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Multi-Line CW Multi-Mode Laser | SIMTRUM Photonics Store

Products / Lasers/Light /DPSS / Diode Lasers /CW Multi Wavelength Laser /Multi-channel Single-mode /Multi-mode laser /
Multi-channel Single-mode /Multi-mode laser
Overview Multi-mode laser Single-mode laser Related Product Order Now!
Our multi-channel in one laser (4 in 1 laser) offers four different wavelengths. It is divided into S4L-PBGR-M multi-mode (405/488/525/638nm) and S4L-PBYR-S single-mode (405/488/561/640nm) two lasers. Integrated laser diode, laser cavity, fiber coupled optics, laser power supply and LD current in one. This laser is designed for laser scanning confocal microscopy system.

Features

  • Multi-wavelength output provides four wavelength light sources. It is suitable for a variety of experimental requirements for simultaneous observation and analysis of fluorescence signals of multiple markers or samples.
  • High spectral quality The laser has a narrow spectral width and high spectral quality, which is conducive to reducing the interference of stray light from the light source, providing clear images and accurate signals.
  • High mode quality is divided into single mode and multi-mode fiber output, with good mode quality and beam quality. Ideal for high resolution imaging, high precision measurement and other applications requiring high beam quality.
  • High power stability High power output and excellent power stability.
  • The power is adjustable to help avoid sample damage or overexposure while obtaining the best image quality and signal strength.

S4L-PBGR-M

S4L-PBYR-S

60X-1.2NA-Bovine pulmonary artery endothelial cells

Multicolor fluorescence imaging

  • A 405nm laser is commonly used to excite ultraviolet dyes.
  • The 488nm laser is used for fluorescein and green fluorescent protein.
  • The 525/561nm laser is used for yellow fluorescent proteins and red fluorescent dyes.
  • The 640nm laser is used for fluorescent proteins and infrared dyes.

Application

  • Cell imaging and localization
  • histopathology
  • Study on fluorescence co-expression
  • Drug screening and evaluation
  • Neuronal activity imaging

 


 

Product specifications and Brochures

 

Product Brochure Link: 

 

 Parameter S4L-PBGR-M S4L-M-Customization
  Wavelength 405/488/525/638nm Based on our standard laser configuration, we offer other customized wavelength options, please see note * for details
  Optical fiber SMA905
1 meter long
Fiber core 400um
Customizable
  Output power >500mW
  Power stability (rms, over 4 hours) <2%
  Laser power adjustment accuracy 1% 
  Work mode Continuous output, Software control
  Work temperature(℃) 10~35(℃)
  Power input ≥10A/~220V
  Cooling way Air cooling
  Life expectacy (hours) 10000(Hours)

 

Note*：We provide customized other wavelength including but not limited to: ultraviolet (uv) : 375 - nm, visible light: 445 nm, 473 nm, 515 nm, 525 nm, 532 nm, 633 nm, 660 nm, 685 nm, near infrared: 785 nm, 808 nm. For further customization beyond these options, please contact us for assistance.

Function Introduction

Rear panel serial No. Name Function
1 Optical fiber Laser transmission fiber, transmission laser power.
2 100-240VAC Ac signal input.
3 SIGNAL IN Signal input (BNC cable)
Pin definition: inner core signal is positive, outer signal is negative.
4 Fan For internal heat dissipation of power supply.
5 485 Communication protocol The laser light output is controlled by the protocol.
6 Switch Control power on and off.
   
Front panel No. Name Funciton
1 Screen Play the current current.
2 Potentiometer Rotates to adjust the current size, clockwise current increases, counterclockwise current decreases.
3 Status indicator Power on, blue light "Laser" on, laser working;The laser fails to work normally, and the red Alarm indicator is on.
4 Key Switch Control laser light, key to "ON", adjust the potentiometer laser light; Turn the key to "OFF", the laser stops emitting light.

 

 

Size of multi-mode laser

 


Product specifications and Brochures

Product Brochure Link: 

 

Single-mode laser parameter

S4L-PBYR-S

S4L-S-Customization
  Wavelength 405/488/561/640nm

Based on our standard laser configuration, we offer customizable additional wavelength options. Please refer to Remarks * for details
  Optical fiber FC/APC
Length 1m
Core diameter 4-6μm
Available customization
  Output power ＞20mW
  Power stability (rms, over 4 hours) <1%
  Laser noise ＜4%
  Spectral linewidth ＜3nm
  Laser power adjustment precision Multi-wavelength AOTF regulated power 0.1% None AOTF: 0.5mW
  Work mode Continuous output, TTL modulation, analog modulation optional. PC control (Note: The standard model at 561 nm requires manual adjustment and does not support PC control; the upgraded version includes an electric attenuation module that supports PC control)
  Work temperature(℃) 10~35(℃)
  Power input 100~240VAC
  Cooling way Air cooling
  Life expectancy (hours) 10000(Hours)

Note*: We provide customized other wavelength including but not limited to: ultraviolet (uv) : 375 - nm, visible light: 445 nm, 473 nm, 515 nm, 525 nm, 532 nm, 633 nm, 660 nm, 685 nm, near infrared: 785 nm, 808 nm. For further customization beyond these options, please contact us for assistance.

