Thorlabs confocal microscope

NegotiableUpdate on 02/13

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Thorlabs confocal microscopy system Thorlabs' confocal laser scanning (CLS) microscopy system consists of a series of integrated imaging modules, providing all the necessary confocal imaging tools for research laboratories

Product Details

Thorlabs confocal microscope system

Thorlabs' confocal laser scanning (CLS) microscopy system consists of a series of integrated imaging modules, providing all the necessary confocal imaging tools for research laboratories. By eliminating interference signals generated outside the focal plane, confocal microscopy technology can obtain high-resolution optical slice images in thick samples and reduce background fluorescence in thin culture media. The CLS system can be integrated into almost any upright or inverted microscope, and is connected to the middle image plane (i.e. camera interface) through C-Mount threads. Maximize its application convenience, integrate it easily into existing imaging devices, and provide high-quality images. The accompanying software drives the CLS hardware through an intuitive graphical user interface, allowing for quick data recording and viewing.

ThorImageLS: A software suite guided by intuitive workflows

ThorImageLS? Developed together with multiphoton and confocal microscopy platforms to ensure seamless, logical, and intuitive integration between software and hardware. The workflow oriented interface only displays the parameters you need for each scanning series (such as Z-series for volume scanning, time series for dynamic imaging, or bleaching sequence for photoactivation/release experiments). Each software mode provides a smooth learning curve, guiding researchers step by step to complete data collection, allowing you to capture images with just a few clicks.
ThorImageLS is the complete solution for our microscope platform, which not only controls the microscope but also many accessories. The inline panel can control the position of XY and Z electric platforms, the laser power on the sample, and even the tunable coherent Chameleon? Titanium: The wavelength of sapphire lasers. High automation allows you to focus on research as much as possible without distractions.
Experimental skills

When maximizing the depth signal-to-noise ratio, change the power according to the sample depth to minimize damage
Customize high-speed Z-stacking or image stream acquisition parameters
Select the area of interest for photoactivation/bleaching through an easy-to-use interface

device control

Control the power of independent excitation lasers
Insert/remove dichroic mirrors according to different scanning types
Integrate active or slave TTL signals with point physiology kit
Tune coherent Chameleon? Titanium: wavelength of sapphire laser

data analysis

Assign a color to each detection channel
Calculator determines the size and resolution of the image in a timely manner
Generate three-dimensional Z-stack restoration

Product Features

Upgrade your research grade microscope to a confocal imaging system
Compatible with upright or inverted microscopes
Compact and modular design
Video rate image capture (512 x 512 pixels, speed of 30 frames per second)
resolution

2048 x 2048 pixels (bidirectional)
4096 x 4096 pixels (unidirectional)

Product parameters

Specifications
Excitation
Laser Source	1 to 4 Channels (See Table Below for Pre-Configured Options)
Primary Dichroic Mirror	Quad-Band Dichroic Beamsplitter
Primary Dichroic Mirror	(Other Dichroics Available upon Request)
Scanning
Scan Head	Galvo-Resonant Scan Head with 8 kHz Resonant Scanner (X) and Galvo Scan Mirror (Y)
Galvo-Resonant Scanning Speed	30 Frames per Second at 512 x 512 Pixels
	400 Frames per Second at 512 x 32 Pixels
	2 Frames per Second at 4096 x 4096 Pixels
Scan Zoom	Up to 2048 x 2048 Bi-Directional Acquisition; Up to 4096 x 4096 Uni-Directional Acquisition
Scan Zoom	1X - 16X (Continuous)
Digitization / Sampling Density	Up to 2048 x 2048 Bi-Directional Acquisition; Up to 4096 x 4096 Uni-Directional Acquisition
Difficulty Limited Listen to Field of View (FOV)	FN25 = 442 μm x 442 μm FOV @ 40X; FN23 = 407 μm x 407 μm FOV @ 40X
Emission
Photomultiplier Tubes (PMTs)	Standard Multialkali or High-Sensitivity GaAsP
Detection Channels	1 to 4 PMTs
Filters	Emission Filter Set and Longpass Dichroic to Complement Multi-Channel Laser Source
Filters	(See Table Below for? Pre-Configured Options)

Laser Source Options
Laser Source #a	Excitation Wavelengths				Included Emission Filters
	UV	Blue	Green/	Red	Emission Filters	Longpass Dichroic Cutoff Wavelength(s)
	UV	Blue	Orange	Red	(Center Wavelength/Bandwidth)	Longpass Dichroic Cutoff Wavelength(s)
CMLS-A	-	488 nm	-	642 nm	525 nm/45 nm and 635 nm/Longpass	562 nm
CMLS-Bb	405 nm	488 nm	-	642 nm	447 nm/60 nm, 512/25 nm, and 635 nm/Longpass	495 nm and 538 nm
CMLS-C	-	488 nm	532 nm	642 nm	513 nm/17 nm, 582 nm/75 nm, and 635 nm Longpass	538 nm and 649 nm
CMLS-D	-	488 nm	561 nm	642 nm	525 nm/45 nm, 607 nm/36 nm, and 535 nm/Longpass	562 nm and 649 nm
CMLS-Eb	405 nm	488 nm	532 nm	642 nm	447 nm/60 nm, 513 nm/17 nm, 582 nm/75 nm, and 635 nm/Longpass	495 nm, 538 nm, and 649 nm
CMLS-Fb	405 nm	488 nm	561 nm	642 nm	447 nm/60 nm, 525 nm/45 nm, 607 nm/36 nm, and 635 nm/Longpass	495 nm, 562 nm, and 469 nm
CMLS-Gb	405 nm	488 nm	588 nm	642 nm	447 nm/60 nm, 525 nm/45 nm, 615 nm/24 nm, and 635 nm/Longpass	495 nm, 605 nm, and 649 nm
CMLS-H	-	488 nm	-	660 nm	525 nm/39 nm and 697 nm/58 nm	562 nm
CMLS-I	-	488 nm	-	-	525 nm/45 nm	N/A
CMLS-J	-	488 nm	532 nm	-	512 nm/25 nm and 582 nm/75 nm	538 nm