Plan objectives for image clarity
The Olympus plan corrected UIS2 objectives ensure bright, clear images with excellent flatness.
The integrated Abbe-condenser with its optimised aperture stops increases the visibility and contrast of the specimen under different magnifications without time-consuming adjustments.
All main controls (focusing knob, light control adjustment and stage handle) of the microscope are located close together so that the user can operate the microscope with minimal movements.
FluoLED - LED Fluorescence Illuminator - not included with the standard CX22LED kit.
FluoLED fluorescence illuminators are designed to fit to the Olympus CX microscopes making them ideal for routine as well as educational purposes. The LEDs can be powered by battery or even solar power ensuring that fluorescence microscopy can be conducted ‘in field’ where samples are fresh. The FluoLED system is available in three versions, to provide transmitted fluorescence, without removing the ability to perform normal brightfield illumination: The FluoLED EasyBlue (480 nm) provides a single wavelength of fixed intensity for the most cost efficient solution. The FluoLED Single provides users with the capability to use one of seven interchangeable LED cassettes from 365 nm (UV) to 630 nm (Red) and control the intensity of the light. The FluoLED MultiFluo enables up to three of the interchangeable LED cassettes to be installed and controlled on the microscope at once via a three channel electronic driver.
Easy and safe transport
The compact design as well as the 'student proof' component security and durability allow the portability of the CX21. The attachment of an optional mirror unit allows observations to be made even in the field when no power source is available. A storage box with handle for easy carrying is available as an optional accessory.
|Optical system||Infinity optical system|
|Illumination||Built-in 0.5 W LED illumination system|
|AC adapter: 100-240 V 50/60 Hz 0.4A|
|Power consumption: 1.7 W|
|Focusing mechanism||Stage height adjustment mechanism|
|Fine adjustment scale||2.5 μm per graduation|
|Fine adjustment stroke||0.3 mm per turn|
|Total stroke||20 mm|
|Pre-focusing knob provided, coarse adjustment knob tension adjustable|
|Revolving nosepiece||Quadruple positions fixed (Front oriented)|
|Binocular observation tube||Field number||20|
|Tube tilting angle||30°|
|Interpupillary distance adjustment range||48 to 75 mm|
|Eyepoint adjustment||378 - 428 mm|
|Stage||Wire movement mechanical fixed stage||120 x 132 mm|
|Movement range||76 (X-axis) x 30 (Y-axis) mm|
|Specimen holder holds a single specimen|
|N.A.||1.25 (when immersed with oil)|
|Aperture iris diaphragm||Built in|
|Objectives||Plan objectives (anti-fungus)||4x NA: 0.10 WD: 27.8 mm|
|10x NA: 0.25 WD: 8 mm|
|40x NA: 0.65 WD: 0.6 mm|
|100xOil NA: 1.25 WD: 0.13 mm (CX22LEDRFS1 and CX22RFS1 only)|
|Dimensions & weight||154(W) x 385(H) x 238(D) mm, approx. 6 kg|
|Operating environment||Indoor use|
|Altitude||Max. 2000 meters|
|Ambient temperature||5° to 40°C (41° to 104° F)|
|Maximum relative humidity||80% for temperatures up to 31°C|
|Supply voltage fluctuations; Not to exceed ±10% of the normal voltage|
|Pollution degree||2 (in accordance with IEC60664)|
|Installation/Overvoltage category||II (in accordance with IEC60664)|