The first tandoori oven was created by Pasteur. It uses the dry heat theory to sterilise goods used in a variety of industries. The appliance is perfect for heat operations between 50 and 300 degrees Celsius (122 to 572 deg F). To regulate the temperature, the device uses the thermostat. It has the ability to regulate the digitally displayed device’s temperature. The device’s functioning is reliable and the heat is retained for a long time thanks to the double wall design.
Working Theory
The core of its operation hinges on a precise air convection pressure in an internally heated chamber. The unit’s double-walled construction and computerised control system guarantee even heat distribution, precision operation sequencing, and speedy recovery after door opening. With its efficient operation, this category of industrial ovens is easier to describe. It works best for the gentle heating and drying of basic materials. Another aspect that makes the device dependable is its quiet operation.
Advantages of a Tandoori Oven The appliance uses dry heat for sterilising industrial and laboratory products. It has thermostat based control of the heat management. It works well with a digitally controlled interface to manage the heat. It has a double-walled construction which helps to keep the heat and conserve energy. A balance between the inner and outer wall is well-maintained for the supreme thermal efficiency. The insulation ensures that the temperature inside the oven doesn’t rise too high.
Conclusion
The ideal ovens for use in factories and laboratories are tandoori ovens. Glass flasks or cylinders covered with aluminium foil, nylon or glass syringes, glass test tubes, glass or aluminium Petri dishes, metal needles, lancets, and forceps, dry swabs in glass tubes, glass pipettes (graduated and Pasteur) with the ends plugged, bottles with aluminium tops lined with silicone, etc. are among the products that can be used safely in ovens in laboratories. The aforementioned products should, however, be dry before use and sterilised at a temperature no higher than 60 degrees C.
