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The DentalJect™ is intended for topical application to intact mucous membrane (oral cavity). The DentalJect™ is used to target a minimally sized cooling area for lessening pain associated with injections.

The DentalJect™ is a prescription device which attaches to a standard dental syringe and dispenses a non-medicated, non-flammable vapocoolant blend as a topical anesthetic for intact oral mucosa. Pressurized dispensing container, which includes the vapocoolant, canister and valve; Syringe barrel attachment Dental Connector; and DentalJect™ accessory nozzle (actuator).

The Vapocoolshot Mist is intended for topical application to skin, intact mucous membrane (oral cavity, nasal passageways, lips) and minor open wounds. The Vapocoolshot Mist is used to target and minimize cooling area for lessening pain associated with injections (venipuncture, IV starts, cosmetic procedures), minor surgical procedures (such as lancing boils, incision, drainage of small abscesses and sutures) and the temporary relief of minor sports injuries (sprains, bruising, cuts, and abrasions) The Syringe Holder accessory is intended to be attached to the Vapocoolshot Mist and allows for the attachment of a user supplied syringe 1cc (4.5mm) in diameter to facilitate the injection procedure following Vapocoolshot Mist application.

The Syringe Holder accessory (K201248) on the Nozzle of the Primary predicate Vapocoolshot Mist (K193349), allows the attachment of a user supplied syringe diameter 1cc (4.5mm) to 3 cc (10.8mm) for the practitioner to focus on the transient blanching effect for the best rapid, targeted, comfortable and efficient use of the gas Blend misting action onto the skin surface accordance with the best judgment of the physician under aseptic conditions. The Primary predicate Vapocoolshot Mist (K193349) is a vapocoolant (skin refrigerant) canister with standard gas Blend 245fa (1,1,3,3 Pentafluoropropane) and 134a (1,1,2-Tetrafluoroethane) that is designed to spray onto the skin surface for a comfort injection procedure. The vapocoolant cools the skin through rapid evaporation of the non-medicated propellants. The subject device, Syringe Holder accessory (K201248) helps direct the site with the following efficient use of the gas Blend with the syringe: configures refrigerant gas to a mist, targets the transient blanche site, one handed use, keeps the syringe in the same path, and controls the amount of the vapocoolant mixture that is dispensed for the practitioner. Thus, the accessory device avoids over spraying and having to switch from a canister spray effect to a syringe injection technique that may have dissipated the transient numbing effect for comfort results.

The Vapocoolshot Mist is intended for topical application to skin, intact mucous membrane (oral cavity, nasal passageways, lips) and minor open wounds. The Vapocoolshot Mist is used to target and minimize cooling area for lessening pain associated with injections (venipuncture, IV starts, cosmetic procedures (such as lancing boils, incision, drainage of small abscesses and sutures) and the temporary relief of minor sports injuries (sprains, bruising, cuts, and abrasions).

The Vapocoolshot Mist is a Vapocoolant (skin refrigerant) canister with an accessory nozzle that is intended for instant topical anesthetic. The Vapocoolshot Mist allows for the ease of use for a rapid, targeted, comfortable misting action of the refrigerant (cold like ice) onto the skin surface. Vapocoolshot Mist is prescription device designed to deliver a standard mixture 245fa (1,1,3,3-Pentafluoropropane) and 134a (1,1,1,2-Tetrafluoroethane) mist spray that will provide a transient refrigerant action. This mixture self-propels itself from the delivery system, which is designed to account for its low vapor pressure. The Vapocoolshot's nozzle, device's delivery system, controls the amount of the vapocoolant mixture that is dispensed. The mist spray configuration produces very fine droplets that create cooling at the points of contact. The Vapocoolshot produces a mist that contacts the skin surface at a targeted location. The skin is cooled through rapid evaporation of the non-medicated propellants.