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Inverted microscope ICX41

Inverted microscope for monitoring cell cultures with optional 3-channel LED fluorescence

Official photo of the manufacturer

Product overview

Inverted microscope for monitoring cell cultures with optional 3-channel LED fluorescence

Auto-disconnect after 30 minutes and holders for different formats of dishes

Sunny ICX41 is an inverted biological microscope for everyday observation of cell and tissue cultures. The platform combines light field, phase contrast and optional LED fluorescence, supporting both visual work and digital imaging.

The microscope is designed for culture vessels, petri dishes, multi-well microplates and object slides. 360° rotating trinocular head, low-positioned controls and adjustable observation heights make it easier to work long hours. Replaceable holders adapt the subject table to different formats, and the marking lens helps. The infrared ECO sensor automatically turns off lights after the operator leaves the room, the fluorescent version supports three LED channels of 385, 470 and 560 nm and automatically switches the source along with the filter.

Optical system - infinite with correction of chromatic aberrations. Trinocular head is inclined by 45 °, rotates 360 °; interpupil distance 50-75 mm; division of the light flux 100:0 / 0:100 or fixed 50:50. PL10×/22 mm, optionally PL15×/16 mm. Long-focus achromatic plan lenses 4×, 10×, 20×, 40× and 60×, phase 4×–40× and fluorescent configurations. Rough focus 9 mm, microfocus 0.002 mm. Table 215×250 mm, optional mechanical stroke 120×80 mm; NA 0.3 capacitor, working distance 72 mm. Passing light - warm LED 5W, 3000 K; power 100–240 V via adapter 12V/5 A.

Key figures

360°

tubularity

3

LED fluorescence channel

30 minutes

shutdown

Applications

Models and configurations

Product details

Inverted microscope ICX41

General view of the platform

Ergonomics and accessories

Replacement table holders and marking lens

ergonomics

Lighting and automation

Optics

Optics

Optical systeminfinite, with correction of chromatic aberrations
Head.trinocular, inclination 45°, rotation 360°; interpupil distance 50–75 mm
Light-dividing100:0/0:100 or fixed 50:50
OculatorsPL10×/22 mm; optionally PL15×/16 mm
Objectivesplan-achromatic 4×/10×/20×/40×/60×; phase 4×–40×; fluorescent configurations
Objective revolverinternal, 4 or 5 nests

Mechanics and table

Focusingrough 9 mm; precise 0.002 mm
Table.215×250 mm; optional mechanical stroke 120×80 mm
condenserNA 0.3, working distance 72 mm

Lighting and power supply

Passing lightWarm LED 5 W, 3000 K, critical lighting
Fluorescent lightingLED 5 W, channels 385/470/560 nm (Köhler), autoswitch with filter
Auto-disconnectionIR sensor, 30 minutes.
Power supply100-240 V, adapter 12 V/5 A

Camera.

Camera adapters0.35×/0.5×/0.65×/1×, C-mount, with focus

Holders of the subject table

Holder for Petri cups Ø35 mm

Fixing of small culture cups

Holder of Terasaki

Working with Terasaki microplates

Mechanical line of displacement

Accurate positioning of the sample, stroke 120×80 mm

Optics and fluorescence

Labelling lens

Marking and re-search of the sample area of interest

Fluorescent module (3 LED channels)

Observation in channels 385/470/560 nm

Camera.

C-mount adapters 0.35×/0.5×/0.65×/1×

Connecting a camera for digital registration

Related equipment types

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Classification

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Documents

Manufacturer sources