Let’s Dive into Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes
The Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes is designed for maintaining stable temperatures for sensitive samples within a laboratory environment. This compact and efficient cooling block offers a reliable solution for researchers, technicians, and anyone needing to keep microtubes at a consistent temperature without relying solely on ice baths or bulky refrigerators.
My work frequently involves temperature-sensitive reagents that are critical in performing accurate tests. Maintaining those reagents at a consistent temperature can be a challenge. I needed a compact, reliable solution to maintain sample integrity during benchtop procedures.
Upon unboxing, the Boekel block felt solid and well-constructed, with precisely drilled holes for the microtubes. The anodized aluminum finish gave off an impression of durability and quality. It was heavier than expected, which made me confident that it would act as a good thermal mass for maintaining temperature.
I considered alternatives such as individual cooling blocks and larger, refrigerated incubators. Ultimately, the Boekel Benchtop Cooler offered the perfect balance of capacity, compact size, and ease of use. It seemed a more efficient and precise option than manually managing ice baths.
My initial impression was positive; I was eager to integrate this into my workflow. I was particularly excited about the potential for precise temperature control during enzyme reactions and DNA storage.
Real-World Testing: Putting Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes to the Test
First Use Experience
I first tested the Boekel Benchtop Cooler in my molecular biology lab. I needed to keep restriction enzymes at 4°C while preparing digestion reactions. The block was placed inside the main Boekel Benchtop Cooler unit (sold separately), which maintained the desired temperature.
The lab environment had a consistent room temperature of 22°C, and the block, powered by the Boekel unit, quickly reached the set point. The microtubes containing the enzymes were easily inserted and removed. No condensation formed on the outside of the tubes.
The ease of use was immediately apparent. After placing the block in the cooler, I simply inserted the tubes, and the temperature regulation was hands-free. There were no unexpected issues; the block performed exactly as expected.
Extended Use & Reliability
After several weeks of continuous use, the Boekel Benchtop Cooler block has proven to be exceptionally reliable. It maintains a stable temperature for hours, even with frequent opening and closing of the main cooler’s lid. The build quality still appears as good as new, with no signs of wear or corrosion.
Cleaning is straightforward; a simple wipe-down with isopropyl alcohol keeps the block free from contamination. Compared to managing ice baths, this solution is far more convenient and consistent. It has exceeded my expectations regarding ease of use and temperature stability.
Breaking Down the Features of Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes
Specifications
- Description: Holds Twenty-Four 1.5 mL Microtubes. This specifies the capacity, which is crucial for determining if it meets the user’s sample volume needs.
- Unit: Each. This clarifies that the purchase includes a single block insert.
- Temperature Range: 4°C to ambient. This range indicates the block’s cooling capability relative to the surrounding temperature.
- Temperature Accuracy: ±0.5°C from setpoint. This is a critical factor, dictating how precisely the block maintains the desired temperature, directly affecting experimental results.
- Overall Dimensions: 24.8W x 28.6D x 18.4H cm. The dimensions determine if the block fits within the available space and cooler unit.
- Weight: 4.5 kg (10 lbs.). The weight is an indicator of the block’s thermal mass and stability.
These specifications are essential because they directly impact the block’s ability to maintain accurate temperatures for temperature-sensitive samples, which in turn influences the reliability of experimental outcomes. The temperature accuracy and range are particularly important when working with enzymes or reagents with narrow temperature optima.
Performance & Functionality
The Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes performs its job exceptionally well. When placed inside the main cooler unit, it consistently maintains the specified temperature with remarkable accuracy. The block’s construction and thermal mass contribute to its ability to minimize temperature fluctuations even when the unit is opened frequently.
Its primary strength lies in its simplicity and reliability. The only area for improvement would be an optional integrated temperature sensor within the block itself. It allows for real-time temperature monitoring, providing an additional layer of confidence in the experiment’s conditions. It does, however, greatly exceed my expectations for a passive cooling block.
Design & Ergonomics
The Boekel Benchtop Cooler block features a simple, functional design. The anodized aluminum offers good thermal conductivity and durability. The precisely drilled holes accommodate 1.5 mL microtubes perfectly.
The block’s weight contributes to its stability, preventing it from easily being knocked over on the benchtop. There is no learning curve; it is straightforward to use.
Durability & Maintenance
The block’s construction suggests a long lifespan with proper care. The anodized aluminum is resistant to corrosion and chemical damage. Maintenance is simple, requiring only occasional cleaning with a mild disinfectant.
Accessories and Customization Options
The Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes itself does not come with additional accessories beyond the block insert. However, it’s designed to be used with the Boekel Benchtop Cooler unit, which provides the active cooling. There are no customization options for the block itself.
Pros and Cons of Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes
Pros
- Precise Temperature Control: Maintains accurate temperature within ±0.5°C when used with the main Boekel cooler. This is critical for temperature-sensitive experiments!
- Durable Construction: The anodized aluminum block is built to last and resist corrosion. This ensures long-term reliability!
- Easy to Clean: Simple wipe-down maintenance. Saves time and reduces contamination risk!
- Stable Design: Weighty construction prevents accidental tipping. Maintains stability during experiments!
- Convenient Capacity: Holds twenty-four 1.5 mL microtubes, suitable for most benchtop applications.
Cons
- Requires Separate Cooler Unit: The block insert requires the Boekel Benchtop Cooler unit for active cooling.
- No Integrated Temperature Sensor: Lacks real-time temperature monitoring within the block itself.
Who Should Buy Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes?
This product is perfect for researchers, lab technicians, and anyone working with temperature-sensitive samples in molecular biology, biochemistry, or cell culture labs. Those needing precise temperature control and stability for enzymatic reactions, DNA storage, or reagent preparation will find it invaluable.
This product may not be necessary for those performing experiments that do not require strict temperature control or those who only occasionally need to cool samples. It is also not suitable as a standalone cooler without the main Boekel unit.
A must-have accessory is the Boekel Benchtop Cooler unit. An external digital thermometer can provide additional temperature verification if needed.
Conclusion on Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes
The Boekel Benchtop Cooler 110040 Block Inserts Holds Twenty-Four 1.5 Ml Microtubes is a reliable and well-designed solution for maintaining stable temperatures for microtubes in a laboratory setting. While it requires the separate Boekel cooling unit, its precise temperature control, durable construction, and ease of use make it a worthwhile investment for anyone working with temperature-sensitive reagents.
The price of $239.99 is justified by the increased accuracy and consistency it provides compared to traditional methods like ice baths. I would definitely recommend this product to any lab professional seeking a convenient and reliable cooling solution. Upgrade your lab setup and ensure the integrity of your samples today!