燃烧流体测量设备分站

北京欧兰科技发展有限公司

 



Features
  • High up to 100 kHz repetition rate
  • High up to 3.5 W output power
  • Short pulse duration
  • UV 355 nm wavelength
  • Fast galvo scanner based beam positioning
  • Small down to 25 micron spot size
  • Large 100x100 mm working area
  • PC control/diagnostics
  • User friendly software
  • Simple and cost effective design
Applications
  • Glass and saphire marking
  • Si and other semiconductors marking and scribing
  • Polymers/plastics marking and cutting
  • Composites (carbon fiber and fiberglass) marking
  • Precise thin metal foil cutting
  • Your application is wellcome...

Surf Master series laser marking system is efficient tool for creating patterns on the surface of almost any material by all solid state diode pumped frequency tripled laser. Short 355 nm wavelength makes it possible to mark materials that are normally transparent like sapphire or glass. High photon energy of UV radiation results in high contrast photochemical rather than thermal interaction with material what allows this system to mark most of plastics at higher contrast, higher quality and faster processing speed as well as without any need of additional pigment additives to the material. Specificity of UV interaction with polymer also allows fast processing speed with no need for additional pigment additives to the material. Short UV wavelength makes it possible to focus laser radiation to relatively small spot sizes to create smaller patterns on the samples which in combination with higher UV radiation absorption is a perfect choice for processing semiconductors in electronics industry.
Diode pumped laser technology allows higher productivity – marking speed is available up to 2 meters per second. All solid state design ensures low operating costs and maintenance free operation – the features making the system suitable for high volume manufacturing conditions in wide range of applications.
The Surfmaster system is equipped with laser output energy control loop. Output power is monitored periodically in order to ensure long term repeatability of marking performance. Two axes galvo scanning system ensures fast beam positioning over large sample field. High positioning accuracy and small-seized dot allow formation of small features of marked picture on virtually any material.
For many applications such as marking serial numbers, bar codes for identification or small „invisible“ signs for trade mark protection or even to scribe semiconductors or plastics SurfMaster series marking system is a prefered cost-effective choice.

SPECIFICATIONS

 Type of scaning head  Galvanometric deflection of laser beam in X and Y axis
 Optics  F-theta objective with flat field focus
 Focus length, mm  160
 Working field, mm2  100x100
 Working distance, mm  220
 Spot size for low mode TEM001),  nm  25
 Marking speed, m/s  0-2 (up to 200 characters/s, dimension depend)
 Positioning speed, m/s  0-7
 Focus depth, mm  1.5 (depending on the material)

1) UV extension is pumped by OPO signal beam.                Specifications are subject to changes without advance notice.

PHYSICAL CHARACTERISTICS

 Size (W x H x L), mm  516 x 500 x 966

OPERATING REQUIREMENTS

 Ambient temperature, ° C  15-30
 Relative humidity (noncondensing), %  10-80
 Voltage  100-240 VAC, single phase 50/60 Hz
 Power, kW  <1.5

LASER PARAMETERS

Output power, W
3.5
Wavelength, nm
355
Repetition rate, kHz
single shot – 100
Pulse duration, ns
< 20
M2
< 1.5





Surf Master series laser marking system
Material processing sample: silicon wafer marking
Material processing sample: polimer film cutting
Material processing sample: marking of sapphire
Material processing sample: marking of cast acrylic glass (PMMA)
Material processing sample: marking of fiber glass
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