New breakthroughs in routine inspections
CKX31-standard microscope for cell culture observation with fixed binocular observation tube
CKX41——Binocular oblique observation tube, allows the observer to stand and observe, and also provides a trinocular observation tube that can be connected to a variety of cameras. It can be easily upgraded with various accessories as needed.
Combined with advanced UIS2 optical system to ensure high definition in cell inspection and applications
CKX series microscopes make cell inspection faster and more convenient than before, because they are simple to operate, require few optical adjustment operations, and can obtain very good images with very little cost.
The tiltable binocular observation tube enables users to observe when standing. In addition, its compact design is convenient for users to install incubators, so that users do not need to go to other places when viewing certain specimens, which is very convenient.
Supports multiple observation methods, and the scope of application has also greatly increased.
CKX series: make routine cell observation faster, easier and more effective.
UIS2 optical system provides superior optical performance
The UIS2 optical system combines the compactness of the optical path and the excellent imaging performance of the imaging lens, which can maintain the ideal image intensity and achieve a superior level of optical correction. Based on this, the UIS2 infinity-corrected optical system provides extraordinary image sharpness and contrast. In addition to improving image quality, its maximum field of view can reach FN22. This allows the CKX41 to use the observation tube of an upright microscope. (Patent, only CKX41)
High definition makes it easier for users to observe the status of living cells <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> Thanks to the combination of reputation With the Olympus UIS2 optical system worldwide, the flatness of the CKX series microscopes has increased by 10-15%, and it can extend high-definition, high-contrast image effects to the edge of the image.
Use UIS2 phase difference ring plate to optimize cell culture observation and provide the best image contrast
The UIS2 phase difference ring plate can adjust the contrast according to the thickness of the cultured cells, providing a better contrast image than traditional systems.
PHC objective lens minimizes interference caused by container surface tension
(CPLN10 × PH, CPLFLN10 × PH, LCACHN20 × PH)
The PHC objective lens can avoid the interference caused by the surface tension of the culture medium to the greatest extent. Such interference usually reduces the sharpness of the image at the edge of the container. When combined with the UIS2 optical system, the flat-field performance has been greatly improved, and even the cells at the edge of the container can obtain very clear images.
UIS2 Infinity Corrected Optical System
The revolutionary Olympus UIS2 optical system takes full advantage of the infinity correction function. The light in the UIS2 infinity-corrected optical path passes through the objective lens to form a parallel beam. After passing through the image lens, it is focused to form an aberration-free intermediate image. Therefore, various accessories can be inserted in the optical path between the objective lens and the built-in image-receiving lens, without introducing additional magnification factors to affect the total magnification, and without adding a correction lens. With the addition of various accessories, the UIS2 optical system still provides the best image quality.
After the sample is placed on the stage, it can be observed immediately without any optical adjustment
- Pre- aligned phase contrast skateboard for fast, aberration-free observation <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> Use preset The aberration slide of the heart eliminates the need to repeat the alignment every time the objective lens is changed. In addition, 10 ×, 20 × 40 × objective lenses use a phase difference ring plate to obviate the need to replace the phase difference ring plate. The CKX series makes the phase difference observation fast and easy, without the need for optical adjustment, which greatly improves the efficiency of routine inspection.
- Adjustable phase contrast ring plate <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> When high-resolution phase contrast images are required, Olympus offers the IX2-SL, a self-centering phase-contrast ring plate. With its centering device, it presents a perfect phase-contrast image.
- Simple and compact design saves experiment space <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> The simple and compact design greatly It saves experimental space and is convenient to install equipment such as incubator or ultra-clean bench. After the sample is taken out, it can be quickly observed under a microscope to provide cell inspection efficiency.
- The tiltable binocular observation tube can be used in various poses for observation, and can easily work in front of the clean bench <br style = "padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px "> The tilting binocular observation tube has an inclination angle from 30 ° to 60 °, allowing users to observe comfortably even when standing. This improves the efficiency of microscopy. "Quick observation, quick results"-this is the new mode of routine inspection that Olympus pioneered. It is also easy to do the work when observing the sample in front of the clean bench.
- RC relief phase contrast observation method
High-resolution relief phase contrast of NA0.5:
Observing thick samples such as egg cells can get high-quality 3D images
Vertical mounting design makes it easy to add micro operating system
Fluorescence observation <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> The fluorescence observation system can provide three fluorescence excitation block positions, combined with UIS2 The optical system can provide U (optional), B, and G excitation observations at the same time, and other UIS2 fluorescence excitation blocks can be selected according to needs. The newly introduced fluorescent illumination light source guarantees UV transmittance. Combined with UIS2 fluorescent objective lens, it provides users with high-contrast, high-quality fluorescent images.
Stage specimen holders for blood cell counting plates and other microplates These stage specimen holders are convenient for observing other microplates such as blood cell counting plates, 35mm petri dishes, glass plates and so on.
