NCC List of Products and Services

To all members of the Central Materials Room, the ultrasonic cleaning device is essential for removing dirt from the complex structures and lumens of medical instruments, but don't you ever feel anxious about whether it is really providing sufficient cleaning? A decrease in ultrasonic cavitation power directly leads to a reduction in cleaning effectiveness and also increases the risk of infection. The "Ultrasonic Cavitation Indicator CDWU" is a groundbreaking indicator that allows for easy and reliable evaluation of the cavitation power of ultrasonic cleaning devices without the need for special measuring equipment. By simply placing a vial in the cleaning solution and starting the cleaning cycle, a special blue solution reacts with the vibrations of glass beads, changing color from green to yellow, allowing for a visual confirmation of the power level. By using this indicator regularly, you can not only detect issues with ultrasonic emission but also identify early declines in cavitation power due to the aging of the transducer (emission plate). We encourage you to consider the "Ultrasonic Cavitation Indicator CDWU," which guarantees cleaning reliability and significantly enhances safety in the reprocessing of medical instruments.

To all members of the central materials room, do you ever feel an invisible anxiety about whether the cleaning with daily washer disinfectors and ultrasonic cleaning devices is truly effective? Insufficient cleaning can significantly reduce the effectiveness of subsequent final processing, potentially leading to risks for patients. The "Cleaning Indicator CDWA Series" is a routine cleaning evaluation indicator that allows anyone to easily and objectively verify the cleaning effectiveness of washer disinfectors and ultrasonic cleaning devices (35kHz and above). This product features "artificial contaminants" made from proteins, carbohydrates, fatty acids, and dyes, which are stably fixed to a support with excellent temperature stability. By simply passing this through the cleaning cycle, you can visually assess the effectiveness of the cleaning (operability of the cleaning device) and detect issues related to the "four cleaning factors (temperature, time, cleaning solution, physical factors)" that may affect cleaning results. Please make use of the "Cleaning Indicator CDWA" to ensure safety in the reprocessing of medical instruments and equipment, and to support reliable preparation for final processing. Why not enhance the sense of security in your operations by visualizing the reliability of cleaning through daily monitoring?

Are you aware that "invisible residues" in the reprocessing of medical instruments and equipment can affect the effectiveness of subsequent final treatments and potentially lead to safety risks for patients? In particular, protein residues that cannot be completely removed during the cleaning process are associated with the risk of prion contamination, necessitating their thorough removal. The residual protein wipe checker "PRO1 MICRO" is a groundbreaking checker that can detect proteins and iatrogenic substances remaining on the surfaces of medical instruments and equipment after the cleaning process with high sensitivity of just 1.0μg, allowing for the evaluation of their cleanliness. The highly absorbent swabs are compatible with various surface materials and efficiently collect residues from complexly structured instruments. Furthermore, by using the optional dedicated incubator "MiniPro," it is also possible to "quantify" the amount of residual protein in numerical form. This "visualized" data allows for clearer and more detailed management of the cleaning process, contributing to improvements in cleaning quality and safety in reprocessing. We encourage you to consider this for strengthening your medical safety system.

In the reprocessing of medical instruments and equipment, doesn't the current cleaning indicator leave a fundamental question: "Is dirt really removed from every corner of the instrument?" The invisible dirt on complex-shaped instruments and equipment significantly affects the effectiveness of subsequent final processing. The cleaning evaluation indicator "Josafe CCI" breaks away from conventional concepts and was born as a "third cleaning indicator" that correlates with actual contaminants. With a design similar to that of small steel items, it allows for easy evaluation from confirming the functionality of washer disinfectors to validating the cleanliness of difficult-to-clean areas, such as the box lock parts of delicate instruments. Especially when combined with the "Residual Protein Wipe Checker PRO1 MICRO," it enables objective and comprehensive "cleanliness assurance." By introducing this new indicator, the reliability of the cleaning process will dramatically improve, elevating your hospital's medical safety management system to the next level. Please add "peace of mind" to your daily cleaning operations with Josafe CCI.

In the thermal disinfection process of medical instruments and equipment using a washer-disinfector, do you have concerns about whether "the set temperature and time are truly being achieved?" If this critical process is insufficient, it directly leads to safety risks for healthcare professionals and patients. The "Integron Multi-Parameter Indicator IT27W for Thermal Disinfection Process Verification" accurately responds to the two essential parameters of "temperature" and "time," which are crucial for thermal disinfection, visually proving that the thermal disinfection process has been successfully completed. This product complies with the Ao values defined by international standards ISO 15883-1 and 15883-2 (such as Ao value of 600 at 90°C for 1 minute). The color change of the special ink (from green to purple) allows for instant and objective confirmation of the achievement of thermal disinfection without using electronic thermometers. It also contributes to the early detection of troubles or deviations in the temperature sensors of the washer-disinfector. Please make use of this product to ensure the safe assembly of medical instruments and equipment, enhancing confidence and reliability in the final processing.