Description
Versatility in every drop: With its low-foam, pH-neutral, ultra-concentrated formulation, XEN Enzymatic+ delivers superb control for cleaning a wide range of medical instruments, including your most intricate devices. Formulated to remove the most challenging soils, it’s also compatible with a broad range of materials and devices. Enzymatic+’s quadruple-enzyme formula is designed for optimal results in manual cleaning, ultrasonic machines, automated washer-disinfectors, and cart washers. It remains transparent at all doses and temperatures, simplifying sterile processing workflows. Formulated for enzyme stability, Enzymatic+ withstands high temperatures during transport, resulting in an extended shelf life. This ultra-concentrated formula means more cycles per container, reducing its economic and environmental impact on your SPD.
Click here to request a trial
• Suitable for a variety of instruments: Works on nonlumen, lumen, robotic instruments, orthopedic devices, and flexible endoscopes
• pH-neutral: Recommended by AAMI and AORN to prevent pitting and discoloration of medical instruments
• Low foaming: Improved foam control optimizes performance of and prevents damage to ultrasonics and automated washers
• Quadruple-enzyme formulation: Protease enzymes break down blood and tissue (all surgeries), lipase enzymes attack fats and oils (endoscopic and orthopedic procedures); amylase enzymes break down starches and carbohydrates (endoscopic procedures), and cellulase enzymes target polysaccharides (GI surgeries)
• Safe for staff: Solution is transparent across temperature range for manual cleaning, increasing visibility of sharps
• Controls water hardness: Neutralizes minerals, leaving no visible residue inside chamber during testing
• Removes biofilm: Testing showed ability to break down biofilm, which can hide bacteria from sterilization
• Multiuse: Single formulation works for manual, ultrasonic, and automated cleaning
• Environmentally friendly: Biodegradable, boron-free, and ultraconcentrated to use less packaging