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Many kinds of scientific equipment are used in different scientific labs these days. With the evolution of technology, biological and biochemical labs have started to expand their horizons. They are undertaking many new kinds of scientific and biological experiments these days. Many of these experiments have been made possible by the development of CO2 Incubators. Common experiments and lab procedures you can undertake using these incubators include:

1. These devices can be used for undertaking stem cell culture development and its applications in medical science.
2. Incubators can be employed in cell culture work including pathological and medical tests as well as to find presence and absence of any bacteria.
3. CO2 incubators can be used in genetics labs where experts are involved in genomic and proteomic expression and study of different proteins and their impact and interaction with botanical or zoological organisms.
4. Labs which are involved in long duration research work can use these incubators for storage of gametes
5. IVF and reproductive labs can use Yatherm CO2 incubators for storage of embryos in a controlled environment.
6. Labs which are involved in botanical, marine and plant based studies use this machine for amphibian cell cultures and controlled growing of exotc plants.
7. Many modern biotechnology labs are using these machines for the cultivation of transgenic and hypersensitive cells.
8. There are a number of medical research and education institutions which are using these machines for tissue culture activities including practical application in regeneration of autologous tissue.

There are a number of features in these CO2 incubator machines which make them highly suitable for above mentioned applications. Most common of these include:

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1. These machines are equipped with dual wave infrared sensors which act as a great mode of monitoring and control of temperature, even in dark or extremely low light environments.
2. In order to control the risk of any contamination and germs being spread or causing any culture contamination, the machines are made of stainless steel with the interior of machines being made using an alloy of copper and stainless steel.
3. Excellent grade sensors are fixed in the machine to ensure that control of carbon dioxide, humidity and temperature levels. These sensors are very precise and sensitive and can be used for very advanced studies and experiments.
4. These incubators are used for dual sterilization cycles, At first the humidified sterilization takes place at 95 degrees centigrade and then dry sterilization takes place at 145 degrees centigrade. These machines are also able to perform single stage sterilization.
5. The incubators are equipped with CO2 sensors and control valves which ensure that operators can control CO2 levels with minimal user input and to very precise pressure and concentration levels.
6. These machines are equipped with HEPA filters to prevent the samples from any risk of contamination from any airborne particles or pollutants.
7. The incubator is designed in such a manner that internal airflow within the machine is very smooth and does not disturb the cell culture being incubated in it.

These CO2 incubators are designed to be as user friendly as possible.

For any enquiry related to any laboratory instruments, feel free to contact us:

Call:  +91 72920 55144

Mail: info@yatherm.com

When it comes to a regular oven, it is only capable of heating function.

But the Vacuum Oven takes the properties of the oven to the next level.

Vacuum oven consists of a special pump which also supports the drying function in addition to heating.

How does it work?

The vacuum drying forces the pressure in the narrow gaps and in the tubes to decrease, which enables the moisture in the gaps to evaporate faster.

Moisture evaporates much faster, because the vacuum environment reduces the pressure, and that is why boiling points become much less. And this makes it a very useful tool.

Where can it be used?

• Chemical fields
• Biological related industries
• Pharmaceutical and medical field
• Agricultural research
• Environmental testing etc

What makes a vacuum oven better than a regular oven?

• Less time required in warming up things.
• Temperature is controlled in high precision with turbo-drying
• Drying heat-sensitive delicate things, like food, cosmetics, powders etc is safe in it

Applications of vacuum oven are:

• Removal of pyrogens, these are bacterial substances in utensils which causes fever
• Determine the moisture content in foods etc
• Sterilization, purification of solids
• It is used for classification of solids too in industries
• Baking
• Drying Etc.

Several advantages of vacuum oven:

• Liquid substances will not be expelled, because in vacuum conditions the boiling point of substance will reduce to much extent. And hence, heat-sensitive can easily be put in a vacuum oven.
• When it comes to drying power and granular samples, it is always a struggle. But the vacuum drying method works effectively and helps drying such substances easily in much less time.
• Mechanical parts and porous samples etc are made of very complicated substances and direct heat can affect their chemical structure and also affect the usefulness. But vacuum drying keeps all that safe, and dry them in a convenient way.
• Because it works on much less pressure, so the possibility of explosion, oxidation, combustion, inflammation etc is completely eliminated.
• Your powdery samples will stay intact because there is no flowing air method used for drying.

Final words: 

Vacuum oven is one of the legendary tools, which has all the capabilities to help us and make our work easier, when it comes to drying and baking and all.

