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Oven, Convection; 27.3 cu. ft. (773L), Heratherm General Protocol, Gravity, 400VAC, 50/60 Hz

Gravity Convection Economy Oven, 110-120V, 1 cu. ft. (28L)

Gravity Convection Oven, 110-120V, 3.4 cu. ft

Oven, Gravity Convection, 2.15 cu. ft., Coated Ext., 120V, Heratherm Adv. Protocol

Oven, Mechanical Convection,3.5 cu. ft., Coated Steel Ext., 208-240V, Heratherm Adv. Protocol Security

Oven, Adv. Pro. Security Mechanical Convec.,6.1 cu. ft., Coated Steel Ext.

Mechanical convection oven with advanced security protocols by Thermo Fisher Scientific features a programmable microprocessor control with vacuum fluorescent display; for fast drying of glassware and material testing of cables and plastics

Oven, Mechanical Convection, 2.2 cu. ft., Stainless Steel Ext., 120v, Heratherm Adv. Protocol Security

Oven, Mechanical Convection, 6.1 cu. ft., Stainless Steel Ext., 208-240v, Heratherm Adv. Protocol Security

Large Capacity Forced-Air-Multi-Purpose Oven

Models in 13.7 and 27.5 cu. ft. capacities feature a turbo blower, a heavy-duty motor for temperature uniformity, fast recovery time, safety features and rugged stainless steel chamber and shelves

Oven, General Protocol, 2.30 cu. ft./65L; Gravity Convection; 230VAC 50/60Hz

Oven; 1.7 cu. ft. (48.1L), Precision Compact Gravity Oven, 120V

Oven; 1.7 cu. ft. (48.1L), Precision Compact Mechanical Oven, 120V

Oven; 25.4 cu. ft., Heating and Drying Chamber, ED 720, Classic.Line, Binder, 208V, RS 422

BINDER Classic Line ED 720 Heating and Drying Chamber

Popular ED 720 model with double oven doors features a generous inner chamber for high throughput labs; includes 2 chrome-plated shelves and accepts up to 16.

BINDER Classic Line ED 23 Heating and Drying Chamber

Compact ED 23 model with single door easily fits in tight lab spaces; includes 2 chrome-plated shelves and accepts a maximum of 4 shelves.

BINDER Classic Line ED 400 Heating and Drying Chamber

ED 400 BINDER Heating and Drying Chamber consists of a 2 door chamber with ramp function, time delayed OFF and adjustable exhaust air flap. Along with preheating technology for optimal temperature uniformity and faster recovery.

Thermo Fisher Scientific Heratherm Large Capacity Ovens

Thermo Fisher Scientific Large Capacity Ovens in gravity and mechanical convection models

Gravity Convection Economy Ovens

Benchtop Precision Compact Ovens are ideal for low volume or individual heating and drying applications such as small materials testing. Models have a double-wall interior and a pilot light that indicates oven operation status.

Heratherm General Protocol Ovens

The Gravity Convection Economy Ovens saves energy while the double wall construction maintains uniform temperatures. Units deliver gentle heating and drying of lightweight samples such as powders, lightweight films and granular material.

FD 23 Series Heating and Drying Chamber

The Gravity Convection Economy Ovens saves energy while the double wall construction maintains uniform temperatures. Units deliver gentle heating and drying of lightweight samples such as powders, lightweight films and granular material.

Shel Lab Gravity Convection Laboratory Oven

Gravity Convection Laboratory Ovens deliver precise temperature uniformity and air distribution compared to other forced air ovens. Some applications includes a variety of drying, baking and curing applications.

Oven, 3.75 cu ft (105L), 208-240V, Gravity Convection, General Protocol

Gravity Convection Oven, 110-120V, 3.4 cu. ft

Thermo Fisher Scientific Heratherm Advanced Protocol Security Oven

Thermo Fisher Scientific gravity convection models in #3616-40 2.15 cu. ft, 3616-45 3.60 cu. ft. and 3616-47 6.05 cu. ft. models

Oven Door Lock and Alarm

Benchtop Heratherm Advanced Protocol Security Ovens have the benefits of Advanced Protocol Ovens plus the benefit of additional safety features for the ultimate protection of critical samples and products.

Gravity Convection Oven with adjustable shelves

Shel Lab Gravity Convection Ovens in double wall or triple wall construction models deliver gentle heating/drying and precise temperature uniformity