On-demand high temperature sterilization cycles for easy cleaning. Our designs are independently tested to meet U.S. And EU pharmacopeia standards. Automatically radiates heat uniformly to all interior surfaces and quickly returns to selected operating conditions. Simplifies cleaning without the need for autoclaving and eliminates variability in manual cleaning. Independent third-party tests prove elimination of biological contaminants including fungi, spores, mycoplasma, and other bacteria. Avoids physical constraints of UV germicidal lamps and ongoing costs, handling and storage of potentially toxic germicides.

1. Low Temp Incubator
2. Fisher Scientific Isotemp Incubator

• Fisherbrand Isotemp Undercounter BOD Refrigerated Incubator 20 cu. BOD Incubator. Fisher Scientific Isotemp low temperature incubators. Fisher Scientific.
• Microbiological Incubators & Environmental Chambers. Precision Low Temperature BOD Refrigerated Incubator. Thermo Fisher Scientific.

RNAi, Oligos, Assays, Gene Editing & Gene Synthesis Tools Oligos and RNAi Tools. Eurofins MWG Operon Oligos Tool.

Thermo Scientific ContraCon Sterilization Cycle 140°C Sterilization Cycle Thermo Scientific Steri-Run Sterilization Cycle Temperature type 90°C moist heat cycle 140°C dry heat cycle 180°C dry heat cycle Description Push button simplicity without removal of sensors and components. Overnight sterilization cycle with extended time at 140°C to achieve sterilization. The new standard, an overnight cycle that reaches 180°C on all chamber surfaces. Duration of sterilization cycle 24–25 hours 14 hours 12 hours Sterility assurance level (SAL) 6 log 12 log 12 log Independent validation ✓ ✓ ✓ Learn more: Learn more: Learn more.

The variable-speed fan precisely controls the airflow to provide leading-edge recovery. The air stream first travels over the direct-heated covered, integrated water reservoir, which results in 50% faster humidity recovery than a standard water pan design. Oddworld the oddboxx pca.

The in-line HEPA filter cleans the airstream of all sizes of particles and microorganisms, protecting cultures from contamination. The air then passes over the in-chamber sensors, which react and condition the air before gently circulating it among the cultures. Thermal conductivity (TC) CO 2 sensor. Our most commonly requested CO 2 sensor due to its reliability and longevity of operation.

Low Temp Incubator

Measures electrical resistance according to thermal conductivity of gas passing over the sensor. Low maintenance, stable, and long life because it has no consuming element such as an incandescent bulb. High temperature resistance—does not need to be removed during sterilization cycles. NEW TC180 CO 2 sensor incorporates humidity compensation for enhanced stability and recovery (available in the Heracell VIOS and Forma Steri-Cycle CO 2 incubators). Infrared (IR) CO 2 sensor. Ideal for sensitive applications and remote monitoring or when frequent access to incubator is required.

Fisher Scientific Isotemp Incubator

Determines the CO 2 concentration based on its IR light absorption at the characteristic wavelength of 4.3 µm. Operates independent of humidity and temperature. NEW IR180Si replaces the traditional incandescent IR light source with silicone MEMS emitter technology for improved stability and service life (available in the Heracell VIOS and Forma Steri-Cycle CO 2 incubators).