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Laser T*

A cutting and finishing revolution

Laser T* is a comprehensive, integrated system developed entirely inside TÈAS for cutting or finishing plastic and composite materials that meets the highest standards of safety, work area cleanliness and environmental codes.

 

Provides for a CO2 laser source whose cutting head beam is controlled by an articulated robotic arm. Completing the system is a complementary apparatus for collecting and eliminating waste scraps and an aerated, protective cabin that filters particulates and gases resulting from the cutting process.


Absolute versatility

With Laser T*, our Client is free to independently produce new models or add design variants simply by intervening on a software level to modify the machine’s work process.

 

Programming different working cycles is extremely user friendly, specifically designed by TÈAS for this precise purpose: maximizing simplicity.
All the cutting and finishing operations are in fact stored in a database according to the numerical parameters of shape and position and catalogued to maximize quick and easy access within the specific work cycle.

1-Taglio-Materiale composito rinforazato Fibra-di-Vetro e Kevlar

Laser Cutting Composites Fiber Glass and Kevlar Reinforcements

2-Sistemi di taglio-ad altissima-velocita-su-materiali-plastici

High Speed Laser Cutting Process for plastic Materials

3-Foratura-vasche-in-vetroresina

Laser Cutting Process on Fiber Glass Reinforced Bath Tube

4-Taglio-Plastica- fanali autromotive Dettaglio

Detail of PMMA Laser Cutting on Automotive Components

5-Taglio-PMMA fanali autromotive

PMMA Automotive Lighting Laser Cutting

6-Foratura-Plastica-Dettaglio qualità

Detail of Laser Cutting Process on Plastic Thermoformed Materials

7-finitura-luci-PMMA

PMMA Automotive Lighting Laser Finishing

8-Sistema Laser T Completo

Overall Layout of Laser T System

9-Pulizia-Cintura-MAT

Laser Cleaning Application

10-Taglio-Materiale-Fibra-di-Vetro e Kevlar Dettaglio

Laser Cutting Composites Fiber Glass and Kevlar Reinforcements - Detail

Integration with any production line


TÈAS’ experience in automation and proven teamwork skills allows us to quickly adapt the best plant engineering solution to the specific needs of our customers.

 

By pre-sampling the materials used by our clients and calculating the production rate required, we establish the cutting parameters to meet and, consequently, the choice of the laser source and the optimum cutting head for each specific application.

High standard, low costs

Clients define the major benefits of the Laser system T* as follows:

1) total flexibility;
2) greater production rates by using high-speed cutting heads;
3) reduction of total operational costs (no more punches for consumption expenses, cutters, etc …) thanks to zero-cost management of the laser cutting system;
4) decreased costs when changing and adapting traditional mechanical cutting systems to process new models or product design variants;
5) benchmark quality standards comparable to results with other technologies;

In short, Laser T* ensures maximum flexibility and precision, while allowing a remarkable reduction of running and maintenance costs.

Cutting at its best!


Given the advantages described above and the accurate analysis of production parameters requested to date, our ability to guarantee our customers comparable, if not improved, quality over traditional processes has convinced them to abandon more traditional cutting systems.

The reasons underlying these decisions are plain to see in the following laser system strong points:

  • Absence of mechanical contact with the workpiece guarantees the protection of the processed material and eliminates any decline in the quality of the cut (the abrasion of punches or cutters, for example, involves a non-constant behavior over time)
  • The spot size can be appropriately adjusted according to the specific application
  • surface cleanliness (for example laser systems can be used for all types of composite materials that a water jet cutting system would ruin)
  • maximum precision of the cutting geometry thanks to the accuracy of modern control systems
  • no need to perform second finishing operations of cut edges, such as deburring or sanding, even at high nominal cutting speeds
  • the presence of a suitable sensor, ensures the correct and constant focal distance during cutting, regardless of the tolerance of the product’s surface

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