GreenLase System0 pages

SCHMIDT

MARKING SYSTEMS

GREEN-LASE SERIES

The Green-Lase 4W and 10W laser

sources and markers operate on the

V-Lase platform and use Second

Harmonic Generation (SHG) in an

intracavity architecture, which maximizes

LBO non-linear crystal conversion

efficiency. The Green-Lase wavelength

results in a lower "heat affected zone"

compared with an infrared laser. This

effective laser source thus offers

significant advantages in marking

applications with materials such as plastics

that do not interact with the original

infrared wavelength, as well as with

semiconductors such as silicon (e.g. wafer

marking). Superior absorption coefficient in

semiconductor material used in solar cells

makes this source ideal for photovoltaic

applications (e.g.: thin film scribing)

V-LASE PLATFORM

• The V-Lase platform derives from the

long experience in the production of high

performance and high quality DPSS

laser sources. The Green-Lase@532nm

use the state-of-the-art End Pumped

Coupling Technology.which represents

the leading-edge solution in the field of

laser sources.

• The platform is characterized by a

standard compact case, continuous

and precise power control and low

power consumption. Moreover, special

attention has been dedicated to the

safety aspects. The proprietary end-

pumped architecture using a TE cooled

diode laser pump with unmatched

MTBF, assures the reliability and

availability of the system.

• The V-Lase platform offers lasers with

excellent beam quality, high peak power

and short pulse width. The operator is

able to precisely tune the power and

pulse repetition rate. Very high brilliance

in the laser spot, at longer focal lengths,

makes the V-Lase platform ideal for

marking a broad range of materials,

even with large marking fields.

• Designed for very demanding 24/7

processes, the V-Lase platform

offers unparalleled performance and

represents the ideal solution for both

direct part marking and label marking

in every market segment including

automotive, solar & electronics,

packaging, as well as in medical surgical

tools marking and other applications.

• The V-Lase platform significantly

extends the possibility of connection

between the laser source and the

operating system. The communication

with the system is enabled by RS232. In

addition, the V-Lase platform also has

an I/O for the connection of the TTL and

analogue signals. Ethernet connection is

available for monitoring.

FEATURES & BENEFITS

• Easy integration and configuration

• High reliability

• Lower "heat affected zone"

• Ideal solution for PCB marking

• Excellent marking results on

semiconductors and silicon and on

materials such as non-doped plastics

not interacting with IR

• State-of-the art marking kit including

user friendly marking software

APPLICATIONS

This product series has been developed to satisfy to requirements of the following

reference applications in automotive and electronics & solar, among the others.

• Marking of plastic (when not sensitive to IR) and thin film ablation

• Marking on silicon and semiconductors and others applications in the electronics Industry

847-647-7117

www.gtschmidt.com