Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven
Precise temperature control is essential for successful nucleic acid and protein hybridization techniques. The Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven is designed specifically for molecular biology laboratories performing DNA, RNA, and protein hybridization procedures that demand exceptional temperature uniformity and reproducible results. Featuring two independently controlled heating chambers, programmable digital controls, and variable-speed rotisserie operation, this hybridization oven enables researchers to perform multiple protocols simultaneously while maximizing laboratory productivity.
Unlike conventional laboratory incubators, the Fisher Isotemp Hybridization Oven was engineered specifically for membrane-based hybridization workflows. By providing gentle, uniform heating combined with continuous tube rotation, the oven promotes even distribution of hybridization solutions, improving probe contact while reducing reagent consumption compared with traditional water bath methods. Purchasing a refurbished Fisher Isotemp 13-247-30Q from American Instrument Exchange provides laboratories with a proven molecular biology instrument at substantial savings compared with purchasing new equipment.
Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven Key Features
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Dual independently controlled hybridization chambers
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Independent digital temperature control for each chamber
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Temperature range from ambient +7°C to 85°C
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Variable-speed rotisserie operation
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Microprocessor-controlled heating system
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Excellent chamber temperature uniformity
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Programmable operating parameters
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Double-glazed viewing doors
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Adjustable tube rotisserie assemblies
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Compact benchtop footprint
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Ideal for molecular biology laboratories
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90-day warranty from American Instrument Exchange
Designed for Molecular Biology Hybridization Workflows
Hybridization ovens provide a controlled thermal environment for nucleic acid and protein hybridization procedures that require precise temperature regulation over extended incubation periods. During these procedures, DNA or RNA probes bind to complementary target sequences under carefully controlled conditions. Even small temperature variations can influence hybridization specificity, making accurate temperature control critical for obtaining reproducible experimental results.
The Fisher Isotemp 13-247-30Q addresses these requirements through microprocessor-controlled heating and continuously rotating sample tubes. The rotating platform keeps membranes uniformly exposed to hybridization solution throughout the incubation process, improving reagent distribution while minimizing localized concentration differences that can occur in static incubations. Each chamber operates independently, allowing researchers to perform separate protocols at different temperatures simultaneously.
Common Applications
The Fisher Isotemp 13-247-30Q is commonly used for:
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Southern blot hybridization
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Northern blot hybridization
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Western blot incubation
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DNA probe hybridization
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RNA probe hybridization
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Colony hybridization
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Plaque hybridization
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Membrane washing procedures
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Microarray sample preparation
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Gene expression research
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Molecular diagnostics
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Academic and pharmaceutical research
Many molecular biology laboratories pair hybridization ovens with PCR thermal cyclers, microcentrifuges, biosafety cabinets, laboratory refrigerators, and ultralow freezers to support complete nucleic acid research workflows.
Ideal Laboratory Environments
The Fisher Isotemp Dual Chamber Hybridization Oven is ideally suited for molecular biology laboratories, genomics facilities, biotechnology companies, pharmaceutical research laboratories, university core facilities, clinical molecular diagnostics laboratories, and government research institutions. Laboratories performing routine blotting techniques or managing multiple hybridization protocols benefit from the flexibility provided by two independently controlled chambers, allowing separate experiments to proceed simultaneously without compromising temperature accuracy.
Why Dual Chambers Improve Laboratory Productivity
One of the primary advantages of the 13-247-30Q is its dual-chamber configuration. Each chamber features independent temperature control, allowing separate hybridization protocols to run simultaneously. A laboratory can perform a high-stringency DNA hybridization in one chamber while conducting membrane washing or protein incubation in the second chamber, reducing bottlenecks and improving instrument utilization.
This flexibility is particularly valuable in busy research environments where multiple investigators share equipment or where several hybridization protocols must be completed throughout the day. Independent chamber operation reduces scheduling conflicts while allowing researchers to optimize temperatures for individual assays rather than compromising on a single operating condition.
Rotisserie Hybridization and Temperature Uniformity
The Fisher Isotemp 13-247-30Q utilizes continuous rotisserie rotation to ensure hybridization solutions remain evenly distributed over membranes and within hybridization tubes throughout the incubation cycle. Gentle, consistent rotation minimizes localized concentration gradients while maximizing contact between probes and target nucleic acids, helping improve reproducibility across multiple experiments.
