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Put your thumb in front of your eye and look at a tree, car or house. They appear to be about the same size, while in reality, we know your thumb is much smaller. This disproportionate perception occurs because our eyes are not telecentric, so objects closer to our eyes appear larger. Non-telecentric metrology solutions inaccurately measure objects closer to the camera as larger than objects farther away from the camera.

Because the Leica DMS1000 offers fully-telecentric optics, users can rely on the system for accurate measurements. Please keep in mind that the Leica DMS1000 only is telecentric with an adapter and the proper objectives as mentioned in the user manual.

Parcentric optics help keep the area of interest centered throughout the entire zoom range. This saves time as users need not move the sample for each zoom setting. Telecentric optics uses rays for imaging that leave the object plane at a perpendicular angle. This helps to avoid lateral shifts of the field of view and/or variations of the imaging scale during focusing as the perspective is perpendicular over the whole object field.

A parfocal and telecentric system enables users to change the magnification without having to refocus or reposition the sample on every zoom setting. The setup is straightforward and simple. First center your sample on the monitor at the lowest zoom setting and bring it into focus. Then move the magnification to the highest setting and again bring the image back into focus. The specimen or area of interest will remain centered and in focus throughout the zoom range.

With the Leica DMS1000, a monitor takes the place of eyepieces. As a rule of thumb, the larger the monitor, the greater the magnification factor. The magnification range of the Leica DMS1000 system provides ranges from about 3x to 300x using a 10” and 22” monitor respectively. LAS offers the ability to display the total digital microscope system magnification based on monitor size, and most importantly, an accurate scale bar.

We recommend using a damp cloth, with water and alcohol (max. 70%) solution, on external surfaces and the glass objectives.

FlexAperture automatically maintains a homogenous illumination throughout the zoom range of the Leica DMS1000. This keeps the camera exposure time constant, thereby saving time and increasing efficiency.

Yes, the system can work on a Mac OS using the Leica Acquire (version 2.0) software. With Leica Acquire you can easily capture images. If you wish to use Leica Applications Suite on a Mac, you will need to install Apple BootCamp and a compatible Windows OS to run in PC mode.

Yes, users can run the Leica DMS1000 with LAS and many of its optional modules. LAS is included in the Leica DMS1000 package.

All LAS modules except Leica LAS Power Mosaic are technically compatible.

Absolutely. Leica LAS Live Image Builder will produce extraordinary panoramic and extended focus images when the Leica DMS1000 is configured with a manual XYZ stage and focus. Leica LAS MultiStep can automatically acquire outstanding panoramic images in conjunction with a motorized stage. Stunning 3D qualitative and quantitative images can also be acquired when configured with a Leica Motor Focus and Leica LAS Montage.

Yes you can, up to ten custom overlays can be imported to the Leica DMS1000. Step by step instructions and templates are available on the Leica DMS1000 product website under Downloads / Software.

The Leica DMS1000 B is a complete outfit that includes the Leica DMS1000 but has been certified for in-vitro-applications like in-vitro-fertilization (IVF).

Yes. From time to time new firmware updates will be made available to improve performance and/or add new features. This can be easily done without the need to return the unit. New firmware updates will be posted on the Leica DMS1000 product website under Downloads / Firmware. Step by step instructions are also provided with the download.

Because the Leica DMS1000 offers fully-telecentric optics, users can rely on the system for accurate measurements. Please keep in mind that the Leica DMS1000 only is telecentric with an adapter and the proper objectives as mentioned in the user manual.

A digital microscope is a microscope without eyepieces. Instead of eyepieces, it has a digital camera that acquires live images which are visible on a monitor.

Digital microscopes are suitable for a wide range of technical applications. They are ideal instruments for fast and easy documentation of parts and samples during manufacturing, as well as assembly, quality control, and failure analysis of manufactured parts.

Digital microscopes are designed for rapid acquisition of high quality images in quality control, failure analysis, and documentation. These images must be calibrated, which means that measurement data taken from the image, such as dimensions, are correctly quantified and accurate. Suitable software makes sure that images can be analyzed easily. For example measurements can be made with the image, it can then be annotated and stored in a standard format for later use in reports, presentations, publications, or discussion with colleagues or customers.

The precise calibration data, such as dimensions in the x, y, and z directions, and crucial parameters, such as magnification and the corresponding scale bar, are recorded directly with each image. These features ensure that image analysis leads to accurate measurement and quantification data.