technical dAta
VL-IR 10
VL-IR 15
VL-IR 20
VL-UV 3
VL-GREEN 4
VL-GREEN 10
Wavelenght
1064nm
1064nm
1064nm
355nm
532nm
532nm
Nominal power
10W
15W
20W
3W
4W
10W
Repetition Rate range
10 – 200 kHz
10-200 kHz
20 -200 kHz
20 – 80 kHz
15 – 200 kHz
20 – 100 kHz
Pulse Width
15ns@10kHz
10ns@10kHz
8ns@20kHz
8ns@30kHz
20ns@50kHz
18ns@50kHz
Max Pulse Energy
550µJ@10kHz
700µJ@10kHz
650µJ@20kHz
100 uJ @ 30KHz
200µJ@20kHz
340µJ@20kHz
Aiming Beam
Red Laser Diode 635 nm
Power Supply
100/240 VAC - 50/60 Hz - 600W (MAX)
Cooling System
Air cooled
Temperature Range
Operative 10°C to 35°C - 0° to 50 °C
Resonator dimensions
165x125x502 mm 165x125x587 mm 165x125x502 mm 165x165x676 mm 165x125x659 mm 165x125x659 mm
Rack dimensions
106x430x370mm
VL-IR
The VL-IR is a DPSS air-cooled laser
marking source @1064nm, available in
10, 15 and 20W.
VL-UV
The
VL-UV
source exploits the
extensive experience and success
of the DPSS family and is based on
the optomechanical architecture of
Third Harmonic Generation (THG).
The extracavity technology allows
high efficiency conversion of the LBO
nonlinear crystal and compactness of
the laser source.
VL-GREEN
The VL-GREEN 4W and 10W laser
sources and markers operate on the VL-
IR platform and use Second Harmonic
Generation (SHG) in an intracavity
architecture, which maximizes LBO
nonlinear crystal conversion efficiency.
The new VL-Series
combine the long production experience of high
performance and quality DPSS laser sources with the flexibility and
performances of EMC controller.
The VL-Series markers use
the state-of-the-art End Pumped
Coupling Technology
, a cutting edge solution for diode pumped solid
state laser sources
The new VL-series is now based on the “one.rack” controller, and
offers the sames design, concept, I/O interface and features as
AREX series, dramatically reducing integration complexity.
All you need is included: 100-240 VAC power supply, EMC controller,
with Master-Slave and Stand-Alone capability.
The VL Series offers
lasers with excellent beam quality, high peak
power and short pulse width
to ensure high marking quality results
even in difficult application on high reflectivity or heat sensitive
material, and in case of high stability plastic.
Designed for very demanding 24/7 processes
, VL series offers
unparalleled performance and represents the ideal solution for both
direct part marking and label marking in every market segment
including automotive, electronics, packaging, as well as in medical
surgical tools marking and other applications
APPLICATIONS
•Excellent beam quality, necessary for
marking a broad range of materials, is
one of the leading characteristics of
the
VL-IR
laser sources. Best results are
obtained on steel, titanium, aluminum
(bare, anodized or coated) as well as on
plastics such as ABS, PP, PES, PET, PVC
and many others.
APPLICATIONS
•The VL-UV wavelength produces less
mechanical distortion and less heat
affected zones (HAZ) in comparison
with longer laser wavelengths.
The extreme performance of this
laser source makes it ideal for the
demanding marking and material
process applications, such as
glass and non-doped plastics in
automotive, healthcare, aeronautic,
solar & electronics among many other
applications.
APPLICATIONS
•The
VL-GREEN
wavelength results
in a lower heat affected zone (HAZ)
compared with an infrared laser.
This laser source offers significant
advantages in marking applications
with materials such as plastics that do
not interact with infrared wavelengths,
as well as with semi-conductor such
as silicon (e.g. wafer marking). Superior
absorption efficient in semi-conductor
material used in solar cells makes this
source ideal for photovoltaic applications
(e.g.: thin film scribing).
VL-SERIES
