Serban Group wins the "Biggest project 2023" award as a Wacom partner
Wacom presented the "Biggest project 2023" award to Serban Group at its annual partner event held on November 22-23, 2023 in Düsseldorf, Germany. A recognition that fills us with pride and satisfaction after more than fifteen years of business relationship between Serban Group and Wacom, a world-leading company in the manufacture of digital tablets for graphic design and biometric signatures.
Serban Group has been, for years, one of the few "Premium Partners" of Wacom in Europe and is currently negotiating with Wacom the possibility of extending this title globally in all the Latam countries in which Serban Group It is present and operates regularly.
Serban Group, trusted partner of Wacom in Spain, Portugal and Latam
As proof of this, in 2019, Serban Group was awarded the Best Wacom Partner of the year award for its exceptional dedication in offering advanced and customized solutions to its clients. The recognition was obtained thanks to the sale of signature devices in the different regions in which Serban Group operates, mainly in Spain-Portugal and in Latam.
Some of the large clients that Serban Group has served in recent years, by volume of tablets sold, would be: RIA Financial, BBVA, BANKIA (Caixabank), RSI, Unicaja, Mapfre, Ibercaja, Cajamar and Banc Sabadell, among others.
Wacom Co. Ltd.:
It is one of the largest and most important manufacturers of digitizing tablets. Their graphics tablets are very popular among artists, comic artists, graphic designers or architects, frequently cited as standard.
Wacom tablets use a patented, cordless, battery-free digital pen technology that is sensitive to pressure variations and that collects at high frequency the positions of the pen tip with respect to the surface of the tablet with great predictability. Thanks to this, it allows the pencils used to be light. The technology is based on electromagnetic resonance. The base of the card contains electromagnetic field emitters, while the pen has a resonant circuit that oscillates according to the electromagnetic field it receives.