OLS5100 laser confocal microscope

1、 Product Introduction:

OLS5100 laser confocal microscopeSmarter workflow, faster experimental design, and practical functionality for efficient experiments
LEXT with excellent precision and optical performance ™ The OLS5100 laser scanning microscope is equipped with intelligent tools that make the system easier to use. It can quickly and efficiently achieve sub micron morphology and surface roughnessaccurateMeasurement tasks not only simplify the workflow but also enable you to obtain reliable high-quality data.

IIOLS5100 laser confocal microscopeProduct Features:

1. Simplify the measurement and testing process

The intelligent experiment manager of LEXTOLS50100 microscope helps you simplify the experimental workflow by automatically completing time-consuming tasks.
Automatically create your experiment plan
Automatically fill data into the experimental plan matrix to reduce the chance of erroneous inputs
• Clear data trend visualization tool
• Need to use the experimental flow assisted application OLS51-S-ETA.

2. Trustworthy data for you

The objective lens designed specifically for LEXT microscopes can provide high precisionaccurateEnsure the measurement accuracy of the microscope by collecting data. When used in conjunction with the SmartLens Advisor, reliable high-precision data can be obtained.
LEXT optical devices optimized for 405nm wavelength can reduce aberrations, enabling the acquisition of the true morphology of the sample across the entire field of view
The SmartLens Advisor can also help you choose the appropriate lens for roughness measurement.

3. Press the button to obtain reliable data

Carefully designed software enables both novice and experienced users to easily use microscopes.
• Easily obtain accurate data - simply place the sample on the stage and press the start button
• Can also provide guaranteed test results in the customer's experimental environment

3、 Experience the advantages of laser microscopy

1. Submicron 3D observation/measurement, observing nanoscale steps, and capable of measuring height differences at the submicron level.
2. ISO25178- Standard compliant surface roughness measurement, capable of measuring surface roughness from line to surface.
3. Non contact, non-destructive and fast, no need to prepare samples - simply place the sample on the stage for measurement.

4、 Product configuration:

1. The LEXTOLS50100 microscope is equipped with two optical systems, color imaging and laser confocal, which can simultaneously obtain color information, height information, and high-resolution images.
2. Color optical systems and color imaging optical systems use white LED light sources and CMOS imaging sensors to obtain color information.
3. 3D morphology information and high-resolution images are obtained through a confocal laser optical system using a 405nm laser diode light source and a high-sensitivity photomultiplier tube to capture confocal images. The shallow depth of focus characteristic enables it to be used for measuring surface irregularities of samples.
4. Laser microscopes using short wavelength laser sources have better lateral resolution compared to traditional microscopes using visible light (peak at 550nm). The 405nm laser source of the OLS5100 microscope can achieve excellent lateral resolution.