Euromex Microscopen bv products

Microscopes for education need to be easy-to use and student-friendly, which means able to withstand extensive use and rough handling. High quality, yet affordably priced Euromex microscopes specifically match these demands due to the well-thought construction and usage of top-class materials . The modern MicroBlue is an entry-level microscope and is especially appreciated when budget is limited. The basic model comes with a fixed lens condenser and a plain stage. All models with an integrated mechanical stage are supplied with an Abbe condenser. All models are equipped with 35 mm achromatic objectives. The built-in rechargeable batteries enable cordless operation

State-of-the-art microscopes for advanced Life Science fluorescence applications. The outstanding optical performance of the Delphi-X Observer™ makes it ideal for Life Science fluorescence applications where a high performance optical system is required. The larger 25 mm fields of view of the Super wide field eyepieces and the high numerical aperture of the Plan Fluarex 60 mm parafocal EIS objectives enable perfect observations and color rendering at high resolving power

The outstanding optical performance of the Delphi-X Observer™ with 25 mm fields of view and high numerical aperture of the Plan 60 mm parafocal EIS objectives enables perfect observations and color rendering at high resolving power. This is the perfect microscope for anatomo-pathologists

Microscopes for materials science applications have the specific objectives and other tools like incident illuminations, polarization and compensation filters. This allows precise observation of materials like metals, plastics, minerals, asbestos, glass, wood and chemical materials. Euromex offers a range of metallurgical microscopes, microscopes with rotatable stages and stain-free objectives for polarized light observation, microscopes for asbestos identification and inverted materials science microscopes .

The outstanding optical performance of the ergonomic Euromex BlueLine stereo microscopes enables long productive working sessions for students, for beginner or advanced science teaching classes. The EduBlue microscopes are ideal for educational purposes and are available with dual or triple pair of objectives for 5x up to 80x magnifications and equipped with LED incident and transmitted illuminations. The two parallel optical trains allow the three dimensional observation of small insects, plants, stones and minerals

The EduBlue LCD microscope is built around one 1 to 4 times zoom objective and enables observation of all kinds of objects directly on a 9" LCD screen. These kinds of microscopes are well-suited for education. The EduBlue LCD is equipped with a built-in 2 MP high denition CMOS camera with 1920 x 1080 pixels

The inverted Oxion Inverso biological microscopes of Euromex are available for bright field, phase contrast and fluorescence applications. Specific objectives compensate the 1.2 mm thick bottoms of the petri dishes or culture dishes. The Oxion Inverso inverted microscopes (Life Science) are useful for observation of living organisms and tissues cultures in cell culture dishes and flasks,

The BlueLine flagship BioBlue.Lab is an instrument that precisely matches highest expectations of microscopy users. These ergonomic easy-to-use microscopes have specifically been designed for educational and laboratory applications. The 150 x 140 mm stage with integrated rackless X-Y mechanical stage with 75 x 30 mm travel, provides a smooth translation of the specimen and highly precise positioning which is highky appreciated in most demanding cytology and histopathology applications. The BioBlue.Lab microscope models offer great functionality and are equipped with WF10x/20 mm eyepieces, plan and IOS plan 4x/ 10x/ S40x/ S100x objectives or plan phase and IOS plan phase contrast objectives 10x / 20x / S40x / S100x. All models are equipped with NeoLED illumination system and are available in binocular and trinocular versions

For biological and medical applications fluorescence microscopes are used to observe certain parts of living cells and tissues with help of fluorophores. One or more fluophores are added to the parts of the specimen to be observed. When the fluorophores are exposed to so-called exicitation light, the excitation energy is absorbed by the fluorophore that start emitting so-called emission light that can be observed by the microscope. One can distinguish tumor cells from other cells, follow biological processes or prove the presence or absence of antibodies, etc

For biological and medical applications fluorescence microscopes are used to observe certain parts of living cells and tissues with help of fluorophores. One or more fluophores are added to the parts of the specimen to be observed. When the fluorophores are exposed to so-called exicitation light, the excitation energy is absorbed by the fluorophore that start emitting so-called emission light that can be observed by the microscope. One can distinguish tumor cells from other cells, follow biological processes or prove the presence or absence of antibodies, etc