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VersaLase Multiple Wavelength Laser System for Microscopy / Cell Biology

VersaLase System

Vortran Laser Technology Inc

The VersaLase multiple wavelength laser system combines up to four wavelengths in a single module. The laser module is fully integrated, plug and play, self-contained, and requires no internal user intervention. The VersaLase system has a patented sealed optical cavity and innovative electronics. This gives unparalleled power stability, beam pointing stability, and low noise, over both time and temperature. Vortran’s Graphical User Interface (GUI) software allows you to control and monitor the system remotely via USB or RS-232. In addition analogue modulation and digital modulation are available as standard.

The VersaLase multiple wavelength laser system is available with either a single free-space or fibre coupled output, to connect to your microscope.

  • Medical, Biomedical & Industrial
  • Patented Sealed Optical Cavity
  • Self-contained & Compact
  • Excellent Beam Quality
  • Low Noise
  • USB or RS-232 Interface with GUI
  • Single Interface for multiple outputs
  • OEM Head or End-user Systems
General Specifications
Beam Alignment <5 mrad
Beam Centration <0.5 mm
Beam Circularity > 90 % [1]
Beam Divergence <1 mrad
Beam Major Dimension ~0.8 – 1.3 mm [2]
Beam Output Free space, SM, PM and MM fibre options [3]
CDRH Class Class IIIb
Communication Interface Mini-USB
Communication Interface RS-232
ESD Protection Class 4
Laser Type Laser Diode Module
Modulation Depth Full extinction [4]
M-squared <1.25
Package Type Benchtop
Pointing Stability <5 µrad/°C
Polarisation Orientation Vertical ±2°
Polarisation Ratio >100:1
Power Input 12 V, 10 Amps
Power Stability <0.5 % free space (over 24 hours)
Power Stability <2 % from fibre (over 24 hours)
RoHS Compliance EU and China
Temporal Mode CW
Temporal Mode CW Modulated
Transverse (Spatial) Mode TEM00
375
Average Output Power 60 mW [5]
Centre Wavelength 375 nm ±5 [6]
Noise <0.1 %
395
Average Output Power 100 mW
Centre Wavelength 395 nm ±5
Noise <0.1 %
405
Average Output Power 100 mW
Centre Wavelength 405 nm ±5
Noise <0.1 %
420
Average Output Power 100 mW
Centre Wavelength 420 nm -0/+5
Noise <0.1 %
445
Average Output Power 80 mW
Centre Wavelength 445 nm ±5
Noise <0.1 %
473
Average Output Power 80 mW
Centre Wavelength 473 nm ±5
Noise <0.1 %
488
Average Output Power 150 mW
Average Output Power 50 mW
Centre Wavelength 488 nm ±5
Noise <0.15 %
505
Average Output Power 70 mW
Centre Wavelength 505 nm ±2
Noise <0.25 %
515
Average Output Power 20 mW
Centre Wavelength 515 nm ±5
Noise <0.25 %
532
Average Output Power 40 mW
Centre Wavelength 532 nm ±1
Noise <0.5 %
561
Average Output Power 50 mW
Centre Wavelength 561 nm ±1
Noise <0.1 %
633
Average Output Power 80 mW
Centre Wavelength 633 nm ±3
Noise <0.1 %
637
Average Output Power 140 mW
Centre Wavelength 637 nm -1/+5
Noise <0.1 %
642
Average Output Power 110 mW
Centre Wavelength 642 nm -5/+2
Noise <0.1 %
660
Average Output Power 100 mW
Centre Wavelength 660 nm -8/+4
Noise <0.2 %
685
Average Output Power 40 mW
Centre Wavelength 685 nm ±10
Noise <0.2 %
705
Average Output Power 30 mW
Centre Wavelength 705 nm ±10
Noise <0.2 %
730
Average Output Power 30 mW
Centre Wavelength 730 nm ±10
Noise <0.2 %
785
Average Output Power 30 mW
Centre Wavelength 785 nm ±10
Noise <0.2 %
[1] Elliptical and other shapes available
[2] Other beam sizes and shapes, free space or fibre coupled versions available
[3] Other beam sizes and shapes available
[4] Modulation frequency wavelength dependent
[5] Power specified at source
[6] Wavelength selection and other wavelengths available, please enquire if needed
VersaLase-Datasheet
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VersaLase System

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MPhys (Hons)

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Peter Collins

Peter Collins

BEng (Hons), MSc (Eng)

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BSc (Hons)

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BSc (Hons)

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PhD

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Lisa Thomson

MPhys

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