Infrared Sterilizer

For use with Thomas® Bacti Infrared Microsterilizer.

…instant sterilization of platinum inoculating loops, needles, glass tube/pipette mouths and various metal & borosilicate glass instruments used in the laboratory. An asbestos-free core element uses infrared heating to produce temperatures of 815°C (1500°F), to completely sterilize…

Sterilizes by infrared heat-organic material that is incinerated deep in a ceramic funnel tube Sterilizes loops and needles safely and conveniently Prevents infectious spatter and/or cross-contamination Safeguards laboratory personnel - no open flame or hazardous gas Sterilization takes only…

…for light use and moderate protection. These transparent, airtight, and leak-proof pouches can be sterilized with gamma, infrared, and e-beam. Once sealed, these pouches can also be surface sterilized using VHP. Ampac recommends using 500 Series SealPAKs for applications requiring long-term…

…production process. The following analysis is performed at various stages of production: FTIR Analysis FTIR (Fourier Transform Infrared) spectrometer is used to detect trace contaminants of silicone, amide & DOP. Physical Strength Test Tensile strength &…

…greases, oils, and organic solvents. These transparent, airtight, and leak-proof pouches can be sterilized with gamma, infrared, and e-beam. Once sealed, these pouches can also be surface sterilized using VHP. Ampac recommends using 400 Series SealPAKs for applications requiring light use…

… •    Tried-and-tested anti-contamination concept with 180 °C hot air sterilization •    Hot-air sterilizable CO2 sensor with single-beam infrared technology •    Seamless inner chamber made of stainless steel with flanges…

… •    Tried-and-tested anti-contamination concept with 180 °C hot air sterilization •    Hot-air sterilizable CO2 sensor with single-beam infrared technology •    Seamless inner chamber made of stainless steel with flanges…

… •    Tried-and-tested anti-contamination concept with 180 °C hot air sterilization •    Hot-air sterilizable CO2 sensor with single-beam infrared technology •    Seamless inner chamber made of stainless steel with flanges…

…MicroSterilizer is a research sterilizer that utilizes an asbestos-free core element that uses intense heating to produce 815°C (1500°F). It completely sterilizes in 5-7 seconds. The MicroSterilizer uses well-proven technology to provide instant sterilization of platinum inoculating loops,…

…wide chamber for sterilizing large vessels (tubes, flask mouths, etc.) The labForce® TILT Series utilizes the same well-proven technology of our original Infared MicroSterilizer, but with a unique, adjustable head angle that allows for more convenient sterilization. When loosened, the…

…wide chamber for sterilizing large vessels (tubes, flask mouths, etc.) The BactiZapper™ TILT Series utilizes the same well-proven technology of our original Bacti-Zapper Classic, but with a unique, adjustable head angle that allows for more convenient sterilization. When loosened, the…

…have been validated on various platforms using this product with superior results compared to other commercially available products. In the infrared range, where little to no autofluorescence occurs, specific signal is sharply evident from any background giving the best possible signal-to-noise…

…have been validated on various platforms using this product with superior results compared to other commercially available products. In the infrared range, where little to no autofluorescence occurs, specific signal is sharply evident from any background giving the best possible signal-to-noise…

…have been validated on various platforms using this product with superior results compared to other commercially available products. In the infrared range, where little to no autofluorescence occurs, specific signal is sharply evident from any background giving the best possible signal-to-noise…

…have been validated on various platforms using this product with superior results compared to other commercially available products. In the infrared range, where little to no autofluorescence occurs, specific signal is sharply evident from any background giving the best possible signal-to-noise…

…features state-of-the-art design with passive and active decontamination. Dual infrared sensor optimizes CO2 consumption and uniformity. Integrated dual heat system optimizes decontamination for assured heat sterilization. 5.8 cu.ft.115V standard The PHCbi MCO-170AICUVL-PA CO2 Cell-IQ incubator…

…is designed to sterilize metal inoculating loops and needles without using an open flame. By using infrared heat inside a ceramic tube, the product protects your laboratory technicians from dangerous gases, flames and splatters. Once it reaches optimum sterilization temperature(900?),…

Fluorescence technology is widely used to detect proteins. However, many common visible fluorophores often result in considerable background fluorescence in the visible range. Visible fluorophores are rarely used for membrane-based protein detection because of this high background. IRDye™800,…

…cleaning Infra-Red(IR) CO2 sensor for precise and reliable CO2 detection Optional WiFi and RS485 control 2 Sets of UV lights for easy sterilization Audible and visual alarms Mirror finish, pharmaceutical grade stainless steel chamber Stackable design up to 3 units …

…Color Touch Screen HEPA air filtration provides class 100 purification Infra-Red® sensor for precise and reliable CO2 detection  High temperature or moist heat function makes it easy to sterilize Temperature control on the door prevents condensation Audible and visual…