The Leica DM750 M is an entry-level materials microscope for brightfield, oblique and polarized light. It was specifically designed to serve the needs of standard quality control and materials analysis in the QC-laboratory as well as the general educational needs in universities of applied sciences and technical colleges

• Reflected light illuminator with capability for brightfield, oblique and polarized light.
• Patented stage well for tall samples allow the viewing of polished materials in mountsthicker than 17 mm.
• LED illumination provides cool, white light with a lifetime of over 20 years average use. No longer need to change lamps during lab time and save the expense of replacement lamps.

The new Leica DM1750 M microscope was developed for routine use, even in difficult ambient conditions, and for imaging large samples. Built sturdy and solid, the Leica DM1750 M has excellent optics from Leica Microsystems and, with regard to the size of your samples, gives you plenty of room to maneuver. There is option of varying the power LED illumination angle and adjusting it to best view the sample.

• Universal: great variability of the stage configuration for examining larger samples
• Precise analysis results: through integrated LED segmented lighting
• Excellent price-performance ratio
• Comfortable work: through the best ergonomics in every detail

The Leica DM2700 M is a perfectly tailored system, exactly configured to the requirements of your application. Through the extensive modularity, the Leica DM2700 M grows with your tasks, for example through the addition of a camera and documentation and analysis software. It’s ideal for all tasks in quality inspection and assurance, as well as in materials analysis and materials research and development

• Accurate analysis results: through brilliant Leica HC optics
• Huge overview onto the sample: through optimized macro objective
• Budget-friendly: through simple retrofit and accessories
• Fast, time-saving work: with integrated assistance for users
• Safer examination: through integrated safety functions in the instrument
• Comfortable work: through completely ergonomic design