Size of single-mode laser

  Name

Function
A Cover Maintain optical elements through it, preventing laser radiation out of the cavity at the same time.
B Output Combine laser beams on this aperture，output laser by optical fiber.
C Footing Shipped with 4 footing (not installed as) as prop，The rotating strut adjusts the levelness of the laser.
D Attenuator 1 Rotate the attenuator to adjust the laser output power. It is set to maximum power by default when shipped. Turning it clockwise reduces power to zero; turning it counterclockwise to maximum power, you can fine-tune it for 1-2 more turns, after which the output power won’t change. Please do not continue adjusting it at that point.
E Attenuator 1 Use to adjust the 561nm laser power. Before adjusting attenuator 2, remove its outer cap. Use the included wrench to turn attenuator 2 and adjust the green light power. The adjustment method is the same as for attenuator 1. Attenuator 2 is set to maximum output power by default when shipped.
F External interface During use, connect the modulation line, which serves only as a switch. The modulation line has five wires at the end. For example, with the 405nm laser, when the white and black (GND) wires are connected, the laser turns off; when they are disconnected, the 405nm laser resumes normal operation.
G Switch The laser switch is set to "O" to turn off.
H RS232 interface An RS232 data cable is required to connect the laser system to the computer, and the laser parameters are changed by software. RS232 interface definition: DB9-2 pin: receive; DB9-3 pin: Send; DB9-5 pin: GND.
I Security
“interlock”		 Pull out the RJ11 plug, or disconnect the short wiring on the plug, and the laser system will stop working. In this case, you must plug it in again, or restore the short cable connection, turn off the laser switch and restart the laser switch, and turn on the laser through the software.
J Power socket Supply voltage (100-240VAC) to the laser as indicated on the rear panel.
K Power indicator When the laser is switched on, the red "Power" light comes on.
L Laser indicator When the software turns on the laser, its corresponding green indicator lights up.

 


Parameters

SpinDisk Basic

SpinDisk Advance
Image Frame Rate 100fps@2048x2048 100fps@2048x2048
Resolution ~230 nm  ~230 nm 
Image Depth <200µm <200µm
No. of Laser  4 4
Wavelength Choice  405/445/470/520/528/555/640(nm) 405/445/470/520/528/555/640(nm)
Detectors sCMOS Camera Dual sCMOS Camera（Single sCMOS optional）
Microscope  Inverted or Upright  Inverted or Upright 
Stages XYZ Motorized  XYZ Motorized 
Electronics system Motorized Filter Motorized Filter
image contrast High High
Upgrade option Non Upgrade to SPIN Disk SIM 100nm resolution
Customized Option Yes Yes
Applications Dynamic fluorescence imaging of living cells/tissues,   microscopic observation of small animals such as zebrafish and nematodes Dynamic fluorescence imaging of living cells/tissues,   microscopic in vivo observation of small animals such as zebrafish and nematodes, and in vivo observation of multi-channel fluorescent organelles.

 

 

 

 


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Search Reset
Compare Model Drawings & Specs Availability Reference Price
(USD)
S4L-PBYR-S
Multi-Line CW Single-Mode Laser, Wavelength 405/488/561/640 nm, Fiber Length 1 Meter, Core Diameter 4-6 Micrometers, Output Power ＞20mW, Power Stability(rms, over 4 hours) <1%, Laser Noise ＜4%, Spectral Linewidth ＜3nm 		6-8weeks Request for quote
S4L-S-Customization
Multi-Line CW Single-Mode Laser, Based on our standard laser configurations (405/488/561/640 and 405/488/532/640), we offer customizable options for additional wavelengths, including but not limited to: UV: 375nm，VIS: 445nm, 473nm, 515nm, 525nm, 532nm, 633nm, 660nm, 685nm，NIR: 785nm, 808nm. For further customization beyond these options, please contact us for assistance 		6-8weeks Request for quote
S4L-PBGR-M
Multi-Line CW Multi-Mode Laser, Wavelength 405/488/525/638nm, Center wavelength ±5 nm,Output Power ＞500mw,Output Mode SMA905, Core 400um,Power stability (rms, over 4 hours) <2% 		6-8weeks Request for quote
S4L-M-Customization
Multi-Line CW Multi-Mode Laser, Based on our standard laser configuration, we offer other customized wavelength options, please see note * for details 		6-8weeks Request for quote

S4L-M-Customization - Parameter

S4L-PBGR-M - Parameter

S4L-S-Customization - Parameter

S4L-PBYR-S - Parameter

S4L-M-Customization - Download

S4L-PBGR-M - Download

S4L-S-Customization - Download

S4L-PBYR-S - Download

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Compare Model Drawings & Specs Availability Reference Price
(USD)

Sales Enquiry：+65 6996 0391       Email：info@simtrum.com      

Address:Blk 71, #06-03, Ayer Rajah Crescent Singapore 139951

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