Laboratory ovens are designed for high-forced volume thermal convection applications. These ovens usually offer uniform temperatures throughout. Process applications for laboratory ovens may be for annealing, drying, die-bond curing, sterilizing, Polyimide baking, as well as other industrial laboratory purposes.
A laboratory oven heats its contents through the principle of convection. The heating element is not found within the specimen chamber of the oven, however in a separate external envelope. This prevents radiant heat from harming the specimen. However, the resulting temperature of the oven walls is enough to heat as well as dehydrate a specimen.
Types of Lab Ovens
Standard Digital Ovens
Built for common purposes (including drying as well as heating), conventional digital vacuum ovens are built to provide control, accuracy as well as safety.
Heavy Duty Ovens
Applied in industrial applications, these robust ovens are bolstered with severe duty fittings as well as furnishings to stand up to their drying as well as curing usages.
Hot Box Ovens
Built for environments where absolute correctness is not particularly necessary, but will suitably bake the samples being tested.
Custom built to meet the specifications required by its respective labs, high-temperature ovens are made with extra insulation to their doors and cabinet walls, since they employ temperatures upwards of 500°C. Utilized extensively in the aerospace industry.
Wax Melting Ovens
Utilized to melt and sustain wax for the purpose of histology (the study of the microscopic anatomy of cells and tissues of plants as well as animals).
Laboratory ovens used in numerous different applications
Laboratory ovens can be used in diverse configurations and applications, including clean rooms, forced convection, horizontal airflow, natural convection, inert atmosphere, as well as pass through.
Some of the kinds of industries that classically utilize these laboratory ovens are the healthcare industry, technology industry, as well as the transportation industry. Civil engineering laboratories utilize ovens for drying soil, rock, asphalt, or concrete samples.
The Uses of Lab Ovens
Through a combination of baking as well as drying, lab ovens cure substances to harden their chemical composition. This is a means of creating epoxies, plastics, glues, as well as rubbers used in polymer research, nanotechnology as well as semiconductor industries. The increased bond strength is also exceptionally helpful in adhering components directly onto circuitry, several of which are used in military, space as well as medical systems.
The procedure of annealing involves heating and then cooling material, such as glass or steel, in order to reduce hardness and boost ductility. High-temperature ovens are used in this method, often in the application of metallurgy, medical device manufacturing as well as material science industries. These annealed materials may be cut and shaped more readily to be utilized in the production of things such as syringes and catheters.
At their most basic, laboratory ovens may also be utilized to clean lab equipment as well as glassware. Carried out in a hot air oven, the absolute temperature requires to be at least 160°C, with contents observed at this heat for 45 to 60 minutes. You may buy lab ovens from us at lower prices.