Product Description
Owing to our in-depth expertise in this domain, we are engaged in offering an extensive range of Hybridization Incubator, which is also known as hybridization oven. The offered incubator is used for creating preserving condition for varied DNA samples. Widely used in hospitals and research centers, this incubator is ideal for sterile laboratory testing. Designed for efficient crosslinking and hybridization, this Hybridization Incubator has adjustable ventilation slides control inner air / vapor circulation.
Features:
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Robust construction
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Durable finish
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Less power consumption
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Easy to maintain
Other details:
Inside made of stainless steel. Temperature Range is above ambient 5AAaAAaAA C to 90AAaAAaAA C. The chamber has Air circulating fan to ensure uniformity of temp. A carrier to hold bottles (6 number of 60 mm DIA. x 200 mm Depth) can be easily placed on front of rotator mechanism. Any bottle can be taken out easily from the carrier.The carrier rotates with bottles parallel to the door at a variable speed. Viewing glass window in the specimen inside the chamber. Complete with microprocessor PID digital temp. Indicator-cum-controller.
Precision and Consistency in Laboratory IncubationThis Hybridization Incubator ensures precise temperature control and uniformity, ideal for sensitive laboratory procedures. The digital microprocessor-based control offers accurate adjustments, while the LED display provides clear visibility of operational parameters. Its dual adjustable shelves and ample internal volume allow flexible sample arrangement, maximizing productivity for a variety of hybridization protocols and laboratory needs.
Robust Construction and Safety FeaturesCrafted from high-grade stainless steel and powder-coated mild steel, this incubator offers resistance to corrosion, maintaining a hygienic environment for years. The tempered glass door allows convenient viewing without disturbing internal conditions. Built-in over-temperature protection and automatic shutoff enhance operational safety, minimizing risk to samples and laboratory personnel.
FAQ's of Hybridization Incubator:
Q: How do I use the Hybridization Incubator for optimal temperature uniformity?
A: Place your samples evenly across the two adjustable stainless steel shelves, making sure not to overcrowd, to ensure uniform airflow and temperature distribution. Set your desired temperature through the digital microprocessor control and monitor the readings via the LED display for consistent results.
Q: What are the main benefits of the Hybridization Incubator's design?
A: The incubator offers uniform temperature distribution, energy efficiency, a user-friendly digital interface, and a sound level below 50 dB. Its smooth orbital rotation and robust construction make it a reliable, long-term solution for demanding laboratory protocols involving hybridization.
Q: When should over-temperature protection be relied upon?
A: Over-temperature protection is critical whenever continuous unattended operation is required or in experiments sensitive to temperature deviations. The automatic shutoff safeguards both samples and equipment against potential overheating, ensuring consistent outcomes.
Q: Where can the Hybridization Incubator be installed in a laboratory setup?
A: Its compact rectangular build (650 x 480 x 480 mm) allows for placement on most standard laboratory benches. The noise level below 50 dB ensures minimal disruption, making it suitable for various laboratory environments including research facilities, clinics, and educational institutions.
Q: What is the process for setting temperature and monitoring incubator performance?
A: Set the required temperature using the digital microprocessor control panel. The LED display will provide real-time feedback on chamber conditions. Periodic checks of the shelves and samples ensure the equipment is functioning as expected and that temperature uniformity is maintained.
Q: What materials are used in the incubator's construction and why?
A: The chamber is made of stainless steel for durability and easy cleaning, while the exterior is constructed from powder-coated mild steel and aluminum for corrosion resistance. The door features tempered glass for safety and easy sample monitoring.
Q: How does the Hybridization Incubator support different laboratory applications?
A: Its adjustable shelves, precise temperature control, and sample capacity for six hybridization bottles make it suitable for DNA/RNA hybridization, cell culture incubation, and other protocols requiring stable, controlled environments.