$31.45

• Fast-acting bioenzymatic enzymes; removes blood and tissue
• Biodegradable; non-chlorine; anti-rust; non-corrosive
• For ultrasonic cleaners, pre-soak, and evacuation systems
• 2 tablets per gallon; pre-measured dose per tank fill
• Mint scented; removes debris resistant to other detergents
• Quantity: 64 per Pack

3D Dental Pristine Ultrasonic Bio-Enzymatic Cleaning Tablets is used for preparing the instrument cleaning solution in the ultrasonic cleaner tank during the instrument reprocessing cycle. The pre-measured tablet format provides the correct amount of bioenzymatic cleaning concentrate for each tank fill without the measuring and dilution steps required for liquid enzymatic concentrates, and the fast-acting enzyme system breaks down organic bioburden, including blood, saliva, bone fragments, and tissue debris, by cleaving the protein bonds holding these materials to the instrument surface. Each pack contains 64 tablets, dosed at two tablets per gallon of water.

Dental offices ordering ultrasonic cleaning tablets from their supplier can buy this format for its dual role as both an ultrasonic cleaner solution and an instrument pre-soak or evacuation system cleaner, simplifying supply inventory by covering three reprocessing functions with one product. The biodegradable formula supports standard drain disposal, and the non-chlorine, anti-rust formulation protects metal instrument surfaces from corrosion during and after cleaning. The two-tablets-per-gallon dilution eliminates the measurement error risk associated with liquid concentrate dilution, ensuring consistent solution concentration for every tank fill without a measuring container or graduated cylinder at the processing station. The enzymatic action helps remove bioburden from instrument surface features, hinges, and crevices more effectively than non-enzymatic cleaning solutions alone, and the fresh mint scent of the working solution provides a milder odor during processing compared to the harsher chemical smell of some non-scented cleaning agents.