Stage glass insert and hot stage <br style="padding-bottom: 0px; margin: 0px; padding-left: 0px; padding-right: 0px; padding-top: 0px"> stage glass insert, The objective lens used can be easily identified. The use of a hot stage insert provides a constant temperature for live cells during microinjection. (CKX41 only)
Building an Economical Image Workstation
CKX41 microscope trinocular observation tube can be connected with various digital cameras to create a digital image workstation, which can measure and calculate microscopic images.
| CKX31 / 41 specifications |
UIS2 optical system
Focusing is performed by moving the objective lens up and down (the height of the stage is fixed).
Equipped with coaxial coarse and fine adjustment knobs for focus mechanism, adjustable knob torque, guided by roller mechanism
Total stroke: 7mm upward and 2mm downward from the focal point 1mm higher than the surface of the stage.
Coarse adjustment stroke is 39.6mm per turn, fine adjustment stroke is 0.2mm per turn, fine adjustment accuracy is 2 microns
160mm (length) × 250mm (width), which can be used for specimen clamps
Stage insert disc (25mm aperture) replaceable
Attached with 35mm diameter petri dish holder
Equipped with right-hand low-position coaxial X, Y-direction transmission knobs.
Stage travel: X = 120mm, Y = 78mm. Attached with 3 kinds of petri dishes and specimen holders.
Stage extension board
70 (length) × 180 (width) mm
Equipped with 6V30W halogen lamp and lamp socket (U-LS30-3-2), built-in frosted glass sheet and heat absorption filter, the lighting part can be removed
Color filter holder
Detachable color filter holder, can insert 45mm color filters with a maximum thickness of 11mm.
Handle type, which can be adjusted within the range of 3-44mm.
Equipped with slide cover for phase difference method, built-in slide positioning point stop mechanism.
Detachable ultra-long working distance condenser (Numerical aperture 0.3, working distance 72mm).
Phase difference slide
There are three different types of sliders for the phase difference method.
· Pre-aligned slide for phase contrast method: 4 ×, 10 × / 20 × / 40 ×, one hole
· Adjustable slide for phase contrast method: 4 ×, 10 × / 20 ×, one hole (40 × optional, pre-aligned type)
· Adjustable heart-shaped phase contrast relief slide: 10 ×, 20 ×, 40 ×
U-CBI30-2: 30-degree oblique binocular observation tube with interpupillary distance of 48 to 75 mm
Diopter adjustment on the left eyepiece (FN20)
Fixed binocular tube with 45 ° inclination angle, interpupillary distance can be adjusted in the range of 48-75mm, and the right tube is equipped with a spiral surface to adjust the diopter.
U-CBI30-2: 30-degree oblique binocular observation tube with interpupillary distance of 48 to 75 mm
Diopter adjustment on the left eyepiece (FN22)
U-CTR30-2: The inclination of the lens barrel is 30 °, and there is a circular dovetail mounting attachment. The interpupillary distance can be adjusted within the range of 48-75mm. The left barrel is equipped with a spiral surface to adjust the barrel length and diopter. Selection of observation light path: 50 (binocular) 50 (camera port) (FN20)
U-TR30-2: The lens barrel has an inclination angle of 30 °, and is equipped with a circular dovetail mounting attachment. The interpupillary distance can be adjusted within the range of 48-75mm. The left tube is equipped with a spiral surface to adjust the tube length and diopter. Selection of observation light path: 20 (binocular) 80 (camera port) (FN22)
Adjustable tilting binocular tube
CKX-TBI: The tilt angle of the lens barrel can be arbitrarily adjusted within the range of 30 ° -60 °, with a round dovetail mounting attachment, the interpupillary distance can be adjusted within the range of 50-76mm, and the right tube is equipped with a spiral surface, which can adjust the diopter . (FN20)
U-CTBI: The tilt angle of the lens barrel can be adjusted in the range of 30 ° -60 °, the interpupillary distance can be adjusted in the range of 48-75mm. (FN18)
UTBI-3: The tilt angle of the lens barrel can be arbitrarily adjusted within the range of 5 ° -35 °. A round dovetail mounting attachment is available. The pupil distance can be adjusted within the range of 50-76mm. . (FN22)
Vertical fluorescent lighting device
The illuminating device is detachable and equipped with a slide for observation method conversion (three conversion positions: B excitation position, G excitation position, transmitted light position or U excitation position.
Fluorescent light source: 50W mercury lamp
Fluorescent shutter: Yes
Fluorescence Field Light Path: Yes
Fluorescence excitation block: 2 excitation blocks (B and G), optional U (not compatible with UIS2, the size of the color filter and beam splitter is the same as UIS2)
Color filter: 1 color filter
For U-CBI30-2 / U-CTR30-2 / CKX-TBI: WHB10 × / WHB10 × -H (FN20)
For U-BI30-2 / U-TR30-2 / UTBI-3: WH10 × / WH10 × -H / 35WH10 × / PWH10 × (FN22)
10 × （FN20）
Power supply device
Continuous light intensity adjustable, built-in voltage switch (100 / 120V, 220 / 240V), frequency is 50 / 60Hz.