Product Description
The YG1616 and YG1617 Dry Bath Incubators are at the forefront of laboratory technology, ensuring accurate and stable temperature control crucial for sensitive applications. The YG1616 model operates using a semi-conductor temperature control mode, while the YG1617 utilizes a heating membrane, catering to different laboratory needs. Both models offer an impressive temperature range, with the YG1616 covering RT-30℃ to 100℃ and the YG1617 from RT+5℃ to 100℃.
Both models boast a precision temperature accuracy of ±0.3℃, maintaining stability even at challenging temperature settings such as 40℃ and 100℃. A sophisticated timer feature allows users to program incubation from 0 to 99 hours and 59 minutes, offering unparalleled flexibility in experimental design. The display accuracy of these models is finely tuned to 0.1℃, ensuring precise temperature readings.
With a heating up rate of ≤ 15 minutes from 20℃ to 100℃, these incubators set new standards for efficiency. The YG1616 model further supports operations with a cooling down rate of ≤ 30 minutes from 100℃ to 25℃, a feature not present in the YG1617. Power consumption is 130W for YG1616 and 150W for YG1617, meeting different energy efficiency needs.
Technical Specifications
| Model | YG1616 | YG1617 |
| Temperature control mode | Semi-conductor | Heating membrane |
| Temperature control range | RT-30℃ ~100℃ | RT+5℃ ~100℃ |
| Temperature accuracy | ±0.3℃ | |
| Temperature Stability @40℃ | ±0.3℃ | |
| Temperature Stability @100℃ | ±0.3℃ | |
| Timer | 0~99h 59m | |
| Display accuracy | 0.1℃ | |
| Heating Up Rate | ≤ 15min( 20℃ to 100℃ ) | |
| Max.Temperature | 100℃ | |
| Cooling Down Rate | ≤ 30min 100-25℃ ≤ 30min Cooling down 30degrees from room temperature (test under RT26℃） | — |
| Power | 130W | 150W |
Market Price
In the current market, the pricing for dry bath incubators varies widely depending on features, brand, and additional specifications. Entry-level models can start as low as $200, while high-end models with advanced features and greater precision may range beyond $1000. The YG1616 and YG1617 models are competitively priced given their superior features, with an estimated cost ranging from $500 to $800 depending on the vendor and any optional features included.
These prices reflect the high-quality standards and technological advancements that these models offer. It is always advisable to check various online retailers or contact suppliers directly for the most current pricing and potential discounts.
Frequently Asked Questions
What is the main difference between the YG1616 and YG1617 models?
The primary difference lies in the temperature control mode. The YG1616 uses a semi-conductor, while the YG1617 uses a heating membrane, providing slightly different efficiency and operational characteristics.
How accurate are these dry bath incubators?
Both models have a temperature accuracy of ±0.3℃, making them highly reliable for precise temperature management in laboratory settings.
Is there a cooling function in these models?
Only the YG1616 model includes a cooling function, with a cooling rate of ≤ 30 minutes from 100℃ to 25℃, which is particularly useful in applications requiring rapid temperature adjustments.
Advantages and Disadvantages
Advantages: YG1616 and YG1617 models offer exceptional temperature accuracy and stability, ensuring reliable operation for delicate procedures. The advanced timer feature facilitates extended incubation periods. Additionally, the YG1616’s cooling capability enhances its versatility. The user-friendly interface and clear display enhance operational efficiency.
Disadvantages: While high-performing, these models might not be within everyone’s budget. The energy consumption for YG1617 is slightly higher, which may not be ideal for energy-conscious settings. Moreover, the YG1617 lacks a cooling feature, limiting its applicability in some settings.
Field Application
Dry bath incubators, such as the YG1616 and YG1617, are indispensable in research labs, especially when conducting experiments requiring strict temperature regulation. They are extensively used in molecular biology for denaturation and enzyme reactions, making them perfect for protocols needing precise heat control.
Biotechnological firms often rely on these incubators for DNA amplification processes like PCR, while pharmaceutical industries use them in drug formulation and stability testing. The user-friendly design allows researchers to easily integrate them into various experimental setups, maximizing productivity and precision.
Recommendations
For optimal use of YG1616 and YG1617 incubators, it is recommended to regularly calibrate the temperature settings to ensure continued accuracy. Routine maintenance should include checking connections and heating elements to prevent any anomalies in temperature control.
Keep the incubators in a well-ventilated area to avoid overheating and maintain a consistent ambient temperature to support accurate performance. Following these guidelines will not only enhance the lifespan of the equipment but also ensure reliability in all your laboratory applications.
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