Digital Printable Sheet Inlay
Digital Printable Sheet for Flat & Thin Contactless Card Manufacturing Solutions

Revolutionary digital printing and sheet inlay technologies with digital coated films arriving!
Need flat, thin contactless cards that print flawlessly on both sides? Realsmart’s Digital Printable Sheet Max Solution delivers a super-flat surface with no chip or antenna imprints — helping avoid warping, jamming, and other problems during digital printing.
The finished product is extremely thin with a smooth and flat surface, perfectly suitable for digital printing. The Max Solution comes with a finished thickness of 0.38 mm / 14.96 mil and supports double-sided digital printing on mainstream digital printing presses.
The laminated sheet can be printed directly on both sides and punched into finished cards after printing — no second lamination run required. Optional overlays can be added on demand to increase the finished card thickness to 0.50 mm / 19.69 mil.
Flat. Thin. Digitally printable. Realsmart: Your competitive edge in contactless card manufacturing.
Overview: Revolutionary Digital Printable Sheets for Flat, Thin Contactless Cards
Realsmart’s Digital Printable Sheet Max Solution offers ultra-thin flat contactless cards using advanced digital printing and sheet inlay technology with digital coated films.
Smooth, flat surfaces prevent warping and jamming for flawless double-sided digital printing.
This solution enables direct punching after printing — no secondary lamination required — saving labor costs and accelerating delivery. On-demand thickness adjustment is available by adding optional overlays.
Now you have a competitive new choice for contactless card manufacturing.
Revolutionary Contactless Card Production Technology
| Feature | Benefit |
|---|---|
| Super-flat surface | No surface depression, without chip and antenna position imprints |
| Ultra-thin thickness | 0.38 mm / 14.96 mil sheet directly printed on both sides |
| Supports mainstream digital printing press | Small batches or multiple designs on one sheet, high-quality double-sided printing |
| Supports various digital printing presses | Supports various digital printing presses with various thicknesses |
| Upgrades traditional contactless card making technology | Directly punching after printing without 2nd lamination run |
| Fast delivery in high quality and cost-effective ways | Saves labor costs, layers stacking, and lamination process |
| Quick delivery possible | Saves process of stacking and lamination |
Product Construction: Max Solution
Max Solution: Flat & Thin Contactless Card 0.38 mm / 14.96 mil
| Layer | Thickness |
|---|---|
| Digital Printable Film | 0.14 mm |
| Ultra-thin Flat Inlay | 0.12 mm |
| Digital Printable Film | 0.12 mm |
| Total Thickness | 0.38 mm / 14.96 mil |
Manufacturing Workflow: Max Solution
| Step | Action |
|---|---|
| Printer requirement | User’s digital printer can print sheet 0.38 mm / 14.96 mil |
| Ship form | Laminated sheet in 0.38 mm / 14.96 mil |
| Production | Double-sided print → Punch → Get 0.38 mm / 14.96 mil ultra-thin flat contactless card directly |
| On-demand | Laminate 2 additional overlays of 0.06 mm, then punch to get ultra-thin flat contactless card in 0.50 mm / 19.69 mil |
Applications: Where to Use Digital Printable Sheet Max Solution
| Application Area | Use Case Examples |
|---|---|
| Transportation | Transit cards, bus passes, metro tickets |
| Ticketing | Event tickets, amusement park entry |
| Membership | Loyalty cards, club memberships, gym cards |
| Payment | Contactless payment cards, prepaid cards |
| Access control | Office entry, hotel key cards |
| Promotional cards | NFC business cards, marketing giveaways |
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Name | Digital Printable Contactless Card Making Solution – Max Solution |
| Finished Card Thickness, No Overlay | 0.38 ± 0.04 mm / 14.96 mil |
| With Optional Overlays | 0.50 mm / 19.69 mil – add 2 × 0.06 mm overlays |
| Inlay Thickness | 0.12 mm |
| Digital Printable Film | 0.14 mm top film + 0.12 mm bottom film |
| Sheet Size | < 330 × 480 mm, 13″ × 18.9″ |
| Surface Treatment | Matte, default |
| Material | PVC |
| Printing Method | Double-sided, digital print |
| RF Protocol, Chip | 13.56 MHz, ISO 15693, ISO 14443, NFC; NXP Mifare / NTag / ICode families, etc. |
| Ship Form – Option 1 | Laminated Sheet Inlay with digital coating on 2 sides |
| Total Thickness | 0.38 mm / 14.96 mil |
| Production Method | 2 sides print, punch into card directly |
Quality Assurance
| Measure | Description |
|---|---|
| 100% functional testing | Every inlay tested for RFID performance |
| Coil position measurement | Ensures antenna placement accuracy |
| Optional UID data service | UID data provided with shipment |
| Optional frequency inspection | RF parameter verification |
| ISO compliance | Strictly complies with ISO standards for production management and quality control |
Why Choose Realsmart Digital Printable Sheet Max Solution?
| Advantage | Description |
|---|---|
| Super-flat surface | No surface depression, without chip and antenna position imprints |
| Ultra-thin thickness | 0.38 mm / 14.96 mil sheet directly printed on both sides |
| Digital printing ready | Suitable for double-sided digital printing |
| No second lamination run | Directly punching after printing |
| Fast delivery | Saves layers stacking and lamination process |
| Cost-effective production | Saves labor costs and improves production efficiency |
| Quality assured | 100% functional testing and coil position measurement |
Comparison: Digital Printable Sheet Max Solution vs Traditional Contactless Card Making
| Feature | Digital Printable Sheet Max Solution | Traditional Contactless Card Making |
|---|---|---|
| Finished thickness | 0.38 mm / 14.96 mil | Usually thicker |
| Surface flatness | Super-flat, no chip or antenna position imprints | Possible chip or antenna imprint |
| Digital printing | Direct double-sided printing | May require additional processing |
| Punching process | Punch directly after printing | Usually requires lamination before punching |
| Secondary lamination | Not required for 0.38 mm sheet | Usually required |
| Labor cost | Reduced layer stacking and lamination process | More production steps |
| Delivery speed | Quick delivery possible | Longer process flow |
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