For transmitted light applications. The Leica LED3000 BLI makes it easy to equip a microscope system with transmitted light. The illuminator can be combined with standard baseplates or even used as a standalone instrument. The intuitive touch panel and large work surface make it exceptionally easy to use.

The Leica LED5000 CXI coaxial illuminator is used for quality control of flat, polished, or reflective samples. Scratches, cracks, impurities, and pores are made exceptionally visible. With coaxial illumination, light is coupled directly into a beam path and reflected into another beam path by the flat sample. Uneven areas and scratches do not reflect this light and become visually emphasized.

Microscopy – Page 4 – DMI Medical USA

Q: Fiber optic LED Cold-light source CLS series

The Leica CLS LED light source has been developed for routine and high-end microscopy applications. It is compatible with all fiber-optic light guides of the LED series.

Q: TL5000 Ergo for fully automated tasks at high magnifications

With the TL5000 Ergo you can manage and control all base settings via software for maximum control, whatever your project. Manual push buttons on the base allow cycling through the different contrasts: brightfield, Rottermann contrast (from North and South), or double-sided darkfield. Reproduce imaging conditions from past projects with the store & recall function in the software

Q: Transmitted Light Bases TL3000 Ergo & TL5000 Ergo

TL3000 Ergo from Leica stands for intuitive manual operation. Effortlessly pass through the different contrast options: brightfield, Rottermann contrast, or one-sided darkfield. Fine-tuning of the contrast is easy, and all with just a single knob. The base is fully coded and compatible with Leica software, so all important imaging parameters are saved with your images. This allows you to use the store & recall function of LAS and LAS X software.

Q: Leica LED3000 DI & Leica LED5000 HDI

Diffused illumination gives uniform illumination without shadow and glare effects. The Leica LED3000 DI and LED5000 HDI are ideal for documenting samples that are difficult to illuminate using other methods. LEICA LED3000 DI Increased sample accessibility Perfect positioning flexibility using the gooseneck Separate gooseneck with control element Ideal for combination with ring light or spotlight illuminators LEICA LED5000 HDI Diffused all-around illumination suppresses reflections and shading Stray light/ambient light is eliminated Constant illumination intensity Easy access to the sample for realignment

Q: Leica LED3000 MCI & Leica LED5000 MCI

The unique Leica MCI (Multi Contrast Illumination) systems are ideal for applications that previously required goosenecks. The flat angle of the oblique incident light creates particularly high contrast for precise viewing of even the smallest uneven surfaces and defects such as scratches and dust particles. the settings are fully reproducible. Using Leica Application Suite software and Leica SmartTouch ™ control, you can quickly and easily recall stored illumination parameters at any time using the Leica LED5000 MCI.

Q: Leica LED3000 NVI & Leica LED5000 NVI

The Leica LED3000 NVI is ideal for viewing recesses and holes, since the light falls almost vertically on the sample. In contrast to coaxial illumination it is also ideally suited for non-reflective and uneven sample Surface. NVI illumination shines almost straight down onto the sample plane. This allows cavities and recesses to be very well illuminated. The Leica NVI is installed between the microscope carrier and the objectives

Q: Leica Spotlight | Gooseneck illumination

The Leica LED3000 SLI and Leica LED5000 SLI each feature two bright LED spotlights, which can be individually adjusted to the sample with two goosenecks. The control element is mounted on a separate gooseneck and can be placed in any position.

Q: software Leica LED3000 RL & LED5000 RL

The light is arranged in a ring around the objective and shines down onto the sample. Illuminate from defined segments or uniformly, depending on the properties of the sample