TRIGLASS
Fully Automated Glass Decoration
TRIGLASS is a flexible, versatile system for automated decoration of regular and irregular glass surfaces.The patented support system used in the TRIGLASS allows the system to be strong enough to safely provide large area glass decoration. The system´s flexibility also allows it to print small parts.
TRIGLASS can decorate at speeds of up to 2,500 parts per hour- twice the printing speed of semi-automated systems. A special double silicone roller allows for printing in two areas or in two colors.
Fully Automated Glass Decoration
TRIGLASS is a flexible, versatile system for automated decoration of regular and irregular glass surfaces.The patented support system used in the TRIGLASS allows the system to be strong enough to safely provide large area glass decoration. The system´s flexibility also allows it to print small parts.
TRIGLASS can decorate at speeds of up to 2,500 parts per hour- twice the printing speed of semi-automated systems. A special double silicone roller allows for printing in two areas or in two colors.
Features
Large Decoration on Irregular Surfaces
Printing heigth of up to 240mm on a Ø130 mm bottlePatented design for object support tolerates the high stamping pressure needed for large area decoration.
Fully Automated
Increased output without the need for additional operatorsUp to 2,500 parts per hour. Twice the printing speed of semi-automated lines.
Double Silicone Roller
Compatible with 30% more parts’ shapes than comparable systemsPrint two different areas, in two colors.
| Additional Features |
- Optional Second Foil Advance
- Servo-Driven Silicone Roller
- Remote Assistance
- Electropneumatic Foil Tension
- Mechanical or Optical Registration
Technical Overview
| Technical Overview | |
| TRIGLASS | |
| Common Applications | Spirit and perfume bottles |
| Substrate Compatibility | Glass |
| Shape Compatibility | Cylindrical, flat, curved |
| Number of Colors | 1-2(optional) |
| Registration | Yes |
| Handling | Exterior “between ends” |
| Silicone Roller | Yes |
| Heat Transfer | Optional |
