CKX53 inverted microscope

CKX53 inverted microscope

The Olympus inverted microscope CXK53 is a biological microscope with multiple observation methods, including fluorescence (blue/green excitation), fluorescence (ultraviolet excitation), phase contrast, bright field, etc.

Mainly used in live cell observation, cell culture, fluorescence imaging, teaching experiments, and clinical cytology analysis, it is an inverted microscope designed specifically for cell biology research, with high contrast imaging and ergonomic advantages.

CKX53 inverted microscope

Observation of live cells and cell culture (core use)

CKX53 is an inverted microscope designed specifically for in situ observation of live cells, making it particularly suitable for direct operation near a clean bench or incubator

No need for preparation: live cells in culture dishes or bottles can be directly observed to avoid sampling damage.

Integrated Phase Contrast (iPC) System: High contrast imaging can be achieved at 4x, 10x, 20x, and 40x magnifications without the need to replace the annular aperture, enabling rapid identification of transparent cell structures.

Large field of view screening: The PLN2X objective provides a 22mm field of view, which can observe the entire well of cells in a 96 well plate at once, improving screening efficiency.

Fluorescence imaging and multi-channel detection

CKX53 supports fluorescence observation and is suitable for dynamic tracking and localization analysis of labeled cells

Compatible with multiple fluorescence excitations: Supports blue/green light and ultraviolet light excitations, and can be paired with commonly used fluorescent dyes such as DAPI, FITC, TRITC, etc.

High contrast imaging: Paired with a 100W mercury lamp or LED light source, it can clearly capture weak fluorescent signals.

Light shielding cover design: equipped with "Umbra light shielding cover", effectively shielding ambient light and improving fluorescence contrast.

3. Teaching and research experiments

CKX53 is widely used in teaching demonstrations and basic research in universities and research institutions due to its easy operation and stable imaging

Cellular morphology teaching: Students can visually observe processes such as cell division, adherent growth, and apoptosis.

Standardization of experimental process: Ergonomic design (45 ° eyepiece, centralized control components) reduces operational fatigue and is suitable for long-term observation.

Image acquisition support: The eyepiece tube can be connected to a camera for easy recording of images and videos, which can be used for experimental reports or paper illustrations.

Cell manipulation in a sterile environment

CKX53 can be directly placed in a clean bench and supports cell sampling and processing under sterile conditions

UV resistant coating: can withstand UV sterilization on ultra clean tables without frequent handling.

Lightweight design: The entire machine weighs only about 6.9kg and can be carried with one hand, making it suitable for flexible movement in different work areas.

Expansion of the stage: It can be expanded left and right by 70mm, making it convenient to operate multi-layer culture bottles or large-sized containers.

Compatible with multiple types of culture containers

CKX53 can be adapted to various cell culture vessels to enhance experimental flexibility:

Universal adapter: supports culture dishes, microplates, T25/T75 culture bottles, etc.

Multi layer bottle observation: The PLCN4X objective lens has a long working distance and can clearly observe the cells in the bottom two layers of the multi-layer cell bottle.

96 hole plate full hole observation: The large field objective lens can complete full hole scanning without moving the stage.

Core Technology Highlights

Optical system: UIS2 infinity correction system, with clear imaging and low chromatic aberration.

Lighting system: 4000K color temperature LED transmission light source, with a lifespan of up to 50000 hours.

Observation method: Supports multiple modes such as bright field, phase contrast, fluorescence (with optional modules), etc.

Ergonomics: 45 ° tilted eyepiece, butterfly shaped tube, comfortable operation for both standing and sitting positions.

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