Independent microprocessor controls continuously monitor each chamber, maintaining stable temperatures during long hybridization protocols. Because each chamber operates independently, researchers can optimize incubation temperatures for different assays without affecting experiments running in the adjacent chamber. This flexibility is particularly valuable in shared laboratory environments where multiple investigators perform different protocols simultaneously.
Energy Efficiency and Routine Maintenance
Designed for continuous laboratory operation, the Fisher Isotemp 13-247-30Q combines insulated chambers with precise electronic temperature control to maintain stable operating conditions while minimizing unnecessary heating cycles. The double-glazed viewing doors allow users to visually monitor samples without opening the chambers, helping preserve temperature stability during long incubations.
Routine maintenance typically includes cleaning the stainless steel chamber interiors, inspecting door seals, verifying temperature calibration, and ensuring the rotisserie assemblies rotate smoothly. Periodic inspection of the tube holders and drive mechanisms helps maintain consistent performance over years of routine laboratory use.
Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven Key Specifications
| Specification |
Details |
| Manufacturer |
Fisher Scientific |
| Model |
13-247-30Q |
| Thermo Scientific Platform |
Model 638 Dual Chamber Hybridization Oven |
| Equipment Type |
Dual Chamber Hybridization Oven |
| Number of Chambers |
2 (Independent Temperature Control) |
| Temperature Range |
Ambient +7°C to 85°C |
| Temperature Control |
Digital Microprocessor Control |
| Chamber Configuration |
Dual Independent Chambers |
| Rotation System |
Variable-Speed Rotisserie |
| Viewing Doors |
Double-Glazed Glass |
| Interior Construction |
Corrosion-Resistant Stainless Steel |
| Tube Capacity |
Configurable with interchangeable rotisserie accessories |
| Electrical Requirements |
120 V, 60 Hz |
| Exterior Dimensions |
Contact American Instrument Exchange |
| Chamber Dimensions |
Contact American Instrument Exchange |
| Weight |
Contact American Instrument Exchange |
Specifications are based on available manufacturer documentation. Certain physical specifications may vary depending on installed rotisserie assemblies and production revision. Please verify installation requirements prior to purchase.
Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven Frequently Asked Questions
What is the Fisher Isotemp 13-247-30Q used for?
The 13-247-30Q is designed for molecular biology applications requiring controlled hybridization temperatures, including DNA, RNA, and protein hybridization procedures. It is commonly used for Southern blotting, Northern blotting, colony hybridization, plaque hybridization, and other membrane-based molecular biology techniques.
What advantage does the dual chamber design provide?
Each chamber operates independently, allowing researchers to perform two different hybridization protocols simultaneously at different temperatures. This improves laboratory efficiency and reduces instrument scheduling conflicts.
Why is rotisserie rotation important?
Continuous rotation keeps hybridization solution evenly distributed across membranes and tubes, improving probe contact while reducing reagent pooling. This helps produce more consistent and reproducible hybridization results.
Can different temperatures be programmed for each chamber?
Yes. Each chamber has its own independent digital controller, allowing separate temperature settings for concurrent experiments.
What types of laboratories commonly use this instrument?
The Fisher Isotemp Dual Chamber Hybridization Oven is widely used in molecular biology laboratories, genomics facilities, pharmaceutical research laboratories, biotechnology companies, university research centers, clinical molecular diagnostics laboratories, and government research institutions.
Does this oven support different tube sizes?
Yes. The rotisserie system is designed to accommodate a variety of interchangeable tube holders, allowing laboratories to configure the oven for different hybridization vessels depending on the application and available accessories.
Is this a general-purpose laboratory incubator?
No. While it provides accurate temperature control, the instrument was specifically engineered for hybridization workflows involving rotating tubes and membrane incubation. Laboratories requiring microbiology, CO₂ incubation, or environmental chamber applications should select equipment designed specifically for those purposes.
Why purchase a refurbished Fisher Isotemp 13-247-30Q from American Instrument Exchange?
Purchasing a refurbished Fisher Isotemp 13-247-30Q Dual Chamber Hybridization Oven from American Instrument Exchange provides laboratories with a dependable molecular biology instrument at significant savings compared with purchasing new equipment. Its independently controlled dual chambers, programmable digital controls, variable-speed rotisserie system, and precise temperature regulation make it an excellent solution for DNA, RNA, and protein hybridization workflows. Every unit is inspected and tested prior to shipment and includes a 90-day warranty for added confidence.
