Thermal Paper Roll For IC10/20FR And IC10/20FRLCD, 6rl/Bg

ICTP / Incubator Thermal Paper. Accessory for the IC10/20FR and IC10/20FRLCD incubator€™s thermal printer. Thermal Paper specially designed for using with Bionova® IC10/20FR, and Bionova® IC10/20FRLCD Auto-Reader€™s Printer. Specifications: Thermal Paper Roll. Color: white Paper length: 30 m. Paper width: 57 mm. Roll external diameter: 50 mm. Roll internal diameter: 13.4 mm. Its function is to record the final results of biological indicators subjected to sterilization process and quantitative analysis of hygiene monitoring systems at each activated position of IC10/20FR or IC10/20FRLCD, which allows registration into your sterilization record keeping book. Read IC10/20FR or IC10/20FRLCD directions for use, as appropriate.

Multi-variable Chemical Indicator printed with reactive ink for Steam sterilization processes. Chemdye® CD29 Multivariable Process Indicators (Type 4 according to ISO 11140-1:2014 standard) are single-use chemical indicators that consist of one-side laminated punched paper double strips printed with indicator ink. These indicators have been designed to monitor Steam sterilization processes within loads, ensuring an adequate exposure to the sterilizing agent during the sterilization process and allowing to distinguish between processed and unprocessed items. Innovative highly sensitive yellow ink was developed to turn to dark brown/black when the indicator is exposed to Steam considering the critical process variables which provides additional quality assurance. Endpoint condition: 121 °C, 15 minutes; 134 °C, 3.5 minutes. Indicators 100 % free of toxic heavy metals. Instructions For Use: Place a Chemdye® CD29 Multivariable Process Indicator within each package, bag or tray that will be sterilized by Steam. In rigid containers, place the indicator in every corner, or at least two diagonally opposite corners, to ensure that the sterilization agent has reached the most inaccessible areas. Perform the sterilization cycle. After the sterilization process has finished, remove the indicators from the sterilizer and analyze the results. For all the chemical indicators exposed to Steam, the ink must turn to the dark brown/black reference color when the sterilization parameters are reached. For reference color, please refer to Result Reference Guide. Specifications: Process: Steam Initial Color: Yellow Final Color; Black Indicator Type: Type 4 chemical indicator Regulations: ISO 11140-1 More Info About This Product: Color Chart

CD16 / Multi-variable Chemical Indicators, double card strips printed with reactive ink for Ethylene Oxide sterilization processes. Metals Free. Control of Ethylene Oxide (EO) sterilization processes. Conditions: 600 mg/l EO, RH 60%, 30 °C, 30 minutes // 600 mg/l EO, RH 60%, 54 °C, 20 minutes. Characteristics: Type 4 Chemical Indicator (according to ISO 11140-1). Double punched card strips printed with indicator ink. Specifications: Size: 200 x 15 mm. Initial Color: Purple/Brown. Final Color: Green. 100 % Toxic Heavy Metals free. Instructions For Use: Place a Chemdy® CD16 Multivariable Process Indicator within each package, bag or tray that will be sterilized by Ethylene Oxide. In rigid containers, place the indicator in every corner, or at least two diagonally opposite corners, to ensure mthat the sterilization agent has reached the most inaccessible areas. Perform the sterilization cycle. After the sterilization process has finished, remove the indicators from the sterilizer and analyze the results. For all the chemical indicators exposed to Ethylene Oxide, the ink must turn to the green reference color when the sterilization parameters are reached. More Info About This Product: Color Chart

CT22 / Indicator Tape for Steam sterilization processes. Cintape® CT22 Process Indicators (Type 1 according ISO 11140-1:2014 standard) are single-use chemical indicators that consist of a roll of self-adhesive paper tape printed with indicator ink. These indicators have been designed to monitor Steam sterilization processes, ensuring an adequate exposure to the sterilizing agent during the sterilization process and allowing to distinguish between processed and unprocessed items. The adhesive component of the tape allows the adhesion to different types of packaging and wraps, such as cloth, paper and plastic being easy to remove and leaving no residues. Innovative highly sensitive yellow ink was developed to turn to dark brown / black when the indicator is exposed to Steam. Endpoint condition: 121 ºC, 10 minutes; 134 ºC, 2 minutes. Instructions For Use: Place within a sterilizer a wrapped package closed with Cintape® CT22 Process Indicator tape that will be sterilized by Steam. Perform the sterilization cycle. After the sterilization process has finished, remove the package from the sterilizer and analyze the indicator results. The indicator must turn to the reference color for considering that it was exposed to Steam. For reference color, please refer to Result Reference Guide. Specifications: Process: Steam Initial Color: Yellow Final Color: Black, Dark Brown Indicator Type: Type 1 chemical indicator Regulations: ISO 11140-1 More Info About This Product: Color Chart

