Provides optimal illumination without batteries or electricity
Elevates silently, locks securely in place, releases easily
Fully disposable requiring no disassembly
SpecuLume EZ
Using the power of chemical illumination, SpecuLume provides optimal diffused light to the examination area, eliminating the needs for electricity, batteries or external light sources.
LEARN MOREIntroducing SpecuLume EZ
Patient Care in a New Light
combining the brilliance of chemiluminescent light with a common device like a vaginal speculum, we’ve created a special innovation capable of changing women’s health practices. This single-use, disposable speculum provides optimal diffused light to the examination area without batteries, electricity or external sources.
The functionality of the sturdy classic metal speculum combined with the benefits of modern designs make the SpecuLume EZ silent to operate, completely disposable, and affordable to any budget.
SpecuLume EZ, a single-use illuminated vaginal speculum, provides true intravaginal lighting, reduces the environmental impact of batteries, and increases patient satisfaction.
How it Works
The Brilliant Technology Behind Our Vaginal Speculum and Light Devices
Producing usable chemical light requires the interaction of four key ingredients, each of which are 100% non-toxic and safe for patient care applications. The ingredients we use are shown in the picture you see here.
The Oxalate Ester and Hydrogen Peroxide combine to produce chemical energy, and the Catalyst controls the rate at which the chemical energy is produced. The Fluorescer absorbs the chemical energy and converts it to light. The color of the light produced depends solely on the fluorescer used, so different fluorescers will produce different colors of light.
Cyalume Technologies produces non-toxic, environmentally safe chemical lighting devices by combining the Oxalate Ester and the Fluorescer in one solution. The Hydrogen Peroxide is kept separate from them. One solution is contained in a small sealed glass vial and floated in a closed plastic tube containing the other. When light is needed, pinching the plastic tube breaks the glass.
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