You searched for: Ovens

Supplier: VWR International

VWR® Forced Air ovens are the optimal choice for fast drying processes, removing humidity much faster than gravity convection units.

Supplier: VWR International

These microprocessor-controlled forced air units are equipped with a blow-out back panel to protect the user from injury.

Supplier: VWR International

The 12.5 L unit features a top-mounted independent evacuation and venting vacuum fittings.

Supplier: VWR International

Horizontal airflow is created using a turbo blower that re-circulates air over the heating element, providing fast heat-up and recovery times, and ensuring a more rapid and efficient rate of drying.

Supplier: VWR International

VWR® Gravity Convection ovens are the optimal choice for heating and drying of delicate samples that require a gentle airflow.

Supplier: VWR International

This vacuum oven is built with a stainless steel chamber for exceptional durability.

Supplier: VWR International

Hybridization Ovens are designed to provide rapid heat-up, excellent temperature stability, and efficient mixing for all types of hybridization and incubation applications.

Supplier: VWR International

VWR® Signature™ Vacuum Oven Station has a programmable Watlow temperature controller, that offers multiple ramp and soak capabilities, including storing and running up to 40 temperature profiles.

Supplier: Binder

Multi-functional drying ovens with stainless steel chambers which are ideal for use in the pharmaceutical and chemical industries, biotechnology, medicine and universities.

Supplier: BINDER INC MX

Forced convection ovens are ideal for sterilization, drying processes, heat treatments, thermal storage, and testing

Supplier: Ace Glass

Instantly variable jacket temperature, to 200°C, enables programmed drying

Supplier: Analytik Jena US

UVP Hybridization Ovens, are self-contained units used for hybridization applications, ultraviolet crosslinking, or both procedures in one system. The hybridizing oven portion is ideal for Southern, Northern, and Western blots; in situ hybridization; and binding nucleic acids to nitrocellulose or nylon-reinforced transfer membranes or other media.

Supplier: Binder

The Solid.Line ovens provide tried-and-tested quality and reliability. They are ideal for drying and heating. The attributes of the Solid.Line are geared towards the application in question and therefore used in research and quality assurance.

Supplier: Binder

BINDER ED Drying ovens are ideal for sterilization, drying, and thermal storage tasks which do not require high drying rates or special time parameters

Supplier: Binder

Forced convection ovens are ideal for sterilization, drying processes, heat treatments, thermal storage, and testing.

Supplier: Binder

BINDER Avantgarde.Line ED Drying ovens are ideal for sterilization, drying, and thermal storage tasks which do not require high drying rates or special time parameters.

Supplier: Antyila Scientific

Quickly heat and dry samples.

Supplier: Binder

The Solid.Line ovens provide tried-and-tested BINDER quality and reliability. They are ideal for drying and heating. The attributes of the Solid.Line are geared towards the application in question and therefore used in research and quality assurance.

Supplier: THERMO FISHER SCIENTIFIC MX

Heratherm™ Advanced Protocol ovens includes a sophisticated timer, precise temperature uniformity and low energy-consumption.

Supplier: Binder

The BINDER FP series of material test chambers with mechanical convection and program functions provide reliably short drying times and particularly fast heating – even for chambers under full loads.

Supplier: THERMO FISHER SCIENTIFIC MX

Heratherm® large capacity ovens were designed for larger samples or high sample volume. All models have a large, easy to view, vacuum fluorescence display and simple to use touch button operation which is controlled by a microprocessor and automatic over-temperature alarm system to protect samples.

Supplier: Sheldon Manufacturing

The SMO3 ovens are recommended for critical and analytical use in laboratory and pilot plant product research. Typical applications for the oven include aging, asphalt testing, curing, drying, pre-heating, conditioning and life cycle testing.

Supplier: Thermo Fisher Scientific

Achieve maximum temperatures of 220 °C (428 °F) with Thermo Scientific™ Vacuum Ovens, while benefiting from two control configurations and display options. These ovens feature independent vacuum and purge needle valves. Radiant warm-wall heating system optimizes uniformity and conserves chamber space for drying, curing, vacuum embedding and plating applications.

Supplier: Sheldon Manufacturing

The SMO1 ovens are recommended for critical and analytical use in laboratory and pilot plant product research. Typical applications for the oven include aging, asphalt testing, curing, drying, pre-heating, conditioning and life cycle testing.

Supplier: Thermo Fisher Scientific

Small, reliable furnaces meet the specific needs of schools, as well as chemical and industrial laboratories

Supplier: Thermo Fisher Scientific

Economical, versatile furnaces have heavy-duty firebrick insulation surrounding the chamber opening for added durability

Supplier: Mettler Toledo

The METTLER TOLEDO DO308 drying oven is ideal for the volumetric or coulometric Karl Fischer titrators.

Supplier: Sheldon Manufacturing

SHEL LAB High Performance Ovens are engineered to meet the most critical temperature requirements

Supplier: Thermo Fisher Scientific

Heratherm™ general protocol ovens are designed for low energy consumption with unique door design and highly efficient, insulation-reducing heat emission.

Supplier: Sheldon Manufacturing

The SMO5 ovens are recommended for critical and analytical use in laboratory and pilot plant product research. Typical applications for the oven include aging, asphalt testing, curing, drying, pre-heating, conditioning and life cycle testing.