Indicator Tape for Plasma or Vaporized Hydrogen Peroxide Sterilization Processes. Cintape® CT40 Process Indicators (Type 1 according ISO 11140-1:2014 standard) are single-use chemical indicators that consist of a roll of self-adhesive plastic tape printed with indicator ink. These indicators have been designed to monitor Plasma or Vaporized Hydrogen Peroxide sterilization processes, ensuring adequate exposure to the sterilizing agent during the sterilization process and allowing to distinguish between processed and unprocessed items. The adhesive component of the tape allows the adhesion to different types of packaging and wraps, such as cloth, paper and plastic being easy to remove and leaving no residues. Innovative highly sensitive purple ink was developed to turn to green when the indicator is exposed to Plasma or Vaporized Hydrogen Peroxide. Endpoint condition: 50 ºC, 6 minutes, 2.3 mg/l H2O2. Indicators 100 % free of toxic heavy metals. Instructions For Use: Place within a sterilizer a wrapped package closed with Cintape® CT40 Process Indicator tape that will be sterilized by Plasma or Vaporized Hydrogen Peroxide. Perform the sterilization cycle. After the sterilization process has finished, remove the package from the sterilizer and analyze the indicator results. The indicator must turn to the reference color for considering that it was exposed to Plasma or Vaporized Hydrogen Peroxide. For reference color, please refer to Result Reference Guide. Specifications: Process: Hydrogen Peroxide Initial Color: Purple Final Color: Green Indicator Type: Type 1 chemical indicator Regulations: ISO 11140-1

Super Rapid Self-contained Biological Indicator for Plasma or Vaporized Hydrogen Peroxide Sterilization Processes. Final readout: 30 minutes. An optional visual pH color change confirmation could be performed after 48 hours of incubation. If sterilization process has not been successful, culture medium will change to yellow during incubation at 60 ºC, thus showing the presence of living spores. If sterilization process is successful culture medium will remain purple after the incubation process. 7-day readout is optional and not intended to be routinely performed; it is an initial validation of the 30-minute reading. Fluorescence results may be compared to the 7-day visual reading. Note: If 7-day readout is performed, a humidified environment will be required to prevent medium from drying out. Instructions For Use: Identify the Terragene® Bionova® BT96 SCBI by writing the sterilizer number (in case of having more than one), load number and processing date on the label. Pack the SCBI along with materials to be sterilized in an appropriate package according to recommended sterilization practices. Place the package in those areas which are considered most inaccessible for the sterilizing agent (e.g., the center of the load and areas near the door). Sterilize as usual. After the sterilization process has finished, open the sterilizer door, wait five minutes and remove the SCBI from the package. CAUTION: Wear safety glasses and gloves when removing the Terragene® Bionova® BT96 SCBI from the sterilized package.( Do not crush or handle the SCBI excessively, since this might cause the glass ampoule to burst. Let the SCBI cool down until it reaches room temperature.) Check the Process Indicator on SCBI label. A color change to green indicates that the SCBI has been exposed to Hydrogen Peroxide. IMPORTANT: This color change does not evidence the process effectiveness to achieve sterility. If the color of the Process Indicator has not changed, check the sterilization process. 6. Press the lid to seal the tube. Crush the ampoule contained in the SCBI with an individual ampoule crusher or with the ampoule crusher placed within the incubator´s incubation area. Then shake the tube down vigorously, with movements similar to those performed to lower the temperature in a mercury thermometer, until the medium reaches the base of the tube and soaks the spore carrier entirely. Finally, place the SCBI in the incubator. Incubate the processed indicator and the positive control indicator in the appropriate Terragene® Bionova® Auto-Reader incubators for a maximum of 30 minutes at (60 ± 2) °C for super rapid readout. Important: Use a non-sterilized SCBI as a positive control at least once per day, when a sterilization cycle is run. The positive control ensures that correct incubation conditions were met; the capability of the medium to promote rapid growth; viability of spores has not been altered due to improper storage temperature, humidity or proximity to chemicals and proper functioning of Terragene® Bionova® Auto-Reader Incubators. Both, the positive control indicator and the processed indicator, should belong to the same batch. Note: Holding time between sterilization and incubation should not exceed a 7-day period. Fluorescence detection by the reader (excitation 340-380 nm / emission 455-465 nm) means failure in the sterilization process. If no fluorescence is detected after 30 minutes of incubation, the result is negative. The positive control must give positive fluorescence readout. It is good practice to incubate a positive control for visual color change. Specifications: Process: Hydrogen peroxide Microorganism: Geobacillus stearothermophilus (ATCC 7953) Population: 10^6 Spores/carrier Read-Out Time: 30 min Regulations: IRAM 37102-1, ISO 11138-1

