MicroCare Medical has released Spec Clean Pre-treatment Gel Spray, an enzyme-free solution designed to keep surgical instruments moist for up to 72 hours after use.
MicroCare Medical has announced the release of Spec Clean Pre-treatment Gel Spray, a ready-to-use spray gel designed to prevent dried-on debris on surgical instruments during transport and reprocessing delays. The neutral pH, enzyme-free formula is compatible with stainless steel, aluminum, plastics, glass, and ophthalmic instruments, according to the company.
Moisture Hold and Material Safety
The spray maintains instrument moisture for up to 72 hours, even in high-volume environments. According to Ray Bellavance, vice president of global sales and marketing at MicroCare, “Spec Clean Pre-treatment Gel Spray gives healthcare professionals the confidence that instruments will stay moist, protected, and easier to clean—no matter when reprocessing begins.” Bellavance said the product helps reduce the risk of dried soils, which may contribute to biofilm formation.
Enzyme-Free Design
The company stated that enzymatic products, while effective in some cases, may degrade sensitive materials, interfere with specialty coatings, or cause allergic reactions. Spec Clean Pre-treatment Gel Spray is designed as a universal, non-enzymatic alternative to protect a broad range of materials without compromising user safety.
Additional Features
Spec Clean Pre-treatment Gel Spray uses bag-on-valve technology for even coverage and reduced waste, leaves no sticky residue, and includes a light green tint for visual confirmation. It reportedly is formulated with biodegradable surfactants and no hazardous ingredients, supporting both infection prevention and sustainability goals.
Clinical Applications
The spray is intended for use in surgical suites, outpatient centers, emergency departments, and labor and delivery rooms. It can be applied during transport or while instruments await cleaning in central sterile departments, helping protect tools, streamline workflows, and reduce the need for additional cleaning.
Photo: MicroCare Medical
