Print on a PVC card by choosing the right combination of card type, printer, and printing technique to prevent smudged prints, white borders, misaligned images, unnecessary material costs, or illegible barcodes.
Special consideration should be given to RFID cards, as the position of the chip, encoding process, and reader may play an important role in determining the output. This guide compares different printing methods, including inkjet, direct-to-card, retransfer, and factory printing.
Can You Print Directly on PVC Cards?
Yes, but compatibility between the card and printer is key. The surface of standard PVC is smooth, so regular inkjet ink can run, pool, or even rub off.
Specially coated PVC cards are needed for inkjet printing because they retain the ink. Card printers use heat and ribbons to print; however, they also require compatible cards.
ID cards typically use the CR80 format, which is about 86 mm × 54 mm. Because not all printers can accept rigid cards, always verify card compatibility before printing.
Which PVC Card Printing Method Should You Use?
Inkjet Printing
Inkjet printing is suitable for small quantities. It’s the most convenient method for printing on PVC cards at home.
It requires a compatible printer, card tray, and inkjet-coated cards. Regular PVC doesn’t absorb regular ink.
Epson and Canon printers can use card trays. A small gym might use this setup.
Direct-to-Card Printing
Direct-to-card printing is done using a dedicated PVC ID card printer.
The printhead applies the image directly to the card. The ribbon provides the colors, text, and barcodes.
DTC is best for employee badges, student identification cards, hotel key cards, and membership cards.
There are limitations to where the printhead can print on the card, as it may not reach the very edges.
Retransfer Printing
Retransfer printing follows a two-stage process. First, the printer produces a reversed image on a film. It then transfers the film onto the card.
This ensures over-the-edge printing and works well on uneven surfaces. Retransfer printing is ideal for RFID/NFC cards and high-end ID cards.
Industrial PVC Card Printing
Industrial printing is used by factories for bulk printing with fixed designs.
The artwork is printed on sheets of PVC material. RFID inlays or magnetic stripes may be included.
The sheets are laminated and cut to the CR80 card size. Encoding and numbering may also be done at the factory.
This process ensures consistent color.
Hybrid printing is often the most effective option. Schools can print the background in advance and add the name later.
What Do You Need to Print on PVC Cards?
Compatible PVC Cards
Examine the card material, coating, size, and thickness before printing. Inkjet printers require coated cards, whereas DTC printers require flat, approved cards.
For RFID cards, verify the positioning of the chip and antenna. In addition, identify safe areas for punching that won’t damage the antenna.
Printer and Consumables
The printer and consumables must be compatible with your card. An inkjet system requires a compatible tray, whereas a direct-to-card printer requires a ribbon.
A YMCKO ribbon contains color panels for images, a black panel for text, and an overlay panel. The overlay protects the card from light exposure, but it isn’t a laminating film.
A retransfer printer also requires a clear transfer film. Always ensure that the cards, trays, and rollers are clean.
Design and Database Software
You can choose from card software, Canva, Photoshop, or Epson Photo+.
A CR80 design should be created at 300 dpi and is approximately 1011 x 638 pixels. Make sure there’s no text or barcode near the edge.
CSV or Excel files should be used when names, numbers, or dates vary.
How to Print on PVC Cards Step by Step
Using a Card Printer
You should start by determining the size, thickness, and material of the cards. After that, install the correct driver, place the appropriate ribbon in the printer, and clean the card path.
Next, prepare the design, including all variable information, such as names and numbers. Choose the settings and print one test card.
After that, check the color, text alignment, and barcodes. Once everything is correct, print the rest of the cards.
Using an Inkjet Printer
First, make sure that your printer is compatible with a PVC card tray. You should use printable cards, install the appropriate driver, and clean the tray. Load the card in the correct direction and select the recommended media settings. Print one test card and check its placement and colors.
How to Print on Both Sides
A duplex card printer prints both sides. Usually, an inkjet printer requires the card to be flipped manually.
Allow the card to dry, then place it back in the same slot in the tray. Always pay attention to the orientation when printing the back side.
Print a sample first because it’s easy to confuse the back with the front.
How to Print on RFID and NFC Cards
It’s possible to print on RFID and NFC cards. However, the presence of a chip and antenna requires additional verification.