But every technology has its dangerous effects too, so use it with precautions like knowing the right temperature and wearing gloves etc.

If you do that, you will have an amazing experience in your work.

It has been ages since the concept of preserving perishable items by deep freezing and flash freezing became popular. Today, if you are looking to keep organic matter of any kind safe for long time, ultra-low temperature freezers are the best and first choice for you. Here is a list of common applications where these freezers are being used all across the world.

1. Meat and Seafood Storage: Meat and seafood are among some of the most popular food items these days. But the inherent nature of these products means that they spoil easily because of bacteria and protozoa in it. For seafood, there is also the distance factor which means that only frozen fish or prawns ca be shipped over long distances.

2. Pharmaceutical Industry: Medical science has made a lot of progress in the last few decades. Considering the increased complexity of ailments that people suffer from, medicines are also very complex and need to be stored in controlled environment at low temperatures for long term storage. The deep freezers keep these medicines safe for long.

3. Organ Transplant Hospitals: Organ transplants have come a very long way and today you can get most of the organs transplanted including simple transplants like eyes to vey complex ones like liver and heart. Yatherm Ultra Low Temperature Freezers (ULT Freezers) are being used all over the world for such purposes.

4. Blood Banks and Plasma Storage Banks: Blood transfusion is a well-established medical practice and almost all major hospitals in large cities and small towns have blood banks. Similarly, blood plasma transfusion has also helped a lot of people recover from diseases like Dengue and COVID. The freezers are used to keep blood and plasma stored for long duration.

5. Commercial Aviation Sector: Did you ever wonder that when you take a long-haul flight how do the cabin crew bring you all the food during the flight? This is another area where ultra-low freezing machines have worked miracles. Planes take off with cooked food placed in these freezers, crew reheats them when its time to serve.

6. IVF and Test Tube Baby Centers: Freezing eggs has allowed a lot of women to take pregnancy decisions at the right time. Similarly, the IVF baby clinics have also benefitted a lot from development of deep cooling technologies where they can store samples in ultra-low freezers for days at stretch.

7. Chemical R&D Labs: Chemical labs involved in organic and inorganic chemistry research as well as bio chemical studies have started to use ultra-low temperature freezers in their experiments and for long- and short-term sample storage. Chemistry labs in schools are now procuring these cabinets for sample and chemical storage.

8. MRE and Disaster Recovery Food Preparation: MREs are in use by militaries at a larger than ever scale because of longer deployment periods, asymmetric warfare and continuing importance of Close Quarter Battles. Meals, Ready to Eat are prepared for armed forces by putting fresh food in ultra-low temperature freezers and reheating them as need in field.

Read more about Freeze Dryer and Muffle Furnace by Yatherm scientific manufacturer of scientific equipment.

Food preservation is one of the most widespread uses of freeze dryer equipment. The food materials that has undergone this kind of preservation process can be stored for longer durations and also remains free from any harmful effects of artificial preservatives or sweeteners. For any person who is starting to learn food preservation, Yatherm freeze dryer is simple and easy to use machine that can deliver great results with minimal investment in financial terms and efforts involved. Below are a few of the most important considerations that must be observed when a freeze dryer is to be used for food preservation.

• Do not mix meat with any other kind of food. Meat should always be freeze dried on its own. Any kind of cross contamination can lead to growth of e coli or other harmful bacteria in the food an must be prevented in all situations.

• Do not try to freeze dry large size meat cuts and pieces. The freeze-drying process while very effective has its own speed and limitations. If rather large pieces of meat are processed, they might not be preserved properly and there is also the risk of rehydration not working which means when food is to be consumed, meat will have a leathery taste and texture which is rather unpleasant.

• Do not try to dry food items with high fat content. Food with high fat content will always react adversely to any attempts to freeze dry. Something like butter or cheese has very high fat content and any attempt to freeze dry it will cause layers of fat to accumulate on the chamber which will take hours upon hours to be cleaned.

• Check before your try to freeze dry high sugar foods. Freeze drying food items which are naturally sweet, like fruits and berries can be easily processed though larger food items will take longer. That is why pineapple slices are freeze dried instead of full pineapple. On the other hand, fruit juices and jams, even if derived using no artificial sugar or additives will not freeze dry well because of the very high concentration of sugar which causes adverse chemical reactions when exposed to low temperatures.

