
( Brand: Muhwa ), ( Part Type: Aluminum Block Tube ), ( Itemlength: 120 ), ( Itemweight: 430 ), ( Packageheight: 59 ), ( Packagelength: 168 ), ( Packagewidth: 151 ), ( Style: 0 2 Ml 96 Wells ), ( Manufacturer Part Number: MHA22R703 ), ( UPC: 727780928651 )
The Muhwa MHA2-2R703 cooling block is a high-performance accessory designed for use with 0.2ml PCR micro-tubes and 12-tube racks. This cooling block is an essential addition to any PCR (Polymerase Chain Reaction) laboratory setup, providing optimal temperature control for your reactions.
The Muhwa cooling block is engineered with 96 independently controlled cooling channels. Each channel is capable of maintaining precise temperature settings, ensuring consistent results for your PCR experiments. The advanced cooling system ensures that the temperature inside the micro-tubes remains stable and uniform, even during long run times.
The cooling block is constructed from high-quality, food-grade stainless steel. Its sleek, compact design allows it to fit comfortably on most PCR thermal cyclers, while its robust build quality ensures durability and longevity. The surface of the cooling block features a textured, non-slip finish, preventing it from moving during use and ensuring a stable platform for your micro-tubes.
The cooling block is easy to use and maintain. Simply connect it to your thermal cycler's temperature control unit, load your micro-tubes into the designated rack, and begin your PCR experiment. The cooling block can be set to a range of temperatures, depending on the specific requirements of your experiment.
The Muhwa MHA2-2R703 cooling block is a versatile and indispensable tool for any laboratory conducting PCR experiments. Its precise temperature control, robust build quality, and compatibility with standard 12-tube racks make it an ideal choice for researchers and scientists seeking reliable and consistent results.
a. **Improved PCR Efficiency:** The Muhwa MHA22R703 cooling block is designed to maintain optimal temperature during PCR (Polymerase Chain Reaction) cycles. This ensures that enzymes function efficiently, leading to higher yield and purity of PCR products.
b. **Reduced Cycle Time:** By maintaining a consistent temperature throughout the PCR process, the cooling block can help reduce cycle time, thus saving time and labor.
c. **Compatibility:** This cooling block is compatible with most PCR thermocyclers and can be used with 0.2ml PCR micro-tubes.
d. **Durability:** The cooling block is made of high-quality materials, ensuring longevity and durability.
e. **Ease of Use:** It is easy to install and use, making it a convenient addition to any lab setup.
2. **Cons:**a. **Cost:** The Muhwa MHA22R703 cooling block is more expensive compared to some other cooling blocks on the market.
b. **Size:** This cooling block is relatively large and may take up significant space in a lab setup.
c. **Power Consumption:** The cooling block consumes a considerable amount of power, which might increase energy costs.
3. **Ending Conclusion:**The Muhwa MHA22R703 96-Channel Cooling Block for 0.2ml PCR Micro-Tubes (12-Pack) offers several advantages, including improved PCR efficiency, reduced cycle time, compatibility with various PCR thermocyclers, and durability. However, its high cost, large size, and power consumption might be considered disadvantages for some users.
4. **Recommendation:**If you're looking for a high-performance cooling block that can maintain optimal temperatures for 0.2ml PCR micro-tubes and improve PCR efficiency, then the Muhwa MHA22R703 cooling block could be a good investment for your lab. However, if cost, size, or power consumption are major concerns, you might want to explore other options in the market that cater to your specific requirements.
Ultimately, the decision to purchase this cooling block should be based on your lab's unique needs, budget, and preferences.
The diameter of the hole is 6mm and depth 12mm. Material: Aluminum. Dimension: 120mm 86mm 20mm. MUHWA 96 Well Aluminum Cooling Block for 0.2ml PCR Micro-Tubes, 8 x 12 Array, Blue, Pack of One.