The iScope is available in various configurations suitable for Life and Biomedical Sciences, high schools, universities but also for routine medical applications Besides the brightfield contrast method, configurations for phase contrast, cardioid mirror darkfield, basic polarization and several epiillumination sources for fluorescence applications can be used. iScope models with multiheads are also available for teaching purposes
EWF 10x/22 mm and EWF 10x/20 mm eyepieces Binocular and trinocular models M ultihead and face-to-face dual head systems Optional tilting head Quintuple reversed nosepiece E-plan, plan and plan phase objectives E-plan, plan and plan phase infinity corrected IOS objectives 156 x 138 mm stage 187/230 x 140 mm rackless stage Cardioid mirror darkfield condenser with 5 W NeoLED™ illumination 3 W NeoLED™ Köhler illumination iCare sensor for energy saving CSS - Cable Storage System Dimension : (h) 407 x (w) 210 x (d) 255 mm Weight : 9.0 kg
The excellent optics and mechanical components make the iScope® a state of-the art microscope that is suitable for fluorescence applications in Life Science and Biotechnical fields The iScope® fluorescence microscope can be supplied with : 6-position rotating attachment with 100 W mercury vapor light source, 3-position slider attachment with 100 W mercury vapor light source, 1-position slider attachment with a 3 W NeoLED™ 465-475 nm blue light source and 1-position slider attachment with a 3 W NeoLED™ 520-530 nm green light source
The well-equipped microscopes of the bScope series are intensively used in universities, small and mid-sized laboratories and in veterinary applications The design of he bScope® is both ergonomic and evolutive. Height adjustable eyetubes and low stage controls to minimize fatigue during long working sessions and so providing more comfort for icroscopists. The robust, compact size of the bScope® and the Cable Storage System allows more working space, safer operation and enables easy storage
The iScope is available in various configurations suitable for Life and Biomedical Sciences, high schools, universities but also for routine medical applications Besides the brightfield contrast method, configurations for phase contrast, cardioid mirror darkfield, basic polarization and several epiillumination sources for fluorescence applications can be used. iScope models with multiheads are also available for teaching purposes