• Ensure foods with similar tastes are freeze dried together. Mixing food items with different tastes is a cardinal sin with regard to food preservation. Simply because the taste of different items can only be locked with different levels of processing. Mixing the items will cause taste crash with some items completely losing their taste while others are freeze dried inadequately and risk early spoilage.

• Overfilling the freeze dryer must be avoided. The machine has its stated capacity and if any attempt is made to over stuff it with items for whatever reason, the results can be from anywhere like improper preservation to total item spoilage and even equipment damage. Always ensure that machine is only loaded to its stated capacity and multiple cycles should be used if large amount of food items need to be preserved. Patience is the key in such cases!

Read more about Air Shower and Hot Air Oven by Yatherm scientific manufacturer of scientific equipment.

Industrial and laboratory furnaces are extremely specialized devices which are meant for extremely high temperature works. Tube furnace is an extremely effective and innovate type of heating equipment that can work in 800 °C to 1800 °C temperature range. Considering that they are devices are supposed to stand up to very high temperatures, they are built with best materials and to very tight tolerances.

These are devices meant for usage in inorganic chemistry work like syntheses and purification of different inorganic compounds. Most common design of this tube heating device is a cylinder-shaped cavity around which the heating coils are wrapped to ensure equivalent heat distribution.

Transport experiments are also done using furnaces with two separate heating zones. As of now, manufacturing of furnaces with as many as 10 heating zones is regularly done. Quartz furnaces and stainless-steel furnaces can sustain temperatures in 100 to 1200 degrees ranges. For higher ranges like 1200 degrees to 1800 degrees, you can get alumina tube. Along with multi-zone, you can also get vertical, horizontal, split type & rotary type furnace at appropriate prices

Common uses of these high heat furnaces:

• Chemical industry uses these devices to heat and melt metals for casting and forging
• Pharma industry uses these devices for manufacturing specialized medicines at large scale
• Glass industry uses these devices to melt silica to form custom shaped glass artefacts
• Cement industry uses these devices to manufacture cement from sand and other chemicals
• Chemistry labs use these devices for high temperature experiment work
• Defense laboratories use these furnaces for explosives testing and research

Special features of these furnaces:

• These furnaces are designed to be fully automatic & you can use them in set and forget mode.
• The furnaces come with pressure gauge for negative pressure monitoring and protection.
• Quality heating elements ands suitable motors ensure long life and effective usage.
• The furnaces are equipped with K25 clamps which hold on to things even in extreme heat.
• These devices are fiber body insulated for heat retention and operator protection
• These devices are PID controlled and have PLC with HMI features to ensure simple operation.

Safety in heating equipment:

Considering the extreme temperatures, these devices are dealing with, safety become a paramount concern. You should look for equipment that features temperature and overheat sensors and cutoff mechanism. Alarms should be available for low and high heat ranges. Always ensure that you get tongs and safety gloves to handle the device and material for which it will be used. Insulation must be of very high quality and yet low weight and density. Appropriate gas valves, vacuum sealing flanges etc, must also be provided. If manufacturer offers, safety training ensure that everyone involved gets that.

https://yatherm.com/tube-furnace/

WHAT IS SANITATION TUNNEL

A Sanitation Tunnel or Disinfecting Booth or Sanitizing Cabin is a low-cost acquisition, disinfection method and operation tool that eliminates up to 99% of bacteria, other viruses, and bacteria from its users, thus reducing the risks of contagion among healthy people, protecting your clients and staff work and communicate your brand or association, is an excellent tool for companies, restaurants places of transit of people and more.

BENEFITS OF SANITATION TUNNEL

• Reduce risks of VIRUS and safe from bacteria.
• Eliminates up to 99% of viruses and bacteria on the human body.
• Sanitizing tunnel or disinfecting cabin is inflatable and portable
• Its system is simple, reliable and effective
• A fast, easy and economical way to reduce bacteria risks

HOW TO SAFE BACTERIA WITH SANITATION TUNNEL

People enter the sanitizing tunnel/booth/cabin and the spray of the sanitation solution falls on them, disinfecting their person and belongings, eliminates up to 99% of viruses, including bacteria. It has an industrial-grade sprinkler with a sanitation solution for all type of viruses’ crisis as well as hospitals and used in public places. This provides a safe environment for healthy people since all their belongings are disinfected and the risk of contagion minimized. This measure can be combined with the use of face masks.

