Vouchers and Ticket Printing
We use complex and proven security features for personalising base stock and creating unique designs.
Security Controlled Gift Voucher and Ticket Printing
Our custom gift voucher and ticket printing services can include all the security printing features we have available at our print facilities. Vouchers and tickets represent more value than the printed paper itself, and should be afforded the same protection as other secure documents.
We regularly review the security features on our event tickets and gift vouchers to make them even more secure and harder to replicate. In addition to gift vouchers and tickets, we also provide car-park passes, laminates, hospitality badges, wristbands and drink vouchers.
Our specialist security inks combined with restricted watermarked paper and difficult to replicate security background designs protect your gift voucher from unauthorised duplication. Adding a variety of additional security features to quickly authenticate your bespoke gift voucher can also be incorporated.
Should you have any questions regarding security printed gift vouchers or tickets, please don’t hesitate to get in touch with our friendly team today.
Our Techniques for Gift Vouchers and Tickets Printing
QR Barcodes
An optical, machine-readable representation of data that is used as a unique identifier for the object to which it is attached.
Micro / Nano Printing
An extremely small line of text, characters, or images printed at high resolution beyond the capabilities of desktop printers or scanners.
Holograms and Foils
Physical structures built into a patch that diffract light to create a three dimensional appearance.
Split Duct Ink Blend
A security printing technique used to blend multiple security ink colours to create a multicolour rainbow effect within a security background design. This is extremely difficult for fraudsters to reproduce.
Security Inks
Photo and heat sensitive inks, as well as many other variations, that will react when certain conditions are applied.
Taggants
Covert materials that do not naturally occur in the tagged substrate, ink, or other carrier that are used as a virtual ‘fingerprint’ to verify authenticity.