About Glass Beads Sterilizers
Glass Beads Sterilizers
This is a special design having three container systems providing an effective thermal insulation. Thus maintaining the outer cover cool while keeping an even temperature inside the well. The heat loss is very low thus leading to very low power consumption.
| Overall Size (Ø' * h ) | 15 * 19.6 cm. |
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| Power Consumption | 100 watt 220 v / 50 hz |
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| Well Dimension (Ø' * h) | 5 * 8 cm. |
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| Weigh | 1.850 Kg. |
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| Working Temperature | 240ºC |
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Application - Laboratories, Dental Clinic & College.
The scientific method for total sterilization of your instruments witihin 5 to 15 seconds. These are compact, state of art, steamless and non hazardous equipments for your clinic. A simple device for quick sterilization of small instruments with effective thermal sterilization. In this the clear glass beads are used in the well. The temperature of the glass beads is at 240ºC. The instruments are dip in the glass beads of quick sterilization. After switiching on the device in approximately 20 minutes the device will reach proper temperature. The red light will be switched on to confirm that the temperature within the well has reached the required level. The green light will be off and on indicating whether the heater is working or not to maintain the temperature of glass beads in the well.
Fast and Reliable SterilizationThe Glass Beads Sterilizer provides unparalleled speed and efficiency, sterilizing metal instruments within 5 to 15 seconds. Its robust heating element and glass bead technology ensure complete decontamination, making it indispensable for busy labs that require reliability and rapid instrument turnover.
User-Friendly Design and OperationFeaturing manual automation and an analog temperature display, this sterilizer is simple to operate. Its powder-coated stainless steel body offers durability, while the compact design fits comfortably on standard laboratory benchtops. The inner chamber is carefully dimensioned to optimize heat distribution across 50 ml of glass beads.
Precise Temperature ControlThe unit boasts an accuracy of 100%, maintaining operating temperatures between 250C and 300C. With a measurement range of 0300C and a rapid heating time, laboratory personnel can sterilize their instruments effectively and confidently, reducing downtime in sterile processing.
FAQs of Glass Beads Sterilizers:
Q: How does the Glass Beads Sterilizer GBS-01 achieve rapid sterilization of metal instruments?
A: The GBS-01 uses heated glass beads and a powerful heating element to reach temperatures up to 300C within 15 minutes. When metal instruments are immersed into the chamber, the intense dry heat sanitizes them in just 5 to 15 seconds, ensuring swift and thorough sterilization.
Q: What types of instruments can be sterilized with this device?
A: This sterilizer is specifically designed for metal instruments commonly used in laboratory settings. It is not recommended for plastic or heat-sensitive tools, as the high temperature may damage such materials.
Q: When and where should the Glass Beads Sterilizer be utilized?
A: The device is ideal for laboratory use, especially in settings where rapid instrument turnover is essential. It is suitable for research facilities, diagnostic centers, or clinics that require quick and reliable sterilization of reusable metal tools.
Q: What is the process for sterilizing instruments using the GBS-01 model?
A: First, set the desired temperature using the analog display and allow the unit to reach operating temperature (within 15 minutes). Insert clean metal instruments into the chamber filled with glass beads for 515 seconds. Retrieve the sterilized instruments for immediate use, taking care to use heat-resistant gloves or tongs.
Q: What are the benefits of using glass beads compared to other sterilization methods?
A: Glass beads provide rapid thermal conduction and dry heat sterilization without chemicals or moisture. This method minimizes corrosion, preserves instrument sharpness, and drastically reduces sterilization time compared to autoclaving or chemical methods.
Q: How does the powder-coated stainless steel outer body enhance the units durability?
A: The powder-coated finish protects the device from corrosion, scratches, and chemicals, while the stainless steel body offers enhanced structural integrity. This combination ensures long-term reliability, even in demanding laboratory environments.