Used FJW OPTICAL SYSTEM Find-R-Scope #9013324 for sale

FJW OPTICAL Equipment Find-R-Scope is a microscope designed for high-resolution imaging of minute details and features. This microscope utilizes a combination of lenses, magnifying prisms, and beamsplitter optics for forming the images on a sample at high magnifications. The microscope is capable of a maximum magnification of 1500x, with a resolution of 0.25 μm. It can be used in an inverted mode for observing living organisms in a Petri dish or cell culture slides. The main objective of the FJW microscope is a unique lenses design that incorporate a single system that can be used for both brightfield and phase contrast imaging, thus providing the user with the ability to perform higher magnification imaging than what is possible with a traditional brightfield microscope. The magnifying prisms in the objective lens set are designed to provide differential darkfield and brightfield microscope images, allowing the user to see clear and detailed structural features of the sample. The microscope has a curved image plane in the mid-field, ensuring that the micro-objects are in focus over a much larger area. This feature allows the user to view samples at different viewing angles, providing an enhanced clarity of the features being observed. The microscope also includes a unique active stigmation unit that helps to correct any aberrations and distortions that may arise due to misalignment of the optics. Find-R-Scope also includes a high-resolution digital camera connected to a monitor, providing a live display of the sample and allowing the user to make adjustments on the fly. The camera also enables the user to share images with colleagues or use them for sharing on social media. FJW OPTICAL Machine Find-R-Scope is an advanced microscope suitable for a wide range of imaging applications. It is highly durable and reliable while providing a great deal of flexibility for imaging. The combination of its high-resolution optics and an adjustable magnification range make it suitable for observing and studying minute structural details on a sample. An improved interface coupled with its high-performance features make it an ideal choice for any laboratory or research environment.