CHLORINE DIOXIDE – DISINFECTANT SOLUTION OF SANITATION TUNNEL

Chlorine Dioxide is a golden liquid sanitizer that has no residual power. It is an inactivated product with high oxidizing power, whose base ingredient is chlorine dioxide. Specially formulated to act as a germicide and bactericide. Features and benefits of sanitizer liquid solution:

• Highly soluble in water.
• Broad-spectrum.
• Very efficient in sanitation with CIP (Cleaning in place) systems.
• Leaves no odor or residue on sanitized surfaces and equipment.
• It contains 10% free chlorine.
• Useful in disinfecting plastic and glass containers, laundries, hospitals, food processors, beverage processors, milking equipment, pasteurizers, the fishing industry, freezers, and packers. Since it leaves no residue.
• Excellent results in disinfection by circulation or recirculation in pipes and equipment.
• In addition to its sanitary and preventive function, a sanitation tunnel/disinfection booth will help you to communicate your brand or organization since you will be providing a service with an immediate benefit among its users, two great benefits that in this time of sanitary and economic crisis they are of high value.

YATHERM SCIENTIFIC provides disinfecting or sanitizing booths and sanitation tunnels in different types and sizes to safe from bacteria, all portable and easy to move and assemble, of different capacities that allow transit from 1 to 12 people, while respecting the distance of 1.5 meters recommended by the health department.

Get More info about “Sanitation Tunnel” Visit link: https://yatherm.com/clean-room-equipment/sanitation-tunnel/

Read More about:  Laminar air flow  or  Biosafety cabinet

Summary: Your personnel and lab environment could fall prey to accidental contamination. However, you can easily nip the problem in the bud with a biosafety cabinet.

Like it or not, but laboratory operations do expose you to different biohazards time and again. In fact, the very same biohazards, if not taken care of in a timely manner, could lead to some serious repercussions. Therefore, it is imperative that you get hold of a biosafety cabinet at the earliest and ensure that your facility isn’t unknowingly exposed to harmful and deadly outcomes. In fact, investing in a good BSC is a must, more so, if you care for your personnel. After all, it is your responsibility to safeguard them and keep the environment safe. Protection or the lack thereof could leave them susceptible to contamination. And that’s because viruses, bacteria, and toxics could be at play.

Anyway, if and when you do decide to invest in a biosafety cabinet, make sure you refer to this checklist and then zero in on one:

• For starters, the BSC should be in tandem with your lab space, i.e. it should fit well
• Secondly, you ought to choose the appropriate class, one that caters to your requirements
• Last but not least, it’s important that the equipment you choose is reasonably priced. That said, you cannot let quality take a backseat. So, look for a manufacturer who strikes a balance.

Let’s say, you want to save the laboratory personnel against biological hazards. In this case, it makes sense to go for biosafety cabinets Class II. These cabinets have HEPA filters and pre-filters and can therefore ensure that you get to benefit from filtered air. As a result, both users as well as products are considerably safe. What also makes class 2 cabinets your best is the fact that these could offer protection to samples, keeping airborne contamination at bay. So, if you have a microbiology laboratory, you should not have to think twice before investing in this one.

Now, as a first-timer, you should also know that every class has further classifications, and it is only after knowing about them in depth can you take your pick. Class 2 cabinets for instance vary depending on of course features, but also on the basis of construction and applications.

• Class II, Type A1 should only be considered if there are lower risky agents at play. These cabinets can offer suitable protection against mild chemical and nuclear energy reactions, but that’s about it. Using the very same cabinets for biologically hazardous chemicals or radioactive chemical reactions is a big no-no. For these hazards, it is strongly recommended that you rather go for Class II, Type A2: biosafety cabinets.

• Coming to the next cabinet, the Class II, B1 is appropriate for Microbial toxins reacting with dangerous chemicals in lesser amounts. The B2, on the other hand, fits the bill quite perfectly if your microbiology lab is susceptible to dangerous chemical reactions & biological agents such as fungus, bacteria, and viruses.

When all is said and done, you can only make the best choice if you know your needs one and then choose the cabinet that offers maximum protection at of course the lowest cost.

What Is Clean Room Pass Box Definition?

These are room systems which determine the entry of particles into the room, where the amount of formation is designed to be minimized to the minimum limit of retention, where the concentration of airborne particles used and the desired parameters in scope are controlled as required by temperature, humidity and pressure.

Staff Entrance Room, Clothing Area & Doorway Room: It is the place where the staff wears their aprons, face masks, gloves and shoes and wears the clean room clothes which are determined to vary from gallons. The amount of clothes, the amount of staff is determined by the process. As the garment enters the clean room, the clean room air strikes, depending on the outside area outside the clean room, due to the pressurization of the room and prepares the transition to the other room. The cleaning level of this area will generally be lower than other cleanroom areas.

