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Hybridization incubators are essential tools for molecular biology, enabling precise control over temperature and agitation for optimal hybridization reactions. Selecting the right incubator ensures reliable results, reproducibility, and the integrity of your sensitive experiments. Investing in a quality unit will significantly impact the efficiency and accuracy of your research.
[MULTI-FUNCTION]: The lab Incubator is a 2 in 1 precise instrument, integrating incubator and oscillator. Get 2 functions in one purchase, saving your money and space.
[PRECISE CONTROL]:This NEWTRY Incubator shaker uses microcomputer and PID cutting-edge technology to control temperature and oscillation frequency, with timing function, which meets the requirement of accurate experiment.
[SWEET DESIGN]: Adjustable circulating fan speed and temperature setting, with independent limit temperature alarm system, clear obstacles you may encounter during the experiment.
[IMPORTANT PARAMETERS]: Speed range 50-300rpm; temperature setting range 5-60℃(41~140 °F); timing range 1min -99h59min; amplitude 20mm (Circumferential rotation).
[SALE SERVICE]: The Incu-Shaker has one year warranty. If you have any problem, please kindly contact us, we will reply within 24h.
Good Quality: Our lab incubator crafted from durable galvanized sheet for good longevity and corrosion resistance. Adjustable shelf bracket and transparent window enhance usability and safety, ensuring temperature consistency
Bright Digital Display: Easily adjust the temperature from RT to 70°C (0-158°F). The LCD panel features a clear and bright digital display, showing both the current temperature and set temperature for easy monitoring of the incubation conditions
Excellent Heating Effects: This convection incubator has a hot air circulation system for uniform temperature distribution within the incubator. Double silicone seals minimizing lab incubator heat loss and temperature fluctuations
Large Capacity: Inside size 11in×11in×11in (L×W×H) incubator offers ample space for various applications. Power switch is conveniently located on the incubator, easy control during incubation
Widely Use: Our incubator serves a wide range of purposes, including reptile or amphibian chicken egg incubator, cultivation of bacteria and microorganisms, scientific research in universities and colleges
TEMPERATURE CONTROLLED INCUBATOR SHAKER - Combines incubation and orbital shaking in one compact laboratory instrument designed for controlled sample mixing and temperature-regulated experiments.
ADJUSTABLE SPEED CONTROL - Speed range from 50 RPM to 300 RPM allows users to adjust shaking intensity depending on experimental requirements.
STABLE 20MM SHAKING ORBIT - 20mm orbital motion provides consistent and even mixing for samples used in laboratory research and biological applications.
WIDE TEMPERATURE SETTING RANGE - Temperature setting range from 5°C to 60°C with control range of R.T.+5°C to 60°C, supporting temperature-controlled laboratory procedures.
UNIVERSAL PLATFORM INCLUDED - Comes with adjustable bars universal platform UP12, allowing flexible placement of containers during incubation and shaking processes.
A temperature-controlled incubator automatically maintains target temperature. Once the setpoint is reached, heating stops. If temperature exceeds the setpoint by 2°C /35.6°F, the system reactivates to keep temperature within a stable range
Long press "↑" "↓" at the same time, the temp unit is converted to ℉. Hot air circulation system ensures uniform temp distribution throughout the incubator, with a maximum heating capacity of 65°C (148°F). Please note that when setting the temp...
The lab incubator employs a dual-layer silicone gasket to ensure good sealing, minimizing thermal loss and temp fluctuations. Thermal equilibrium is achieved approximately 20 minutes after activation, with temp variations between shelves, range: ±2°C...
Made of sturdy ABS material for robust performance and easy to clean. The transparent door design makes it easier to see inside. Removable interior shelves accommodate diverse laboratory vessels including glass petri dishes, culture flasks, test tubes...
Includes a standard 110V power cord for lab, school, and home use. Suitable for scientific research, agricultural studies. Also supports egg incubation, mushroom cultivation, yeast fermentation, etc
A professionally thermostatically controlled lab incubator ceases operation once the target tempe is attained. The system automatically reactivates when tempe exceed the setpoint by 2°C (35.6°F), repeating this cycle to maintain stable tempe regulation...
Long press "+" "-" at the same time, the temp unit is converted to ℉. Hot air circulation system ensures uniform temp distribution throughout the incubator, with a maximum heating capacity of 65°C (148°F). Please note that when setting the temp, you...
The bacterial incubator employs a dual-layer silicone gasket to ensure good sealing, minimizing thermal loss and temp fluctuations. Thermal equilibrium is achieved approximately 20 minutes after activation, with temp variations between shelves, range...
The incubator features industrial-grade ABS material for robust performance and easy to clean. Removable interior shelves accommodate diverse laboratory vessels including glass petri dishes, culture flasks, test tubes, etc
Includes a 110V standard power cord for laboratory, school use, with a 12V adapter during the trip. Ideal for scientific research, agricultural studies, and bacterial cultivation in institutional laboratories. Also can be used for egg incubation, mushroom...
Last update on 2026-06-16 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Lab Hybridization Incubators
Comparison Tips
When comparing models, prioritize those with proven temperature uniformity and stability. Read reviews focusing on long-term reliability and ease of use. If your work involves specific protocols, check if the incubator's agitation speed range and temperature capabilities align with those requirements. For shared lab spaces, noise level and footprint might also be important considerations. Ensure the warranty and customer support offered meet your laboratory's standards.
Frequently Asked Questions
What is the typical temperature range for hybridization incubators?
The typical temperature range often extends from ambient temperatures up to 65u00b0C, though some models can reach higher temperatures. Specific protocols dictate the exact temperature required, so ensure the incubator meets your experimental needs.
How important is humidity control in a hybridization incubator?
Humidity control is very important as it prevents the hybridization solutions from evaporating during prolonged incubation periods. This ensures the reaction proceeds as intended and maintains sample integrity.
What types of agitation are commonly offered?
Common agitation methods include orbital shaking, reciprocal shaking, and end-over-end rotation (rotisserie). The best type depends on the specific hybridization protocol and the vessels being used.
Can I use standard laboratory bottles in a hybridization incubator?
Yes, most hybridization incubators are designed to accommodate standard laboratory bottles, such as scintillation vials or specialized hybridization bottles. Ensure the internal dimensions and agitation method are compatible with your chosen vessels.
How do I clean and maintain a hybridization incubator?
Cleaning typically involves wiping down the interior with a mild disinfectant and ensuring all components, like shelves and trays, are clean. Regular calibration of temperature and speed settings is also recommended for optimal performance.
What is the difference between a hybridization incubator and a standard incubator?
Hybridization incubators are specifically designed with features like precise temperature control and agitation suitable for hybridization reactions. Standard incubators may offer temperature control but often lack the integrated agitation and humidity features critical for this process.
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