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BXiS simplifies image capture

Create your own Olympus system

Easily expand to future applications

The development of Olympus Bxis microscope systems is based on cutting-edge optical and imaging technologies and is suitable for any material application. Combined with Olympus Stream software, it provides comfortable operation and flexible solutions.

Viewpoint adjustment mechanism based on ergonomics

Clear images generated by UIS2 objective lens

Miniature inverted metallographic microscope suitable for production lines

GX41 is a miniature inverted metallographic microscope suitable for production lines, which can perform bright field and simple polarized light observation. Its body is light and compact, easy to carry and simple to operate.

Ergonomic design and efficient operation

Electrification improves research and inspection efficiency

Clear images and excellent resolution

The GX51 metallographic microscope is an inverted metallographic microscope that can achieve bright field, dark field, differential interference, and simple polarization observation. A digital camera can be connected through the middle observation tube on the side, and a model that can build a multi-functional observation and research system.

Fully automatic inspection and analysis process

Provide a variety of statistical analysis tools

Support multi-field position measurement

Olympus porosity analysis system is mainly used for casting porosity analysis of aluminum alloys and cast iron castings. It is also suitable for porosity analysis of other materials. Such as carbon fiber, graphite, etc.

Simple and reliable microscope design

High-power multifunctional LED illumination

Top-quality optical components

The Leica DM2700M is a versatile upright microscope system suitable for bright-field, dark-field, differential interference, polarization and fluorescence applications. In addition to all incident light applications, it is also suitable for all applications with transmitted light. The microscope's objectives are not only innovative but also cost-effective, always providing high-contrast and sharp images, which are no less than the images captured through the eyepieces and digital lenses. Leica microscopes combine images with sharp contrast and sharpness with high-resolution fields of view and optimized image fields of view. No matter how demanding the work requirements are, Leica Micro-systems always provides an economical solution. It represents a simple and reliable microscope design that improves your workflow and allows you to focus on your work.

With 6 objective nose-pieces

Fully coded semi-automatic

Stress-free optics

The Leica DM4 P semi-automatic upright polarizing microscope is suitable for all operations in polarizing microscopy. It is ideally suited for conoscope analysis: for studying interference patterns. The shape of these patterns and their modification by the compensator yield information about the optical properties of the investigated material. You can determine the number of optical axes, the angle of the optical axes and the optical properties of a material. Ideal for studying crystal structures, whether in minerals, plastics and polymers, pharmaceuticals or fuels and bonding agents.

Stress-free optics

LED illumination Constant color temperature

If you do not need full automation and maximum reproducibility, the Leica DM2700 P is the instrument of choice. In addition to automation, it offers the same flexibility as the Leica DM4 P.

Stress-free optics

LED illumination Constant color temperature

Everyday durability Simple to use

When teaching, you need a durable tool that your students can use every day. Simple to use, plug and play – these are the prerequisites for successful teaching. Obviously, the Leica DM750 P upright polarizing microscope meets this requirement.

Powerful image acquisition and software analysis functions

Ergonomic variable observation angle lens tube

Built-in 6V/35W halogen light source

Leica DM ILM Leica inverted metallographic microscope is designed for metallographic and material inspection. It is suitable for routine industrial daily observation and measurement tasks such as materials, production control inspection, metallographic teaching, etc. Leica's outstanding optical devices and high-performance optical microscope system, combined with a wide range of objective lens selection, provide sharp, clear bright field reflected light, polarized light and fluorescence high resolution and contrast effects, ensuring satisfactory imaging effects. It is more suitable for the observation of large workpieces and large samples, especially when series observation and large sample inspection are required, and it can effectively save time.