At the end of the Smart Card Production process, the cards are packed for a secure transport to the customer. High quality systems are used to ensure optimal packaging of the cards.
Our substantial investment in modern equipment and the very latest technology for personalization has made us a major player within the West African region. Our personalization machines represent a new generation and highly flexible personalization technology, designed for high volume production tasks (a combine capacity of over 50 million cards per annum); their modular nature and flexibility allows tailor made solutions with standard modules and easy extension.
SecureID is therefore able to offer speed, accuracy and high service levels that are regarded as standard for large personalization plants worldwide. With our VISA accreditation, our personalization operations ensure total integrity and security of confidential data and materials.
An essential aspect of our Card Personalisation operation is a secure and comprehensive data receipt and processing facility. SecureID has invested substantially in its logical security, creating secure channel for data transfer from its clients. With our skilled team of software programmers, SecureID is able to validate data, produce scripts and supply customized MIS reporting. Each stage of the process from text to a fully secure personalized card undergoes thorough quality control checks.

The Dye Sublimation Module personalizes any type of Plastic cards. It adds colour to one or both sides of the cards. It has a throughout of 3000 cards per hour.
Security-printing using silver, gold, black or white tippings.
This Module Laser engraves cards with text, numbers and graphics. It gives a permanent, clean, reliable, flexible coding of cards. In place of/or additional to ink jet printing.
For smart card Personalisation. The MCES software initializes and personalizes the chips. It is equipped with 20 chip encoding stations giving a throughput up to 25,000 cards per hour.
High-speed magnetic encoding unit with a 3- track read/write head. Encoding can then take place on three independent tracks in any.