200 C Laboratory Ovens: Grieve LW-201C Lab Bench Industrial Drying Oven, 120V, 2 cu ft, Gravity Convection
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Inside 18 x 12 x 16; outside 20 x 14 x 25; max temp 200C; 1600 watts
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Brushed stainless steel exterior; galvanized stainless steel interior; adjustable fresh air damper; 2 shelves included
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Bimetal control thermostat; excess temperature interlock; pilot light to indicate heater action; dial thermometer; on-off switch; 3-wire cord and plug on 120V gravity convection models
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This equipment is designed with quality and safety features for drying, baking, dehydrating, preheating, curing and annealing. Also reduces drying times for laboratory use.
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Made in USA; fully factory tested
Color Brushed stainless steel
Display Type analog
Item Volume 2.00 cu ft
Material stainless steel
Maximum Temperature 200C
Voltage 120V
Wattage 1600
Description
Laboratory ovens are the ultimate tools for precise temperature control and uniform heating for applications in laboratories and industrial settings. They come in different types - gravity convection, vacuum ovens and forced air ovens - each for specific needs. One of the benefits of vacuum ovens is they can reduce drying times by maintaining a uniform vacuum level during operation. Whether it’s drying, baking, curing or other processes that require controlled temperature and humidity, laboratory ovens can do it. Made from high quality materials like stainless steel, these ovens are built to last and corrosion resistant. Robust design to withstand daily use and maintain performance.
Features
USA Lab ETL Certified 3.2 CuFt Vacuum Drying Oven 200C 110V 5 Sided Heating
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Precise temperature control and uniform heating for medical device drying, baking and curing
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Stainless steel chamber for durability and corrosion resistance
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Adjustable moisture escape port for controlled humidity
RT+10C to 150C maximum temperature range for versatility 5 sided heating for even heat distribution and no hot spots Drying sensitive medical devices or baking materials that require precise temperature control? This vacuum oven can do it. Adjustable and reliable for any laboratory or industrial use.
Temperature Range and Control
Laboratory ovens have a wide temperature range from ambient to 200C or more. This allows them to do drying, baking and curing. The temperature control systems are precise with microcontrollers for accuracy and uniformity. So the desired temperature is maintained throughout the oven chamber. Many models have adjustable moisture escape ports to control humidity which is important for processes that require specific environment. The precise temperature control also reduces drying times for better efficiency.
Construction
Safety and durability is the focus of laboratory oven design. Made from high quality materials like stainless steel for corrosion resistance and long life. The oven chamber is designed for uniform heating with no hot spots and consistent results. Many laboratory ovens are compact for lab bench use where space is limited. Brushed stainless steel exterior adds to durability and easy to clean for professional and hygienic look.
Safety
Safety is a major consideration in laboratory oven design. These ovens have various safety features to prevent accidents and safe operation. Temperature control systems to prevent overheating and many models have alarm that will alert you if the current temperature is out of range. The oven chamber is designed for uniform heating to reduce hot spots and accidents. Adjustable moisture escape ports to control humidity and prevent flammable solvents buildup for added safety.
Laboratory and Industrial Use
Laboratory ovens are used in many applications across laboratories and industries. For medical device drying, baking, curing and drying of flammable solvents. They are used in research and development, quality control and production. Precise temperature control and uniform heating makes them ideal for applications that require controlled temperature and humidity. Specific models like vacuum ovens for drying and baking and forced air ovens for fast drying are designed for specific applications and are versatile and reliable. Reduces drying time makes them very useful for time sensitive applications.