Ultra Rapid Self-contained Biological Indicator for Steam sterilization processes. Geobacillus stearothermophilus (ATCC 7953) 10^6 spores per vial. Readout: 20 minutes. An optional visual pH color change confirmation could be made after 48 hours of incubation. If the sterilization process has not been successful, the culture medium will change to a greenish color first, and then to yellow during incubation at 60 ºC, thus showing the presence of living spores. If the sterilization process is successful culture medium will remain purple after the incubation process. 7-day readout is optional and not intended to be routinely performed; it is an initial validation of the 20 minute-reading. Fluorescence results may be compared to the 7-day visual reading. Note: If 7-day readout is performed, a humidified environment will be required to avoid medium to dry out. D-Value: Not lower than 1.5 minutes at 121 ºC. Another D-value is informed at 132ºC and at 135ºC. Z-Value is informed. Instructions For Use: Identify the Terragene® Bionova® BT224 SCBI by writing the sterilizer number (in case of having more than one), load number and processing date on the label. Pack the SCBI along with materials to be sterilized in an appropriate package according to recommended sterilization practices. Place the package in those areas which are considered most inaccessible for the sterilizing agent (e.g., the center of the load and areas near the door). Sterilize as usual. After the sterilization process has finished, open the sterilizer door, wait five minutes and remove the SCBI from the package. CAUTION: Wear safety glasses and gloves when removing the Terragene® Bionova® BT224 SCBI from the sterilized package. (Do not crush or handle the SCBI excessively, since this might cause the glass ampoule to burst. Let the SCBI cool down until it reaches room temperature.) 5. Check the Process Indicator on SCBI label. A color change to brown indicates that the SCBI has been exposed to Steam. ( This color change does not evidence the process effectiveness to achieve sterility. If the Process Indicator color has not changed, check the sterilization process.) 6. Press the lid to seal the tube. Crush the ampoule contained in the SCBI with an individual ampoule crusher or with the ampoule crusher placed within the incubator´s incubation area. Then shake the tube down vigorously, with movements similar to those performed to lower the temperature in a mercury thermometer, until the medium reaches the base of the tube and soaks the spore carrier entirely. Finally, place the SCBI in the incubator. 7. Incubate the processed indicator and the positive control indicator in the appropriate Terragene® Bionova® Auto-Reader Incubators for a maximum of 20 minutes at (60 ± 2) °C for ultra rapid readout. Important: Use a non-sterilized SCBI as a positive control at least once per day, when a sterilization cycle is run. The positive control ensures that correct incubation conditions were met; capability of medium to promote rapid growth; viability of spores has not been altered due to improper storage temperature, humidity or proximity to chemicals and proper functioning of Terragene® Bionova® Auto-Reader Incubators. Both, the positive control indicator and the processed indicator, should belong to the same batch. Note: Holding time between sterilization and incubation should not exceed a 7-day period. Fluorescence detection by the reader (excitation 340-380 nm / emission 455-465 nm) means a failure in the sterilization process. If no fluorescence is detected at 20-minute incubation, the result is negative. The positive control must give positive fluorescence readout. It is good practice to incubate a positive control for a visual color change.