Assembly Packing Room & Data Room: This is the place where the product is prepared or made. This area is generally constructed at a higher pollution control level than the personnel entrance chamber and is at a higher pressure level than the personnel entry chamber and is the filling room preconditioning area. When you open the door from the front room to the processing area, it means that clean room air strikes your face. Protocol levels are higher in this area and include the frequency of cleaning, restrictions on allowed equipment and vehicles, and controlled product transfer in and out.

Filling Area & Critical Process Area: If part of the cleanroom process requires a higher level of contamination control, an additional chamber can be added or a vertical or horizontal flow bench can be added. Again, this area will be at a higher pressure than adjacent areas. Usually, sensitive products include mechatronic systems in the body, stem cell laboratory systems.

Clean Room Specifications:

Clean Room Panel System; 60 mm thick, internal insulation with EPS material filling, B class flammability class hygienic panels.

Clean room door; Sealed type, made of glass and without glass, 60 mm wall thickness, single wing, shock absorber wing system mounted interlock system or connected to the automation group. Emergency Safety Button interlock system cancellation feature.

Clean Room Pass Box; Stainless steel or aluminum interlock system. Pass-through unit with or without filter.

Clean Room Automation Instantaneous temperature, humidity, air velocity, room pressure value of the set values ​​with the ability to control the air conditioning system. Lighting systems on / off, timing adjustment, filter equipment used in case of clogging audible and visual warning.

Clean rooms as scope; are hygienic private rooms with conditioned and controllable ventilation systems.

Clean room Pass Box In design; control of parameters such as temperature, humidity, live and inanimate pollutants, air flow directions and pressure is required. Purpose of temperature and humidity control; to provide a comfortable environment for people working in a clean room, with the exception of special conditions arising from the work done. In clean room pass box, it is imperative to keep comfort conditions at a very high level, so that people working in special clothing do not produce more pollutants.

Clean-room Material Pass Box (Transition Box):

These are compact structures which are used for material transfer between clean rooms and entrance passages, static or dynamic designed depending on the general conditions of the room, active and passive logic of the doors, with uv lamp and electronic control system.

Pass Box Systems:

The interior of the boxes used for product transfer between the areas with difference of space is produced in stainless steel. The exterior is determined and dressed according to the needs of the project.

Pass Box can be used to be embedded in the panel to which they are applied, as well as directly hanging on the panel or another wall system. Air lock systems, timed hepa filter systems, uv light systems, such as easy to work with systems such as transition boxes, aluminum casing wing, panel glass, stainless arm and stainless steel plate forming the internal volume is produced using materials that are compatible with long lasting and sterile environments.

Clean room Pass Box Type:

• Static Pass Box: A pass box system that manages the transfer without any air conversion during the passage of the product.
• Dynamic Pass Box: Pass Box systems that allow the purchase of the product after performing a certain period of air conversion during the passage of the product.

The Performance of Clean Room Pass Box varies depending on the particle concentration in the room. In order to achieve the desired pollution class, the quality of the materials and application teams to be used in clean room design is very high, as well as the quality of testing, measurement and calibration to be performed during and after the application phase.

How Does A Laminar Air Flow Work?

The laminar air flow hoods are electro-mechanical equipment used to maintain sterile conditions. The proper functioning of these equipment is evaluated by applying tests and assigning a rating. The air flow hoods are cabins maintaining sterile conditions in place by passing the air through a filter high efficiency air (HEPA). There are horizontal and vertical type.

Horizontal laminar flow hoods are generally manufactured in prismatic form with a single free face (the front) that gives access to the interior, where the work surface is located. The air filter in this type of laminar air flow is located at the back. Its main applications are:

• Preparation of ophthalmic solutions.
• Preparation of sterile and urological topical solutions.
• Mix of food and formulas for babies.
• Ideal for clinical laboratory tests.
• Preparation and crop readings.
• For blood fractionation.

On the other hand, in the vertical laminar flow hoods, the HEPA filter is installed at the top of the hood, so that the air flow is unidirectional and moves through parallel vertical lines. These types of bells are considered safer than horizontal ones. Within this classification are the biological safety bells which are used in:

• Management of viruses, bacteria, etc.
• Useful in very low concentrations of contaminants.
• Protection level for group 1.2.
• Protects the user, the product and the environment.