Printing vs RFID Encoding
Printing adds visual elements, such as names, pictures, and numeric codes. Encoding stores data in the RFID chip.
These are two distinct processes. While one process may be complete, the other may not have been completed yet.
Once encoded, recheck the chip. Compare the UID, printed code, and information in the database.
For instance, an access control integration company might print the employee number on every card. This number should correspond to the UID of the chip.
Choose the RFID Technology First
Select the RFID technology before purchasing the cards. The technology may be LF, HF, NFC, or UHF.
This will determine which cards, readers, and software are compatible. Make sure you confirm the chip type, frequency, memory, and security requirements.
Data blocks, passwords, keys, and locked memory should also be considered. Door access may involve HF technology, while vehicle access may require UHF technology.
Chip and Antenna Position
The chip may have a slightly raised portion. This can directly affect printability and cause white areas.
The antenna also restricts where holes can be punched. Punching in the wrong location will damage the card.
Request chip and antenna drawings from your vendor. Safe printing and punching locations should also be requested.
Direct-to-Card or Retransfer for RFID Cards?
Direct-to-card technology works well with smooth RFID cards and suits smaller budgets. However, any raised areas may produce blank spots.
Retransfer film provides better coverage on uneven surfaces. It also provides better edge coverage.
Always test samples before ordering. Evaluate printing, reading, writing, and data matching.
Common PVC Card Printing Problems
| Issue | Cause | Solution |
| Ink bleeding | Inappropriate coating
| Choose inkjet-coated PVC cards |
| White edges | DTC printing limitations | Calibrate the printer or use retransfer printing |
| White spots | Contamination or grease | Clean the cards and rollers |
| Blurry black characters | Black created using multiple color panels | Use the K panel |
| White blank area around the chip | Uneven surface | Shift the artwork or use retransfer printing |
| Warped card | Excessively high temperature | Adjust settings or change type of cards |
| Unreadable barcode | Size and contrast limitations | Use K resin and check the barcode |
| Image displacement | Incorrect template | Adjust the print position calibration |
Should You Print PVC Cards In-House or Outsource?
| Print In-House If | Outsource If |
| The design changes frequently. | The cards have a single design. |
| You need cards urgently. | You require cards in bulk. |
| You print frequently.
| You require RFID inlays, encoding, or specialized finishes. |
In-house printing provides greater control; however, the costs include ribbons, cleaning, labor, and waste.
Outsourcing is recommended for large or complex orders. An organization might order 1,000 preprinted RFID access cards and then print employee information on-site.
This approach reduces printing costs and enables quick card replacements. Conduct test runs with your printer, reader, and software before placing your order.
Frequently Asked Questions
Can a Regular Printer Print on PVC Cards?
Normally not. A special card tray and inkjet-coated cards are required.
What Printer Is Best for PVC Cards?
A DTC printer is preferable for routine use. A retransfer printer is suitable for premium-quality smart cards.
Can I Print PVC Cards With an Inkjet Printer?
Yes, but only if your printer accepts a card tray and inkjet-coated cards.
Can a Laser Printer Print on PVC Cards?
Only if the manufacturer approves the laser printer for printing on rigid PVC cards.
What Is an Inkjet Printable PVC Card?
It’s a card coated to prevent ink from smearing.
Can I Print on Both Sides of a PVC Card?
Yes. You can print on both sides either by using the duplex printing feature or by printing each side.
What Does YMCKO Mean?
Yellow, magenta, cyan, black resin, and overlay.
Can RFID Cards Be Printed?
Yes, provided that the card is flat and compatible with the printer and that the chip location and temperature restrictions are considered.
Does Printing an RFID Card Encode the Chip?
No. It’s a completely different process from encoding.
Should I Buy a Card Printer or Outsource Production?
If you need to print cards with variable data frequently, you should buy a printer. Otherwise, you should outsource your orders.
Conclusion
Mastering the techniques for printing PVC plastic cards depends on having the proper card, printer, and printing method. For smaller quantities, use inkjet printing; for standard personalization, use DTC printing; and for high-quality RFID or NFC cards, use retransfer printing.
For larger quantities, RFID inlays, encoding, and special finishes, test samples should be produced first. JLTRFID offers preprinted cards, encoding, sample production, and factory quotations.
