Choosing between general-purpose lab ovens and vacuum ovens depends on the specific needs of your lab and the nature of the samples to be dried. If the samples are heat-sensitive or require drying at low temperatures, a vacuum oven is more suitable. For general drying and heating tasks at higher temperatures, a general-purpose lab oven would be sufficient.
Other factors to consider include budget, available lab space, and the frequency of use.
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Model OGH180 Gravity Convection Oven, 168 L, 29.1 L x 25.2 W x 36.2" H Exterior, 26.8 H x 17.2 W x 22.2" D Interior, Coated Steel, 50 to 330°C Temperature Range, 208/240V, 60 Hz, 3360 W, 14 A, Low Overall Energy Consumption, Built in Timer, Programmable Microprocessor control with vacuum fluorescent display.
Compact Oven, 1.7 cu ft, 15.6 L x 18.5 W x 25 More...
Vacuum Oven, 19.8 L, 16 L x 19.8 W x 16.25" H Exterior, 10 H x 10 W x 12" D Interior, Powder-coated Heavy-gauge Stainless Steel Cabinet, LED Display with 1°C increments Aluminum Shelves, 120 V, 50/60 Hz, 600 w, 5 A, 0 to 30" Mercury, ±1.0°C Resolution
Compact Oven, 13.5 L x 18.5 W x 22.5" H Exter More...
Gravity Convection Oven, 176 L, 29.1 L x 25.2 W x 36.2" H Exterior, 26.8 H x 17.2 W x 23.2" D Interior, Stainless Steel, 50 to 250°C Temperature Range, 120 V, 60 Hz, 1680 W, 14 A, Low Overall Energy Consumption, Built in Timer
General Protocol Oven, 104 L, 22.2 L x 25.2 W x 32.3" H Exterior, 18.3 W x 23.9 H x 14.5" D Interior, Mechanical Convection Type, OMS100 Model, 50 to 250°C Temperature, Fluorescent Display, Ideal Heating and Drying Solution
Advanced Protocol Oven, 97 L, 22.2 L x 25.2 W x 32.3" H Exterior, 18.3 W x 23.9 H x 13.5" D Interior, Mechanical Convection Type, OMH100 Model, =330°C Temperature, Fluorescent Display, Low Energy-consumption
Oven, Large, 76.3 L, 65.1 H x 49.2 W x 47.6 cm D, Double Wall Construction, 46.7 H x 43.2 W x 37.8 cm D Chamber, 115 V, 1500 W, Glass Wool Insulation, Aluminum Interior, 2 Adjustable Tip-proof Zinc Plated Steel Shelves, Gravity Convection
Operating Principle: General-purpose lab ovens use convection heating to distribute heat uniformly throughout the oven chamber. They rely on natural air circulation to dry or heat the samples.
Applications: These ovens are suitable for general drying, sterilization, and heating applications. They are commonly used for drying glassware, media preparation, baking, annealing, and other routine laboratory tasks.
Features: General-purpose ovens typically have precise temperature control, digital displays, and adjustable shelves to accommodate various sample sizes.
Operating Principle: Vacuum ovens use a vacuum pump to create low-pressure conditions within the oven chamber. This reduces the boiling point of liquids, allowing for gentle and efficient drying of heat-sensitive materials.
Applications: Vacuum ovens are ideal for drying delicate materials that may be damaged or decompose at higher temperatures. They are commonly used in applications involving heat-sensitive compounds, electronics, pharmaceuticals, and chemicals.
Features: Vacuum ovens are equipped with vacuum gauges, vacuum pumps, and relief valves to control and maintain the vacuum level. They may also have temperature and pressure monitoring capabilities.
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