3M™ Press-On™ Optics, also known as Fresnel Prisms, and Press-On Aspherics, provide a system for creating prismatic and spherical corrections.
3M™ Press-On™ Optics offer the eye care professional and the patient several benefits:
• A simple, therapeutic, inexpensive, way to correct several visual disorders.
• Provide an immediate correction.
• They are more comfortable, more cosmetically appealing treatment for strabismus and dipolpia than conventional prisms.
• They add NO noticeable weight or thickness to the spectacle.
• Adheres with just water to existing lenses, yet it can be easily repositioned.
• Apply a Press-On sphere or prism to the back surface of one or both lenses of the patient's eyeglasses with just water.
• A range of powers from +1.00 to +3.00 prism diopters allows you to broaden therapeutic uses & provide additional treatment options in your practice.
Made of polyvinyl chloride
Photo used with permission from 3M
3M™ Press-On™ Optics offer the eye care professional and the patient several benefits:
• A simple, therapeutic, inexpensive, way to correct several visual disorders.
• Provide an immediate correction.
• They are more comfortable, more cosmetically appealing treatment for strabismus and dipolpia than conventional prisms.
• They add NO noticeable weight or thickness to the spectacle.
• Adheres with just water to existing lenses, yet it can be easily repositioned.
• Apply a Press-On sphere or prism to the back surface of one or both lenses of the patient's eyeglasses with just water.
• A range of powers from +1.00 to +3.00 prism diopters allows you to broaden therapeutic uses & provide additional treatment options in your practice.
Made of polyvinyl chloride
Photo used with permission from 3M
3M™ Press-On™ Prisms:
Range: +1.0 Diopter to +3.0D
Material: Polyvinyl Chloride
Thickness: 1mm
Dimensions: 25.4mm x 16mm
Units/Package: 2 pre-cut lenses per package
Range: +1.0 Diopter to +3.0D
Material: Polyvinyl Chloride
Thickness: 1mm
Dimensions: 25.4mm x 16mm
Units/Package: 2 pre-cut lenses per package