DM2700P 呼和浩特市LEICA新品徕卡DM2700P偏光显微镜

The Leica DM2700 P offers, unique for this class of microscope, a five-position centerable nosepiece. The microscope can be equipped with different objectives for specific tasks.

For reliable investigations of birefringence materials, Leica Microsystems offers a wide range of  polarization objectives. Select from a variety of objectives designed for qualitative and quantitative polarization.

Choose a conoscopy module that adapts to your application and budget:
The advanced module with centerable, focusable Bertrand lens; pinhole; and extended field of view is ideal for transmitted light and incident light microscope configurations.
Two standard modules with centerable, focusable Bertrand lens or pre-focussed Bertrand lense only, built-in analyzer, and integrated pinhole, are suitable for transmitted light microscope configurations.
The Bertrand lens cube is centerable and pre-focused for microscope configurations with an incident light axis.

Ultra-bright, high-power LED illumination provides a constant color temperature of 4500º K for incident and transmitted light illumination methods. It offers real color imaging at all intensity levels without the need of additional filters. With a long lifetime and low power consumption, LEDs have enormous savings potential.

Five-position Centerable Nosepiece

The Leica DM2700 P offers, unique for this class of microscope, a five-position centerable nosepiece. The microscope can be equipped with different objectives for specific tasks.

Strain Free Objectives Designed for Your Application

For reliable investigations of birefringence materials, Leica Microsystems offers a wide range of  polarization objectives. Select from a variety of objectives designed for qualitative and quantitative polarization.

Flexible Conoscopy

Choose a conoscopy module that adapts to your application and budget:
The advanced module with centerable, focusable Bertrand lens; pinhole; and extended field of view is ideal for transmitted light and incident light microscope configurations.
Two standard modules with centerable, focusable Bertrand lens or pre-focussed Bertrand lense only, built-in analyzer, and integrated pinhole, are suitable for transmitted light microscope configurations.
The Bertrand lens cube is centerable and pre-focused for microscope configurations with an incident light axis.

LED Illumination

Ultra-bright, high-power LED illumination provides a constant color temperature of 4500º K for incident and transmitted light illumination methods. It offers real color imaging at all intensity levels without the need of additional filters. With a long lifetime and low power consumption, LEDs have enormous savings potential.

Five-position Centerable Nosepiece

The Leica DM2700 P offers, unique for this class of microscope, a five-position centerable nosepiece. The microscope can be equipped with different objectives for specific tasks.

Strain Free Objectives Designed for Your Application

For reliable investigations of birefringence materials, Leica Microsystems offers a wide range of  polarization objectives. Select from a variety of objectives designed for qualitative and quantitative polarization.

Flexible Conoscopy

Choose a conoscopy module that adapts to your application and budget:
The advanced module with centerable, focusable Bertrand lens; pinhole; and extended field of view is ideal for transmitted light and incident light microscope configurations.
Two standard modules with centerable, focusable Bertrand lens or pre-focussed Bertrand lense only, built-in analyzer, and integrated pinhole, are suitable for transmitted light microscope configurations.
The Bertrand lens cube is centerable and pre-focused for microscope configurations with an incident light axis.

LED Illumination

Ultra-bright, high-power LED illumination provides a constant color temperature of 4500º K for incident and transmitted light illumination methods. It offers real color imaging at all intensity levels without the need of additional filters. With a long lifetime and low power consumption, LEDs have enormous savings potential.