EmPower™ Dual Enzyme Instrument Cleaner 1 gallon bottle

EmPower™ Dual Enzymatic Instrument Detergent is a high-performance cleaning solution designed for pre-cleaning critical or semi-critical medical and dental instruments prior to terminal sterilization or high-level disinfection. Packaged in a convenient 1-gallon bottle, this detergent utilizes a dual-enzymatic formula to effectively remove a wide range of organic and inorganic residues.

Key Features:

• Dual Enzymatic Action: Contains two protease enzymes—protease and lipase—that work synergistically to break down complex organic materials such as blood, tissue, and fats. This ensures comprehensive cleaning of various protein soils. 

• Effective Cleaning: Quickly removes blood, tissue, mucus, and other protein-rich bodily fluids from instruments, making it ideal for busy healthcare environments where thorough instrument cleaning is critical.

• Convenient Size: The 1-gallon container is suitable for high-volume use in medical facilities, ensuring an adequate supply for daily cleaning needs. 

• Compatibility with Automated Washers: Formulated to be compatible with automated washing systems, including ultrasonic cleaners and instrument washers, enhancing overall cleaning efficiency and integrating seamlessly into existing cleaning protocols.

• Non-Corrosive Formula: Designed to be less corrosive than distilled water, reducing the risk of damage to delicate instruments and extending their lifespan. 

• User-Friendly: Easy to use with clear instructions for dilution and application, improving the efficiency of instrument processing workflows. 

• Safe for Healthcare Environments: Provides effective cleaning without harsh chemicals that could pose risks to users or patients, supporting a safe and hygienic environment in medical and dental settings. 

EmPower™ Dual Enzymatic Instrument Detergent is available in both original and fragrance-free versions to accommodate user preferences. The fragrance-free option is particularly suitable for respiratory-sensitive users.