Leica DM IL LED Inverted Fluorescence Laboratory Microscope

NegotiableUpdate on 01/03

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Overview

The Leica DM IL LED inverted fluorescence laboratory microscope features high-performance optical components, ergonomic design, and 5W LED illumination, making it an ideal choice for cell culture, microscopy, immunostaining sample imaging, and routine examination of live cells.

Product Details

Leica DM IL LED Inverted Fluorescence Laboratory Microscope

The Leica DM IL LED inverted microscope features high-performance optical components, ergonomic design, and 5W LED illumination, making it an ideal choice for cell culture, microscopy, immunostaining sample imaging, and routine examination of live cells.

Leica DM IL LED provides various comparison methods, making it convenient for you to image and observe samples as needed. With just a few steps, high-quality phase contrast imaging, excellent modulation contrast imaging, and clear fluorescence imaging can be obtained. High stability, ample operating space, longer working distance suitable for large culture bottles, stable illumination without heating, making microscope imaging easier and more convenient.

DM IL LED has been certified for in vitro diagnostics (IVD), including in vitro fertilization (IVF), and meets the requirements for medical diagnosis.

comparative method

HeLa cell integration modulation contrast (IMC)

In addition to phase contrast and bright field illumination, DM IL also offers Leica Integrated Modulation Contrast (IMC) without the need for special objective lenses

You can choose to zoom in at 10, 20, 32, and 40 times.

cell culture

DM IL has a longer working distance, allowing you to easily image large cell culture flasks.

When your cell culture reaches advanced levels, DM IL Cell Factory is the right choice. The transmitted light illumination of the robotic arm reaches 480 millimeters, and even fluorescence observation can view up to 10 large multi-layer containers in the culture chamber.

DM IL can be upgraded to adapt to large-scale cell culture.

Live-cell imaging

Maintaining the optimal environment is crucial when observing live cells under a microscope. Leica microscopy systems provide environmental control accessories suitable for various applications, making it easy to control the environmental conditions of experimental samples.

Easy and comfortable

All controls, such as focus knob, brightness controller, spotlight height adjuster, objective dial, and XY stage adjuster, are ergonomically designed to allow users to easily and comfortably operate the sample.

The height of the stage can be adjusted, and the height of the tube designed ergonomically can be adjusted to meet the requirements of different users.

Leica DM IL LED Inverted Fluorescence Laboratory MicroscopeErgonomic Design

Long service life of up to 50000 hours

The 5W LED light source with high intensity and high contrast has a service life of up to 50000 hours, and the color temperature remains constant even after long-term use. Therefore, the collection of experimental results becomes very simple and reliable. The brightness of LED can be automatically adjusted according to different comparison methods, thereby reducing the time required for manual operation.

徕卡DM IL LED倒置荧光实验室显微镜

Fluorescence imaging

DM IL is equipped with a 3-speed fluorescent filter slider, which enables clear fluorescence imaging. Meanwhile, by using zero pixel offset technology, multiple fluorescent images can be reliably overlaid.

You can easily replace different filter sliders to meet the imaging needs of more fluorescent dyes.

Convallaria lilly of the valley,10x, Fluorescence

record

DM IL LED has various digital cameras suitable for bright field and fluorescence imaging image acquisition.

Combined with the powerful LAS X software, it provides powerful support for every microscopic imaging task, from simple image acquisition to live cell imaging.

LAS X Ease Operation Mode

Product advantages

Comprehensive contrast observation method combination
Leica Microsystems has developed two focusing lenses for Leica DMIL LED, which are suitable for corresponding contrast observation methods across the entire magnification range. They can be used for phase difference observation with up to 63X objective lenses, as well as integrated modulation contrast (IMC) observation with 40X objective lenses

The phase difference observation method is mainly used for live cell microscopy examination: the three prefabricated phase difference rings on the Leica DMIL LED slider can adapt to all objectives within the 5X-63X range. When switching between phase difference observation and bright field observation methods, the intelligent LED lighting device can automatically adjust the light intensity.

Integrated Modulation Contrast (IMC) can present relief images. Unlike traditional differential interferometry observation methods, the IMC developed by Leica Microsystems does not require a special objective lens. The two spotlights and standard 10X, 20X, 32X, and 40X objectives that come with DMIL LED provide IMC observation method.

Flexible fluorescence applications

DMIL LED fluo provides an integrated module for incident light fluorescence, which can be used simultaneously for both transmitted light observation and fluorescence observation to clearly distinguish target structures. The optimized color filter block minimizes stray light to the greatest extent possible, and the built-in light shield can protect the specimen from bleaching.

Users can freely choose conventional lighting devices (halogen lamps, mercury lamps, or high-pressure xenon lamps), Leica EL6000 optocoupler, and Leica's new LED lighting device as fluorescent light sources.

Comfortable operation

The control components designed with ergonomics, such as focal length dial, brightness controller, spotlight height adjuster, objective lens turntable, and XY axis stage adjustment, ensure more comfortable user operation and reduce operational fatigue.

The large working distance provides ample space for larger culture bottles, and the unobstructed free observation design of the sample area enables the disposal of specimens with greater detection difficulty.

cost-effective

The LED lighting unit has a compact structure and a service life of up to 50000 hours. The service life of LED is 250 times longer than that of conventional halogen lamps, and it is easy to maintain. With a power of 5W, it emits light efficiently, has a constant color temperature, and produces very little heat. With the help of matching filters, it can ensure lighting effects in any color tone. In addition, users can activate the built-in automatic shutdown function to save energy and electricity.

DMIL LED also has a heating table and heating plug suitable for live cell microscopy, as well as a multi person viewing connector that can accommodate simultaneous observation by two observers. In addition, the microscope host can be highly compatible with the eyepiece, objective lens, observation tube, contrast observation method, and other microscopic components of Leica research inverted microscopes.