Hyper Rapid Self-contained Biological Indicator for Vaporized Hydrogen Peroxide sterilization processes. Final readout: 5 minutes. Indications For Use: Terragene® Bionova® BT98 fluorescence hyper rapid readout Biological Indicators have been designed for quick and easy monitoring of Plasma or vaporized hydrogen Peroxide sterilization cycles. Device Description: Terragene® Bionova® BT98 fluorescence hyper rapid readout Biological Indicators are single-use Self-Contained Biological Indicators (SCBIs) that consist of a polypropylene tube, a spore carrier and a glass ampoule with a culture medium, enclosed with a colored cap. Each tube contains a population of Geobacillus stearotermophilus ATCC 7953 spores inoculated on a spore carrier, a plastic cap with holes and a barrier permeable to Plasma or Vaporized Hydrogen Peroxide. Each BT98 has a Process Indicator on label that changes from purple to green when exposed to hydrogen peroxide. Precautions: Warning: Do not use Terragene® Bionova® BT98 SCBI to control EO, Dry Heat, Formaldehyde or other sterilization processes different from specified. Do not reuse SCBI. Warning:  Place one or more SCBI in sterilizing hard-to-reach areas to ensure all areas of the chamber are sterilized. Please evaluate all load configurations to ensure ALL hard-to-reach areas have been identified, and place a SCBI in each of those locations. Warning:  Do not reuse the sterilizer until the SCBI test result is negative. Instructions For Use: Identify the Terragene® Bionova® BT98 SCBI by writing the sterilizer number (incase of having more than one), load number and processing date on the label. Pack the SCBI along with materials to be sterilized in an appropriate package according to recommended sterilization practices. Place the package in those areas which are considered most inaccessible for the sterilizing agent (e.g., the center of the load and areas near the door). Sterilize as usual. After the sterilization process has finished, open the sterilizer door, wait five minutes and remove the SCBI from the package. Caution Wear safety glasses and gloves when removing the Terragene® Bionova® BT98 SCBI from the sterilized package. ( Do not crush or handle the SCBI excessively, since this might cause the glass ampoule to burst. Let the SCBI cool down until it reaches room temperature.) Check the Process Indicator on SCBI label. A color change to green indicates that the SCBI has been exposed to Hydrogen Peroxide. IMPORTANT: This color change does not evidence the process effectiveness to achieve sterility. If the color of the Process Indicator has not changed, check the sterilization process. Press the lid to seal the tube. Crush the ampoule contained in the SCBI with an individual ampoule crusher or with the ampoule crusher placed within the incubator´s incubation area. Then shake the tube down vigorously, with movements similar to those performed to lower the temperature in a mercury thermometer, until the medium reaches the base of the tube and soaks the spore carrier entirely. Finally, place the SCBI in the incubator. Incubate the processed indicator and the positive control indicator in the appropriate Terragene® Bionova® auto-reader incubators for a maximum of 5 minutes at (60 ± 2) °C for hyper rapid readout. (Holding time between sterilization and incubation should not exceed a 1-hour period.) Important: Use a non-sterilized SCBI as a positive control at least once per day, when a sterilization cycle is run. The positive control ensures that correct incubation conditions were met; the capability of the medium to promote rapid growth; viability of spores has not been altered due to improper storage temperature, humidity or proximity to chemicals and proper functioning of Terragene® Bionova® Auto-Reader Incubators. Both, the positive control indicator and the processed indicator, should belong to the same batch. Fluorescence detection by the reader (excitation 340-380 nm / emission 455-465 nm) means failure in the sterilization process. If no fluorescence is detected after 5 minutes of incubation, the result is negative. The positive control must give positive fluorescence readout. It is good practice to incubate a positive control for visual color change. Record positive results and discard the SCBIs immediately, as it is indicated below. Hyper Rapid Readout: 5 minutes The hyper rapid readout must be carried out in the appropriate Terragene® Bionova® auto-reader incubators. Fluorescence is emitted after the reader stimulates the spore carrier with UV light. Final readout of negative results is readily available after 5 minutes of incubation. Fluorescence readout is an indirect measure of the viability of Geobacillus stearothermophilus spores after the sterilization process (positive results). Furthermore, a failure in the sterilization process can also become evident by culture medium color-change. Due to the high sensitivity of the fluorescence results at 5 minutes, conventional incubation for color change of Terragene® Bionova® SCBI BT98 is not an advantage. Visual Confirmation: 5 days: Optionally, you can perform a visual color-change confirmation after a 5-day incubation. If the sterilization process has not been successful, culture medium will turn to yellow during incubation at (60 ± 2) ºC, indicating the presence of living spores. If sterilization was successful, culture medium will remain purple after incubation. The positive control must show a color change from purple to yellow for results to be valid. ( If 5-day readout is performed, a humidified environment will be required to prevent medium from drying out.) Readout Time: 7 days A 7-day readout is optional and may be routinely performed. This is an initial validation of the 5-minute readout. Fluorescence results are compared to the 7-day visual readouts. Monitoring Frequency: Follow facility policies and procedures which should specify a biological indicator monitoring frequency compliant with professional association recommended practices and/or national guidelines and standards. As the best practice and to provide optimal patient safety, Terragene® recommends that every sterilization load be monitored with an appropriate biological indicator. Storage: Store in a dark place at temperature between 10-30 ºC and 30-80 % relative humidity. Do not freeze. Do not store biological indicators near sterilizing agents or other chemical products. Shelf Life: Biological Indicators have an expiration date of 2 years from the date of manufacture when stored at recommended conditions. Do not use indicators after their expiration date. Chemical Process Indicator on SCBI label have an expiration date of 2 years when used as part of SCBI. Endpoint Stability Reaction: Chemical Process Indicator endpoint shall remain unchanged for a period of 6 months when stored at previously indicated conditions. Disposal: Discard biological indicators after use according to your country’s healthcare and safety regulations. The positive biological indicators can be autoclaved in a gravity air displacement steam sterilizer at 121 ºC for 5 minutes, 132 ºC for 15 minutes or 134 ºC for 10 minutes; or in a dynamic air removal steam sterilizer at 132 °C for 4 minutes or 135 °C for 3 minutes. Specifications: Population: 10^6 Spores/carrier Read-Out Time: 5 min Regulations: IRAM 37102-1:1999, ISO 11138-1:2017, ISO 13485:2016 / NS-EN ISO 13485:2016

