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OSspray Sylc CR compound is a single-phase calcium phosphosilicate ceramic product intended for the removal of weakened or decayed small enamel lesions, in addition to the cleaning of enamel surfaces and providing relief of hypersensitivity associated with exposed dentin and open dentinal tubules.

OSspray Sylc CR is a biologically-compatible device designed to selectively remove weakened or decayed carious enamel without damaging underlying healthy enamel in addition to cleaning tooth surfaces and closing exposed dentine tubules. The device when applied as a dry powder via an air polishing or air abrasion delivery system to a decayed enamel surface will abrade away the decayed tissue. The process of cleaning the tooth surface physically occludes exposed dentin tubules for the management of sensitive teeth. OSspray cares removal powder is a dry inorganic particulate, (calcium phosphosilicate), composed of elements that occur naturally in the body's hard tissues (Ca, Na, Si, P, and O). To aid powder flow less than 2% by weight of silicon dioxide (Aerosil R972 Pharma) is added to the calcium phosphosilicate.

SylcTM SmarTip™ is a disposable, single-use device containing OSspray Cleaning Compound powder, intended for prophylaxis and polishing of dental enamel surfaces and rapid relief of hypersensitivity associated with exposed tooth dentin. Studies have shown that Sylc™ SmarTip™ is effective at occluding exposed dentinal tubules, which has been shown in the literature to be associated with a reduction in hypersensitivity.

Sylc™ SmarTip™ is a single-use, disposable hand-held device that utilizes a standard dental hand piece air source, and is designed to project a stream of dry particulate onto a tooth surface to clean tooth surfaces and close exposed dentin tubules. The process of cleaning the tooth surface physically occludes dentin tubules for the management of sensitive teeth. The powder chamber contains OSspray Cleaning Compound (K062502) which is a dry inorganic particulate, (calcium sodium phosphosilicate). When exposed to an aqueous environment, the material undergoes a rapid surface reaction, allowing it to physically adhere to exposed dentin and to physically occlude tubules. Within a short period of time, essentially all of the particles react to form hydroxycarbonate apatite (HCA), which is chemically and structurally similar to natural tooth mineral.