- MATERIAL PROCESSING SYSTEMS
POLYUS Research & Development Institute has a
great experience in development of laser system for various industrial
applications. For many years the unifie KVANT series of systems based on
solid-state lasers has been produced. The multi-purpose KVANT-15 System
with output power up to 150 W is the most commonly used for spot
and seam welding, cutting, drilling, hardening by heat treatment and
other technological processes. The UMLA-600-013 Laser Marking system is
used for obtaining alphabetic, numerical or graphical images on hard
materials. LGA System based on CO2 laser was developed and
widely produced for manufacturing of photomasks and printed forms on a
silverless film.
KVANT
- 151
Desk-Top Laser Welding System
Specifications
|
Spot size
|
0.3 ... 1 mm
(with continuous regulation)
|
|
Welded depth
|
0.3 ... 1.5 mm
|
|
Pulse energy
|
1 ... 12 J
(with continuous regulation)
|
|
Pulse
repetition rate
|
30 ... 60
pulses/min
|
|
Pulse duration
|
8 ms
|
|
Magnification
of stereomicroscope
|
16x
|
|
Lifetime of
laser flash lamp
|
5 million
pulses ( one year )
|
|
Power supply
|
220 V, 50 Hz
|
|
Power
consumption
|
100 ... 700 W
|
|
Weight
|
40 kg
|
Operation area of KVANT - 151 Desktop
Laser Welding System is equipped by
protective shield for laser safety of personnel.
KVANT-60M
Compact Laser Marking System
Typical marking
speed:
 | plastics - 150…200 mm/s
|
| steel - 30…50 mm/s
|
| brass - 20…30 mm/s
|
Specifications
|
Wavelength
|
1064 nm
|
|
Average output
power
|
20 W
|
|
Mode
|
TEM00
|
|
Pulse
repetition rate
|
0.4 ... 30 kHz
|
|
Scanning area
|
100 x 100 or
50 x 50 mm
|
|
Marking rate
|
20 signs/s
|
|
Print size
|
0.5 ... 100 mm
|
|
Power supply
|
3-phase
220/380 V with ground wire
|
|
Power
consumption
|
4.5 kW
|
|
Overall
dimensions
|
1000 x 960 x
1200 mm
|
LASERART
Glass Art Laser System
|
|
LASERART Glass
Art Laser System is designed to make glass souvenirs with
three-dimensional pictures and plane portraits in a glass volume.
Features
| Making
a small dimensions of a break-down point due to the use of the
single-mode laser
|
| Possibility
of reproduction of 256-scale of Grey
|
| Simultaneous
operation with two samples by splitting of beam into two
channels
|
Main
Principles
A focused laser emission
produced a local fracture (breakdown) observed as a small
star-shaped point in a glass volume. The computer-controlled
positioner moves the focus of a laser emission in such way that
points produced a picture in glass sample. To make a portrait an
image from digital camera or routine photography is converted to
the computer processor and then is carried out in glass sample.
|
Specifications
|
Dimensions of
treated blank
|
no more than
170 x 220 x 100 mm
|
|
Dimensions of
produced image
|
no more than
150 x 200 x 75 mm
|
|
Dimensions of
image points:
|
|
|
min
|
100 x 200 mm
|
|
max
|
1600 x 900 mm
|
|
Minimum step
between points in horizontal plane
|
26 mm
|
|
Productivity
(for typical 40,000-point image)
|
no more than
45 min
|
|
System
requirements to computer
|
PC no less
than 486 DX with Windows 95
|
|
Power
consumption
|
600 W
|
|
Power supply
|
220 V, 5A
|
|
Used laser
model
|
LTI-245
|
|
Average flash
lamp lifetime
|
10 million
pulses
|
|
Overall
dimensions:
|
|
|
main
unit
|
320 x 600 x
600 mm
|
|
power
supply & cooling unitl
|
240 x 500 x
500 mm
|
|
Length of
cables between units
|
1.5 m
|
|