Rapid Self-contained Biological Indicator for Ethylene Oxide sterilization processes. Bacillus atrophaeus (ATCC 9372) 10^6 spores per vial. Readout: 4 hours. An optional visual pH color change confirmation could be made after 48 hours of incubation. If sterilization process has not been successful, culture medium will change to a greenish color first, and then to yellow during incubation at 37 ºC, thus showing the presence of living spores. If sterilization process is successful culture medium will remain blue after the incubation process. 7-day readout for visual confirmation by color change is optional and not intended to be routinely performed; it is an initial validation of the 4 hour-reading. Fluorescence results may be compared to the 7-day visual reading. Instructions For Use: Identify the Terragene® Bionova® BT110 SCBI by writing the sterilizer number (in case of having more than one), load number and processing date on the label. Pack the SCBI along with materials to be sterilized in an appropriate package according to recommended sterilization practices. Place the package in those areas which are considered most inaccessible for the sterilizing agent (e.g., the center of the load and areas near the door). Sterilize as usual. After the sterilization process has finished, open the sterilizer door, wait five minutes and remove the SCBI from the package. CAUTION: Wear safety glasses and gloves when removing the Terragene® Bionova® BT110 SCBI from the sterilized package. Check the Process Indicator on SCBI label. A color change to green indicates that the SCBI has been exposed to Ethylene Oxide. IMPORTANT: This color change does not evidence the process effectiveness to achieve sterility. If the color of the Process Indicator has not changed, check the sterilization process. Press the lid to seal the tube. Crush the ampoule contained in the SCBI with an individual ampoule crusher or with the ampoule crusher placed within the incubator´s incubation area. Then shake the tube down vigorously, with movements similar to those performed to lower the temperature in a mercury thermometer, until the medium reaches the base of the tube and soaks the spore carrier entirely. Finally, place the SCBI in the incubator. Incubate the processed indicator and the positive control indicator in the appropriate Terragene® Bionova® Auto-Reader incubators for a maximum of 4 hours at (37 ± 2) °C for rapid readout. Note: Holding time between sterilization and incubation should not exceed a 7-day period. Fluorescence detection by the reader (excitation 340-380 nm / emission 455-465 nm) means failure in the sterilization process. If no fluorescence is detected after 4 hours of incubation, the result is negative. The positive control must give positive fluorescence readout. It is good practice to incubate a positive control for visual color change. If chamber relative humidity is unknown or < 35 %, continue to incubate the Biological Indicator for a pH color change result, since low relative humidity may increase the fluorescent readout time beyond 4 hours. Specifications: Process: Ethylene Oxide Microorganism: Bacillus atrophaeus (ATCC 9372) Population: 10^6 Spores/carrier Read-Out Time: 4 h Regulations: IRAM 37102-1, IRAM 37102-2, ISO 11138-1, ISO 11138-2 Length: 40 mm

