Compound Microscopes
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£174.96 £145.80
- Transform compatible standard Kern microscopes into digital microscopes
- Provide a high frame rate and stable image performance
- Available in three models with different resolutions and sensor sizes
145 Reward PointsPrice Match GuaranteeKern-OCD-8 -
£180.60 £150.50
- Easy-to-use microscope ideal for educational environments
- Choice of three models available
- Monocular/binocular versions
150 Reward PointsPrice Match GuaranteeKERN-OBS -
£203.64 £169.70
- Transmits image to a computer
- Choice of two models with different stands
- Ideal for educational use
169 Reward PointsPrice Match GuaranteeKERN-ODC -
£212.88 £177.40
- Infinitely dimmable, long-lasting 1W LED provides optimum illumination of the sample
- Condenser lenses ensure the best concentration of light and illumination of the samples
- Six models available
177 Reward PointsPrice Match GuaranteeKern-OBT -
Free UK DeliveryKern ODC USB Microscope Camera£398.04 £331.70
- Colour microscope camera capable of connecting to laptops, PCs, and microscopes via USB cable
- Choice of three models with different resolutions, frames per second and sensor sizes
- Comes with Kern’s multi-lingual VIS Software with micrometre for calibration
331 Reward PointsPrice Match GuaranteeKern-ODC 82X -
Free UK DeliveryKern OBE-1 Educational Compound Microscope£407.28 £339.40
- Ideal microscope for educational environments and basic laboratories
- Configurable - choose between binocular and monocular versions
- Dimmable LED light source, comfortable ergonomic design and 3 year standard warranty
339 Reward PointsPrice Match GuaranteeKERN-OBE -
Free UK DeliveryKern OBE-12/13 Transmitted Light Compound Microscope – Choice of Model£453.60 £378.00
- Available in six models
- Infinitely dimmable 3W LED ensures bright illumination
- Designed for use in schools, training facilities, doctors’ practices and laboratories
378 Reward PointsPrice Match GuaranteeKern OBE-12/13
About Compound Microscopes
A compound microscope is an upright microscope that uses two sets of lenses to obtain a higher magnification. To obtain this, the objective lens is compounded by the eyepiece lens. It provides a two-dimensional image and typically provides magnification in the range of 40× - 1000×.
Compound microscopes are used to view small samples that cannot be identified with the naked eye. These samples are typically placed on a slide under the microscope. While the eyepieces and the objective lenses create high magnification, a condenser beneath the stage focuses the light directly into the sample.