Used OLYMPUS AL100-LMB8 #9359636 for sale

OLYMPUS AL100-LMB8 is a revolutionary microscope that offers a powerful combination of advanced optical performance and convenient usability. The microscope utilizes an infinity-corrected system with plan achromat objectives and a long working distance of 98 mm. This combination allows for high-resolution imaging with excellent contrast and very little distortion. The microscope also has a large depth of field for precise focus control ideal for live cell imaging. Additionally, the infinity corrected optical system helps reduce chromatic aberrations and brightens the image further. OLYMPUS AL-100-LMB8 offers a large variety of imaging capabilities to cover virtually any application. The microscope is equipped with a range of filters, illuminations, and cameras. Moreover, multiple magnifications are available from 10x to 100x with details up to 1500x. The camera types include CCD and CMOS, with a Bayer or RGB color coded digital image capture system to provide up to 12-megapixel resolution images. Thanks to integrated illumination, the microscope offers excellent uniformity for flatfield illumination along with extremely precise control over the intensity of light. This ensures accurate and repeatable results with its laser integration option that utilizes He-Ne (Helium-Neon) laser technology for high-sensitive fluorescence observation. Moreover, the turbulence-free and low-heat illumination further ensures minimal heating of the sample for long-term observations. The microscope is also equipped with a high-speed stepper motor and a robust MDI focusing mechanism that offers incredible focus optimization and snap-shot capability. Overall, AL-100-LM-B8 is an ideal choice for research, medical, and industrial applications that require precise imaging. Its flexibility ensures it can be configured to suit a wide variety of imaging needs, while its robust construction guarantees reliable operation. With this comprehensive tool, researchers can easily capture stunning images and video footage of microscopic specimens without the need for manual re-focusing.