We improved the classical hologram embosser by using the latest technologies in motion and control. The result is a very compact machine, working in both modes, mono and double hit, produces stripes as well as patches, at a speed of 80m/min and with an accuracy of +/- 0,2mm. The web width can variate between 200 to 1000mm and the maximum embossing cylinder diameter is 400mm.

After studying the holograms manufacturing process, we designed the most flexible and versatile embosser on the market : the machine is able to produce all the formats with only one embossing cylinder. And what’s more, all those formats can be embossed in register with other marks.

We also concentrated on human factors, to make the shim replacement easier.

We designed one of the most ergonomic and accurate recombiner for holograms. Fully automatic, it covers an area of 1000X1000mm with an accuracy of 0,01mm.

Following our concept of modular machines, one of the most complex configurations is this machine for marking, control and replacement of classic, RFID or hologram labels.

It integrates 4 winder-rewinder modules, 6 nip modules, 3 web-guide modules, a web acumulator and a label replacer. For the marking we can integrate laser, ink-jet or RFID encoder and for the control, cameras (OCR, geometry) or RFID readers.

Starting with two reels containing a normal percentage of defective labels, the machine delivers a reel of 100% good labels and another one with 100% defectives. The maximum web width is 150mm and the maximum speed is 200m/min, for an accuracy of 0,01mm.

Following our concept of modular converting machines, one of the simplest configurations is this platform of web transport. Designed for classical, RFID or hologram labels, it can be used on laser or ink jet marking, RFID inscription and for control - OCR, geometry or RFID.

The maximum web width is 150mm, the maximum speed is 200m/min and the accuracy is 0,01mm.

We designed a machine for the mechanical protection of RFID chips in documents. This machine perforates a reserve in the web, in register, puts the chips inside and protects them with two hot laminated webs.

We obtained a better accuracy and flexibility, by replacing the classical mechanical die-cut system with a laser.