for personalised card production.

• Branding and appearance: Discuss OEM requirements for product labels, branding and external appearance.

• Application-specific development: Masung's engineering team can work with customers on mechanical, electrical, firmware and software integration requirements.

• Consumable configuration: Select compatible ribbons and card materials according to the required print output.

• Sample and prototype testing: Verify card media, print quality, encoding modules and system integration before volume production.

For customised projects, sample testing is recommended to confirm card-material compatibility, colour output, card thickness, feeding performance and any smart-card or encoding requirements before mass production.