Super Rapid Self-contained Biological Indicator for Steam sterilization processes. Geobacillus stearothermophilus (ATCC 7953) 10^6 spores per vial. Readout: 1 hour. An optional visual pH color change confirmation could be made after 48 hours of incubation. If sterilization process has not been successful, culture medium will change to a greenish color first, and then to yellow during incubation at 60 ºC, thus showing the presence of living spores. If sterilization process is successful culture medium will remain purple after the incubation process. 7-day readout is optional and not intended to be routinely performed; it is an initial validation of the 1 hour-reading. Fluorescence results may be compared to the 7-day visual reading. Note: if 7-day readout is performed, a humidified environment will be required to avoid medium to dry out. D-Value: Not lower than 1.5 minutes at 121 ºC. Another D-value is informed at 132 ºC and at 135 ºC. Z-Value is informed. Instructions For Use: Identify the Terragene® Bionova® BT222 SCBI by writing the sterilizer number (in case of having more than one), load number and processing date on the label. Pack the SCBI along with materials to be sterilized in an appropriate package according to recommended sterilization practices. Place the package in those areas which are considered most inaccessible for the sterilizing agent (e.g., the center of the load and areas near the door). Sterilize as usual. After the sterilization process has finished, open the sterilizer door, wait five minutes and remove the SCBI from the package. CAUTION: Wear safety glasses and gloves when removing the Terragene® Bionova® BT222 SCBI from the sterilized package. WARNING: Do not crush or handle the SCBI excessively, since this might cause the glass ampoule to burst. Let the SCBI cool down until it reaches room temperature. Check the Process Indicator on SCBI label. A color change to brown indicates that the SCBI has been exposed to Steam. IMPORTANT: This color change does not evidence the process effectiveness to achieve sterility. If the Process Indicator color has not changed, check the sterilization process. Press the lid to seal the tube. Crush the ampoule contained in the SCBI with an individual ampoule crusher or with the ampoule crusher placed within the incubator´s incubation area. Then shake the tube down vigorously, with movements similar to those performed to lower the temperature in a mercury thermometer, until the medium reaches the base of the tube and soaks the spore carrier entirely. Finally, place the SCBI in the incubator. Incubate the processed indicator and the positive control indicator in the appropriate Terragene® Bionova® Auto-Reader Incubators for a maximum of 1 hour at (60 ± 2) °C for super rapid readout. Specifications: Process: Steam Microorganism: Geobacillus stearothermophilus (ATCC 7953) Population: 10^6 Spores/carrier Read-Out Time: 1 h Regulations: IRAM 37102-1, IRAM 37102-3, ISO 11138-1, ISO 11138-3

Instructions For Use: Before The Test: Place the holder around the neck of the capsule. Press the holder down so that the groove of the holder fits securely around the neck of the vial. Insert the L shaped end on either side of the holder into the holes of the Ultrasonic device’s basket to hold the vial in position. The holder can be attached to a wire basket or perforated basket. Vials should be placed in the correct location within a tray / basket according to Ultrasonic Cleaning Indicator´s IFU based on the size of the tank. After the test is complete After the ultrasonic cycle remove the vial holding it with three fingers of one hand and the index finger and thumb of the other hand on the holder and lid of capsule. Place the index finger on the end of the holder, then place the thumb on the lid of the capsule for support, push the holder back off the neck of the capsule and remove the holder with both fingers.

CDWUZ-30/Designed for ultrasonic cleaning processes routine control and monitoring ultrasonic cavitation effectiveness of ultrasonic washing machines operating at frequencies equal to or greater than 35 kHz, at temperatures ranging from 18 °C to 70 °C. Characteristics 2 ml clear glass vial: 31.0 mm high x 11.0 mm external diameter, 8.0 mm neck diameter. Wall thickness: 0.5 mm.-Brown/Red rubber septum: 8.0 x 1.0 mm. Aluminum top cap: 5.5 mm high x 11.7 mm diameter. Wall thickness: 0.3 mm. Ceramic cylinders: 2.5 mm high and 2.5 mm diameter. Blue clear reactive solution: 1.5 ml. Allows detection of deficiencies in the cavitation performance of the ultrasonic washing machine. A self-adhesive Record Card accompanies each vial where data about the ultrasonic washing control process can be recorded. Challenge level: high. Initial Color: blue. Result: yellow transparent solution. Instructions For Use: Ultrasonic wash ers should be checked at least once per week and the results should be recorded. There are two types of tests (see figure) and CDWU-Z indicator can be used in both: -Periodic functional test: for initial set-up of the washing machine, and at regular intervals of three months or after a repair. The purpose of this test is to verify the uniform distribution of the cavitation process in the washer tank. -Test routine: is performed weekly or daily, to verify that the cavitation works correctly. This test allows detecting a possible failure in the performance of the ultrasonic washing machine. Specifications: Process: Cleaning and thermodisinfection Regulations: ISO 13485:2016 / NS-EN ISO 13485:2016