Leica DCM8 white light confocal interference microscope

The Leica DCM8 white light confocal interference microscope adopts non-contact three-dimensional optical surface measurement technology. Designed to improve your work efficiency, it is a multifunctional dual core system that combines the advantages of high-definition confocal microscopy and interferometric measurement technology. One click mode selection, precise software, and high-resolution confocal scanning technology without moving parts ensure users achieve ultra fast analysis operations.

The system can be configured with various specifications of Leica lenses, electric stages, and barrels to fully suit your sample. To meet the document creation needs of customers, Leica DCM8 includes one high-definition CCD camera and four LED light sources (RGB and white) that can provide vivid true color imaging effects. Leica DCM8 adopts non-contact 3D optical surface measurement technology. Designed to improve your work efficiency, it is a multifunctional dual core system that combines the advantages of high-definition confocal microscopy and interferometric measurement technology. One click mode selection, precise software, and high-resolution confocal scanning technology without moving parts ensure users achieve ultra fast analysis operations.

The system can be configured with various specifications of Leica lenses, electric stages, and barrels to fully suit your sample. To meet the document creation needs of customers, the Leica DCM8 white light confocal interference microscope includes one high-definition CCD camera and four LED light sources (RGB and white) that can provide vivid true color imaging effects.

Has precision and repeatability

Does the surface of the product you are viewing have a steep slope or a complex morphology? A high-definition confocal microscope can achieve a vertical resolution of 2 nanometers. Is the product surface you are viewing very flat but with very small peaks and pits? You can choose from the following three interferometric measurement modes: vertical scanning interferometry (VSI); Phase shift interferometry (PSI) or extended phase shift interferometry (ePSI) suitable for resolutions up to 0.1 nanometers. If you need fast and stunning high-definition 2D images, the Leica DCM8 offers both bright and dark field modes.

Quickly capture surface data

The Leica DCM8 white light confocal interference microscope adopts innovative high-definition microdisplay scanning technology. Due to the absence of moving parts in the sensor head, the device is able to capture data quickly and reproductively. The integrated high-definition CCD camera has a large field of view and can observe a large sample area. For samples with large areas, in order to obtain seamless and accurate models, it is only necessary to choose the ultra fast XY terrain stitching mode.

Can effectively analyze the structure

Our user-friendly LeicaSCAN software is capable of controlling Leica DCM8 devices. Formula schemes, diverse scripts, and statistical analysis can optimize workflow. Do you still need to perform more complex 3D measurement tasks? Then choose our Leica Map software and a complete set of advanced analysis tools. Of course, if you only need two-dimensional images, the Leica Application Suite (LAS) will further expand the measurement capabilities of the system.

It's easy to match your sample

We can configure the Leica DCM8 white light confocal interference microscope to suit your samples, from reflective surfaces to surfaces beneath transparent layers, and even samples that require larger working distances - we can provide high-quality objectives that meet your needs. For large-sized samples, choose from our adjustable tube and electric stage series. In addition, the system also uses four different colored LED lights, allowing you to choose the wavelength suitable for observing specific materials.

Obtain high-quality images

By combining optical components with high-definition CCD cameras and red, green, blue, and white LED light sources, the Leica DCM8 white confocal interference microscope can provide realistic high-definition color images. In addition, the continuity of the LED ensures that each pixel can record true color information. The result of improved resolution and contrast is the ability to provide crystal clear images for your samples.