Elements of a Laminar Air Flow:

The laminar air flow, also known as the laminar flow hood (cabinet) or tissue culture hood, keeps the atmosphere of the interior volume of your work area free of dust. Normally, this area is delimited by stainless steel sheets, except in its front part that usually has one or two guillotine tempered glass doors.

The air flow from a fan passes through a high efficiency HEPA filter, capable of not allowing particles larger than 0.3 micrometers to pass, and metro logically classified to a minimum efficiency of 99.97% according to European standard EN1822 H12 a minimum efficiency of 99.999% can be reached in a HEPA filter that complies with the European standard EN1822 H14.

The fan speed is regulated by an electronic controller so that the air speed is reached, and therefore the appropriate pressure, necessary for the air flow in the work area to be laminar. The pressure value is indicated on the pressure gauge installed outside the cabin.

If it is necessary that the atmosphere in addition to being dust-free, also be sterile, an ultraviolet lamp, mounted inside the chamber, is incorporated as an option.

In case it is necessary to work with toxic products, the hood incorporates a second HEPA filter installed in the air outlet, to avoid the emission of polluting products.

What Is The Purpose Of Laminar Flow Equipment?

A laminar flow equipment basically constitutes a space, which, by means of a specific treatment of the air, allows working in an area with a strict control of non-road particles.

It should be clarified that the purpose results in the protection of the product and / or process but not the operator, which should be considered with what is going to work in a way that allows the selection of appropriate equipment, without risks to the operation. For the personnel that operates.

Laminar flow equipment, in this case, contributes to the recirculation of clean air in the environment where they are, since they have a continuous work of air renewal. Let’s not forget that they take it from their environment, filter it and return it to the environment with an extra stage of absolute filtration, and this process is constant.

How to Buy Laminar Air Flow:

Yatherm is a leading laboratory scientific equipment manufacturer and supplier, which offers Laminar Air Flow Equipment with the following services: maintenance, installation and commissioning, with which we can offer you comprehensive solutions tailored to your needs.

Read more about Horizontal Autoclave and Muffle Furnace by Yatherm scientific manufacturer of scientific equipment.

Laboratory hot air oven is equipment that is highly prized for being used in pharmaceutical laboratories as well as other material testing labs. The regularly improving awareness about the dry sterilization process among professionals associated with laboratories and research centers, the demand of laboratory hot air oven has been increased in the last few years.

Discuss the Principle Here On Which It Actually Works

A gravity air convention found in an electrically heated chamber is primarily responsible for the working principle of the laboratory ovens. The heat created in the chamber is a result of the installation of various advanced components in the machine. The presence of temperature preset function, PT 100 sensors, PID controlled, automatic control unit and two jacket designs make sure that the machine works in the optimum possible way by allowing it to get the normal temperature back when the material testing is done.

The primary job of designing this heating equipment is to simplify the process of dry sterilization while conducting the pre-treatment of different types of materials such as plastic, rubber, etc.

The flow of air occurs in a forced circulation manner to distribute the heat equally in every corner inside the chamber. As soon as the air becomes hot, it turns into very light and starts moving in the upward direction.

At the top of the chamber there is a fan, which pushes this air back towards the bottom direction. This results in generating the needful circular motion inside the chamber while allowing the cabinet to witness a steady circular flow of the air. The process is done inside the cabinet actually helps professionals to create the maximum possible temperature.

Make sure not to take your articles out of the cabinet immediately right after getting it sterilized. Wait for returning the hot air oven instrument to its normal temperature in order to avoid any discrepancies during the process.

Major Benefits of Installing Hot Air Ovens

• Wet sterilization is not perfect for all the articles/materials. You can use this instrument for different materials like powder and oil, which are more likely prone to getting spoiled if they are wet sterilized.
• No need to dismantle the articles since it is exposed to an environment which contains the high temperature for the good time.
• Dry sterilization is found to be perfect even for the metal equipment, which is more likely to be corroded during the wet sterilization.
• Operator can also use the dry sterilization.

Take These Precautions before Beginning the Process

• Avoid keeping the article directly on the floor due to the high temperature from where it is taken out.
• Make sure to wrap the glass apparatus with a clean and dry cloth.
• Every chamber comes with a prescribed limit. So, check the instructions twice before loading the chamber.

If you are searching for this instrument, try out Yatherm, who is undoubtedly a leading hot air oven manufacturer offering high quality heating and cooling equipment in India and abroad at amazingly low prices.