IXplore IX73标准倒置显微镜

High-Quality Imaging

Designed for simple multicolor fluorescence imaging and routine experiments, the IXplore™ Standard microscope system is easy to operate and capable of producing excellent, publication-quality images. A range of encoded unit options makes it easy to get accurate and reproducible results.

Accuracy and Repeatability

Smooth Tracking at High Magnification

The IX3-SVR manual stage features a smooth positioning system that enables cells to be easily tracked, even at high magnifications.

• Observation limit settings immobilize the stage and help maintain its position, including during reagent applications, even if the stage is inadvertently touched.
• Using the stage's fixing plate and positioning screws, you can remove a 35 mm dish from the stage, transfer it to an incubator, and return it to its exact previous position.

Easy Köehler Illumination

The condenser can be moved and easily reset to Köhler illumination using the conveniently located condenser lock and control knobs.

Ease of Use

One Camera for Multiple Applications

The DP75 digital microscope camera is a high-performance, multi-application imaging tool that makes it easy to capture high-resolution brightfield or fluorescence images using a single camera.

High Contrast under Bright Conditions

The unit is designed specifically for fluorescence observation. It efficiently blocks out room light, enhances the contrast of fluorescence, and enables clear fluorescence observation under bright conditions.

Intuitive Operation with cellSens™ Imaging Software

Our cellSens software is easy to use, powerful, and flexible. Featuring a modular design, the software can be tailored to your budget and imaging applications. This enables the software to grow and adapt to meet evolving research needs.

High-Quality Imaging

High Signal-to-Noise Fluorescence Mirror Units for Efficient Signal Detection

All fluorescence mirror units feature filters treated with a specially developed coating that absorbs more than 99% of stray light. This reduction in reflections and high transmittance of the mirror units helps provide fluorescence images with a high signal-to-noise ratio.