Illuminators

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.

Patented new Axial PointScource Optics. Illumination system converges the light to a point at the cornea, allowing easy entry into small, undilated pupils.