This unit is durably constructed with seamless welds and strong bracing All SHEL LAB vacuum ovens are built with a stainless steel chamber for exceptional durability. Our double plenum design meets CE safety requirements resulting in a cool outer surface. The doors on these units have positive latch handles with spring-loaded glass to facilitate a good vacuum seal without hinge binds that shorten the gasket life.SHEL LAB was…
SHEL LAB general purpose incubators deliver a degree of temperature uniformity usually found only in more expensive, application specific models This high level of performance is due to a precise microprocessor controller and a unique warm air jacket design. Triple wall construction allows heated air to circulate within an open plenum between the inner chamber and exterior walls. This design does not require blowers or fans w…
These SHEL LAB ovens incorporate triple wall construction, so at operating temperatures of 225°C, the outer skin of this unit meets all CE requirements and workspaces remain cool. In addition, users can adjust the air exhaust from the chamber without being near the heat source. The 99 hour and 59 minute digital timer has an independent control so its use is optional. Once the timer expires the power is cut to only the heating…
Using innovative thermoelectric cooling technology, the SRI3P, SRI6P and SRI20P eliminate the need for a refrigeration compressor This means that these units use 78% less power than alternative models and reduce room air conditioning loads by 75%. They also include 75-pound capacity shelves, which eliminates sagging. These incubators meet APHA specifications for Biochemical Oxygen Demand (BOD) and include a mechanical convect…
Bactron anaerobic systems have airtight construction of stainless steel and rigid Plexiglas for unobstructed vision and integrity The patented cuffs form a comfortable seal around the operator’s arms permitting bare hand manipulation of plates and specimens inside the working chamber, making work more comfortable and efficient. Chamber atmosphere circulates through a condensate controller then through a catalyst, which remove…
This latest addition to the SHEL LAB Bactron line offers precise oxygen control ranging from 1% to 20% for microaerophilic bacteriology and hypoxic tissue or cell culture applications It has the additional capability of controlling carbon dioxide from 1% to 20%. The SHEL LAB Bactrox permits oxygen and carbon dioxide control in increments of 1/10th of a percent.nlike a tri-gas incubator, the Bactrox allows for microaerophilic…
Model SCO6AD CO2 Incubator features a dry heat decontamination cycle, that maintains 180C for 120 minutes This industry best time and temperature relationship satisfies all global standards for decontamination. This is decontamination at its fastest easiest and most effective - it is not necessary to remove the IR CO2 sensor prior to activating the decontamination process and we feature the shortest cycle time on the market.T…
The SHEL LAB large capacity CO2 incubators are well-suited for roller bottle apparatus and high-volume tissue culture applications and is ideal for cell harvesting This large capacity incubator maximizes laboratory space in a convenient floor model design. Its chamber floor is specifically designed for easy movement of roller bottle apparatus by use of a flip-out ramp. Supplied with four one amp interior electrical outlets an…
Models SMI31 and SMI39 incubators provide 30.8 & 38.4 cu.ft. chamber capacities while minimizing the amount of floor space used Both models incorporate our microprocessor controller to achieve precise temperature uniformity. An independent, secondary temperature controller offers the added security of over temperature protection. The chamber floors are reinforced to support roller apparatus or shakers. Both models are supplie…
SHEL LAB CO2 Incubators offer dependable Infrared (IR) CO2 Sensor control and are ideal for sensitive tissue and cell culture applications. They provide the benefits of contamination control and uncompromising temperature uniformity for even the most demanding incubations. Precision is easily maintained with push-button calibration of both temperature and CO2, and audio/visual alarms that signal high/low temperature and CO2 c…
