The Prima OPH is a versatile microscope designed for both surgical and clinical environments. With an intelligent LED illumination system that runs long and cool, an Apochromatic optical system, and superb RedReflex system, and motorized movement, this microscope delivers on the promise of high performance at affordability.
A super bright LED produces over 80,000 Lux with a color temperature of 5700 degrees Kelvin to produce a natural daylight illumination. A run time of 60,000 hours eliminates the need for bulb change. Electronics built directly into the swivel arm make the Prima OPH the most compact solution in its class.
An Apochromatic optical system produces sharp, aberration-free images at every step. Proprietary MaxLite™ coatings promise the highest degree of anti-reflective and anti-scratch properties, yielding artifact free and durable optics.
RedReflex is made possible in the Prima OPH thanks to an ingenious optical design, enabling visualization of an illuminated retina for easy detection of ruptured vessels, arteries, or damage to the optic disc.
RedReflex is made possible in the Prima OPH thanks to an ingenious optical design, enabling visualization of an illuminated retina for easy detection of ruptured vessels, arteries, or damage to the optic disc.
The Prima OPH is a versatile microscope designed for both surgical and clinical environments. With an intelligent LED illumination system that runs long and cool, an Apochromatic optical system, and superb RedReflex system, and motorized movement, this microscope delivers on the promise of high performance at affordability.
A super bright LED produces over 80,000 Lux with a color temperature of 5700 degrees Kelvin to produce a natural daylight illumination. A run time of 60,000 hours eliminates the need for bulb change. Electronics built directly into the swivel arm make the Prima OPH the most compact solution in its class.
An Apochromatic optical system produces sharp, aberration-free images at every step. Proprietary MaxLite™ coatings promise the highest degree of anti-reflective and anti-scratch properties, yielding artifact free and durable optics.
RedReflex is made possible in the Prima OPH thanks to an ingenious optical design, enabling visualization of an illuminated retina for easy detection of ruptured vessels, arteries, or damage to the optic disc.
RedReflex is made possible in the Prima OPH thanks to an ingenious optical design, enabling visualization of an illuminated retina for easy detection of ruptured vessels, arteries, or damage to the optic disc.
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