|Articles|April 21, 2015

SANI ProZyme Enzymatic Detergent and SANI Glut Glutaraldehyde 3% Solution are Introduced

Crosstex/SPSmedical introduce SANI ProZyme™ Enzymatic Detergent and SANI Glut™ Glutaraldehyde 3% High Level Disinfectant Solution for the cleaning and reprocessing of heat-sensitive semi-critical devices. Fast-acting and effective, SANI Glut Glutaraldehyde 3% Solution is FDA cleared for 25-minute high level disinfection, 10-hour sterilization at 25°C, and has up to a 28-day reuse period.
 
 Gentle and safe, SANI ProZyme Enzymatic Detergent is designed to remove organic debris from medical instruments, including endoscopes. SANI ProZyme contains a proteolytic enzyme that breaks down and removes organic soils, holding them in suspension and avoiding redepositing on the cleaned surfaces. Unlike other detergents on the market,SANI ProZyme does not contain borax, making it safer to use.
 
 "The introduction of SANI ProZyme and SANI Glut , together with Rapicide OPA/28 High Level Disinfectant, expands Crosstex' portfolio of cleaning and high level disinfectant solutions, further solidifying our position as a global leader in the infection prevention and safety market", said Crosstex/SPSmedical Director of Medical Sales John Sullivan.
 
Source: Crosstex/SPSmedical


Related to this article

Water  (Adobe Stock 456102510 by stockphoto-graf)
Understanding current water quality is a starting point for ST108 implementation. John Kimsey, vice president of processing optimization and customer success for STERIS, spoke about his HSPA presentation on assessing readiness, distinguishing system qualification from routine testing, and understanding where water samples should be collected.
AORN26 New Orleans 2026  (Adobe Stock)
Missing instruments and processing delays can strain OR–SPD relationships. At AORN 2026, John Kimsey, vice president of processing optimization and customer success for STERIS, discusses understanding root causes, exploring off-site reprocessing for ambulatory surgical centers, and using hands-on simulation to help surgical teams see sterile processing from a different perspective.