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405nm | 488nm | 561nm | 637nm -- Four Wavelength Turn-Key Semiconductor Laser Module; User Adjustable per Wavelength Output Power

  • RGB Red Green Blue Laser Diode Module
  • RGB Red Green Blue Laser Diode Controller

$25925.00  
sku / item#: RLS/RYCV-200
ships: 2 Weeks

Key Features
  • RYCV: Four Laser Wavelength Turn-Key Module: 405nm | 488nm | 561nm | 637nm
  • Power Supply and Controller Unit Included
  • Each Wavelength has User Adjustable Output Power Using the Controller Unit
  • Up to 50 kHz Modulation Bandwidth
  • Free-Space Output Standard; Fiber-Coupled Output Available
  • Computer Control Via USB

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MODEL RLS/RYCV-200
PRICE $25925.00
Optical Specifications
  • Output Power and Wavelengths:
  • 405 nm (± 5 nm) / 50 mW; Diode Laser Source
  • 488 nm (± 5 nm) / 50 mW; Diode Laser Source
  • 561 nm (± 5 nm) / 50 mW; Optically Pumped Semiconductor Laser
  • 637 nm (± 5 nm) / 50 mW; Diode Laser Source
  • Beam Diameter, 95% Power: 3.5 mm
  • Beam Divergence, Half-Angle, Horizontal and Vertical: 0.2 mrad
  • Polarization Ratio: > 100:1
  • M2 (Horizontal / Vertical) < 1.3
  • Mode Structure: TEM00
  • Impulse Rise Time: < 5 µs (405 / 488 /637 nm sources)
  • Impulse Rise Time: < 18 µs (561 nm sources)
Control Details
  • SMA or 6-Pole Terminal Modulation Input for Each Laser; 0 - 5 V; CW - 50 kHz
  • TTL Input: SMA or 6-Pole Terminal, CW - 50 kHz
  • Computer Control: USB
  • Manual Control: Four Potentiometers
General Specifications
  • Interlock: Yes
  • Shutter: Yes, Electro-Mechanical
  • Power Consumption: < 95 W
  • Input Voltage: 24 V
  • Laser Head Dimensions: 204 mm x 114 mm x 82 mm
  • Control Box Dimensions: 169 mm x 169 mm x 36 mm
  • Operating Temperature: 10°C to 35°C
  • Storage Temperature: 5°C to 50°C
  • Heat Dissipation: < 70 W
  • ESD Protection: STN EN 61326-1
  • Laser Class per IEC 60285-1: 3B
Available Options
  • Beam Diameter / Beam Divergence
  • Beam Shape: Round or Elliptical
  • Output Beam With or Without Mechanical Shutter
  • Optional Fiber Output
  • Driver: Industrial OEM, or Laboratory Benchtop Controller
  • Suitable Heatsink

Product Overview:

These scientific series laser modules are used in applications such as fluorescence microscopy, clinical diagnosis and biomedical science applications such as protein cell imaging and cancer diagnostics. They are also used in flow cytometry, supercontinuum laser sources and monochrome laser sources. In flourescence applications, multiple fluorophores are present in a specimen, and therefore several wavelengths are needed to achieve an efficient excitation. The more wavelengths used for excitation results in more cellular properties detected simultaneously. This can be challenging to accomplish with narrow-band filters at sufficient efficiency. In addition, the separation of the scattered exciting light and the luminescence wavelength is easier with a narrow spectrum, such as a laser spectrum, resulting in a better signal to noise ration.

These Quattro series laser sources integrate four individual laser sources combined in a single compact package with a single laser output. There's no need to align the four beams, the alignment is done in the module. These modules offer a quick and cost-effective way to integrate four wavelengths into your research system. The four wavelengths can be selected from various wavelengths ranging from 375nm to 915nm and output power up to hundreds of milliwatts per wavelength. The most frequently used combination is 405nm, 488nm, 561nm with 683nm. This four laser combination is the standard product offering. In addition, all wavelengths are controlled via a single control unit. The standard model offers a free space beam. A fiber coupled version is also available, please request details.

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