Lokesh Engg.Works

Double walled , outer body made of MS, inner made of SS and is provided with ribs for adjusting trays at any height. three side heating with beaded element made of high quality nicrome wire, temp. range :50 to 250*C +-1*C. controlled with capillary type thermostat.

Maintaining an aseptic environment is the primary requirement of tissue culture labs. Multiple strategies are put in place by tissue culturists to avoid any harmful contaminants. They include regular cleaning of the culture rooms, wiping the culture area with alcohol, sanitizing hands before working, wearing lab coats, autoclaving all equipment and culture media, and using effective chemicals like to prevent culture contaminations.

But did you know a hot air oven can also be used to sterilize some of the lab equipment? Yes, they aren’t common to hear but they also have some contribution to maintain the aseptic condition for tissue culture processes.

This article introduces hot air ovens, their principles, workings, and applications. So, let’s begin!

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Dry Heat Sterilizers are designed to meet Sterilization and Depyrogenation requirements in pharmaceutical and biotechnology industries. Dry Heat Sterilizers (Sterile Hood) is also used for sterilization of glass wares and all glass syringes. As the name suggests, these sterilizers use dry heat (hot air) for sterilization. Dry Heat Sterilization is the most accepted technique, which is employed to sterilize products that are moisture sensitive and medicinal in nature that cannot be sterilized with steam. Dry heat sterilization or depyrogenation is a process, which is used to reduce pyrogen level with the use of hot air in temperature ranges from 160°C to 300°C. Dry powder drugs, oil, waxes, soft hard paraffin silicone, injections, implants, ointment, sharp objects, metal parts etc. are some of examples that require dry heat sterilization or Depyrogenation.