Laser & Dimple 

Triax-e.code Engraving Kit - Triax 2  Triax-e.code Engraving Kit and Triax 2 introduce advanced engraving of texts and numbers on key blanks stems and heads, on medals and plates. A unique specific cutter can be used while engraving aluminium, brass, steel and Ultralite materials. A specific dedicated software allow user friendly use and makes the customisation easy and immediate. Discover the ultimate Silca innovation!  Download the leaflet!

Triax-e.code  Triax-e.code is the  first electronic three axes key cutting machine, which operates in stand alone mode for both duplication and code cutting automatically converting the decoded information to original lock specifications. Silca innovative technology guarantees maximum quality and precision in movements thanks to the combined action of sensors and photocells. The machine software is also designed to

receive customized configurations for both data cards and tables used for indirect code searches. Silca Key Programs includes all lock systems and cards containing lists of codes that are available to Silca. The Silca Key Programs permit you to utilise the Triax-e.code machine to its fullest potential: management of Customer archives, planning and transmission of a queue management system, reference search by means of entering direct or indirect codes, and many other functions.

Quattrocode  Quattrocode is an automatic electronic key cutting machine for duplicating laser and dimple security keys. It is the first of its kind in the world. Silca has skilfully applied the most advanced electronic technology to Quattrocode and Silca Quattrocode Program and created an innovative key cutting system with functions which check and safeguard  the tools and component part of the machine. Unlike any

existing key-cutting machine, Quattrocode will automatically solve the problem of worn keys. Quattrocode does this by decoding the key, comparing the resulting measurements with these contained in a file relating to the original key and making any necessary adjustments so that  a key which is identical to the original to the original can be made.