Get the best possible results for your daily fluorescence and brightfield imaging applications with outstanding resolution and sensitivity.
These cooled 2.8 megapixel cameras provide a new paradigm for camera image quality through truly innovative design.
Get the acquisition modalities you need for your specific sample with the choice of two cameras: The monochrome DFC7000 GT for demanding fluorescence applications, or the color DFC7000 T developed for both brightfield and fluorescence imaging.
Are you keen on a large field of view? These cameras provide it. Two reasons: One, each camera sensor features 2.8 megapixel with a pixel size of 4.54 µm. Two, Leica Microsystems’ latest generation objectives with low magnification and high-numerical aperture objectives. It's the combination of both that offers you the large field of view.
Capture images at up to 40 frames per second at full resolution and 50 fps with exclusive turbo mode! These cameras will convince you with the quality and speed the state-of-the-art CCD sensor provides.
The Bright Side of Life: DFC7000 T
You know the challenge: You want to document your stained specimens and tissues in brightfield and need to represent the colors as close to reality as possible. Subtle differences in color toning can be the difference between excellent images and images that are just “good enough.” The Leica DFC7000 T helps you drive toward imaging excellence!
The DFC7000 GT camera masters multi-color fluorescence imaging even under really challenging light conditions:
The Leica DFC7000 cameras can be triggered, so that the entire imaging system with all peripherals can be fine-tuned to meet even the highest standards. Fluorescence specimens are protected from unnecessary light, filter changes take place in the shortest time and new images can be acquired while the current one is transferred to PC.
This is made possible by Leica Microsystems’ powerful LAS X software
The software platform features an easy-to-use and easy-to-learn graphical interface focused on and adjustable to the needs of the users.