Products Advantages
1. 2.2ml Square Well U Shape Bottom:
The 2.2ml square well U shape bottom design of this laboratory tool is carefully crafted to optimize functionality. The U shape bottom provides enhanced accessibility for pipetting and ensures efficient sample retrieval. Each square well is precisely measured to contain 2.2ml of volume, catering to experiments that require larger sample volumes compared to conventional microplates.
2. Made of Medical Grade Polypropylene:
Constructed from medical-grade polypropylene, this laboratory tool guarantees a high level of purity and safety in sample handling. Polypropylene is known for its excellent chemical resistance, preventing any unwanted interactions with samples. Its robust nature ensures durability, making it suitable for repeated use in laboratory settings.
3. Sterile or Non-Sterile Available:
This versatile laboratory tool is available in both sterile and non-sterile options, providing flexibility to researchers based on their specific experimental requirements. Sterile versions are essential for cell culture and molecular biology applications, where maintaining aseptic conditions is critical. Non-sterile options are suitable for general laboratory tasks.
4. Customized Carton Label Logo Acceptable:
To cater to diverse laboratory settings and branding needs, the product allows for customized carton label logos. Laboratories and institutions can include their logos on the packaging, enhancing brand recognition and ensuring a professional and organized appearance. This feature adds a personalized touch to the product, making it suitable for both research institutions and commercial entities.
High-quality materials and precision manufacturing:
Deep well plates are precision manufactured using high quality materials. This ensures its stability and durability, making it an indispensable tool in the laboratory. Precision manufacturing ensures the accuracy and reliability of deep well plates.
Multifunctional design:
The deep well plate is a versatile designed laboratory tool designed to meet the needs of sample storage, processing, and a variety of high-throughput applications. It is designed with multiple application scenarios in mind, making it a versatile solution in laboratory workflows.
Deep well structure:
The deep well plate adopts a deep well structure, and each deep well can accommodate a larger volume of sample than a standard microplate. This is particularly important for experiments requiring larger sample volumes, providing a more flexible option.
Large sample size:
Due to the deep well structure, the deep well plate can accommodate larger volumes of samples and is suitable for experiments requiring large sample volumes. This is particularly important in high-throughput experiments, improving experimental efficiency and speed of sample processing.
Suitable for high-throughput experiments:
The design of the deep well plate makes it very suitable for high-throughput experiments, such as genetic screening, enzyme reactions, etc. Its multi-deep well structure and flexibility make it ideal for processing large numbers of samples, increasing experimental throughput.
Stable experimental environment:
The structure of the deep well plate ensures the stability of the sample during the experiment. The isolation effect between each deep well helps prevent cross-contamination and protect the accuracy and reliability of experiments.
Related Products
Wide Range Of Applications
Deep Well Block is a versatile tool widely used in laboratories, designed to meet the needs of sample storage, processing and various high-throughput experiments. Its unique design and structure make it an integral part of laboratory operations.
Structure and design:
The design of the deep well plate features a deep well structure that allows each well to accommodate a larger sample volume than a standard microplate.
This design makes it ideal for experiments requiring large sample volumes. At the same time, the deep well board is also made of high-quality materials to ensure its stability and durability.
Multifunctional applications:
Deep well plates have a variety of applications in the laboratory. It can be used for sample storage and processing, and through its deep well structure, it is suitable for high-throughput experiments, such as genetic screening, enzyme reactions, etc.
Its versatility makes it a versatile laboratory tool for different experimental needs.
Advantages and benefits:
The deep well structure of the deep well plate increases the sample capacity and improves the efficiency of experiments, and is especially suitable for research that requires processing a large number of samples.
In addition, the stability and isolation effect of deep well plates during sample storage help prevent cross-contamination and protect the accuracy of experiments.
Application areas:
Deep well plates are widely used in life sciences, pharmaceuticals, genetic research, molecular biology and other fields.
Its versatility in high-throughput screening, sample storage, and laboratory operations makes it an indispensable tool in scientific research, drug development, and laboratory workflows.
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Zhejiang Biorear Biotechnology Co., Ltd
The company is committed to the research and development, manufacturing, sales and service of consumables in the fields of life science and clinical diagnosis; special process equipment, optical test systems, simulation of stability impact systems under special circumstances and supporting several automatic development for different products and application scenarios, we have developped many inspection instruments to monitor and measure the quality of different products.
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FAQ:
- What is the significance of the U shape bottom design in the 2.2ml square well?
- How does the 2.2ml volume of each square well benefit experiments?
- Why is medical-grade polypropylene chosen for construction?
- What role does polypropylene's robust nature play in laboratory settings?
- Why are sterile and non-sterile options available for this laboratory tool?
- In what scenarios are customized carton label logos beneficial?
- How does the customizable logo feature add a personalized touch to the product?
- Can the U shape bottom design be customized for specific laboratory requirements?
- Are there variations in the volume capacity of the square wells available?
- How does the laboratory tool contribute to maintaining sample integrity during pipetting?
- Can the laboratory tool withstand harsh chemical environments?
- What is the expected lifespan of the laboratory tool in repeated use?
- How does the sterile option meet the requirements of cell culture applications?
- Are there specific industries where the laboratory tool is widely utilized?
- How does the laboratory tool contribute to brand recognition for institutions?
- Can the laboratory tool accommodate experimental setups requiring larger sample volumes than 2.2ml?
- Is the laboratory tool suitable for experiments with limited sample quantities?
- How does the laboratory tool contribute to maintaining a clean and organized workspace?
- Can the laboratory tool be used for both research institutions and commercial purposes?
- Are there any ongoing developments or future plans for enhancing this laboratory tool?
1. What is the significance of the U shape bottom design in the 2.2ml square well?
The U shape bottom design optimizes functionality by providing enhanced accessibility for pipetting and ensuring efficient sample retrieval. This structure is crucial for improving laboratory workflow efficiency.
2. How does the 2.2ml volume of each square well benefit experiments?
Each square well is precisely measured to contain 2.2ml of volume, catering to experiments that require larger sample volumes. This is advantageous for experiments demanding higher sample quantities than conventional microplates can accommodate.
3. Why is medical-grade polypropylene chosen for construction?
Medical-grade polypropylene is selected for construction due to its high purity and safety in sample handling. Its excellent chemical resistance prevents unwanted interactions, ensuring the integrity of the samples being processed.
4. What role does polypropylene's robust nature play in laboratory settings?
Polypropylene's robust nature ensures the durability of the laboratory tool, making it suitable for repeated use. This durability is crucial for maintaining consistent performance in various laboratory settings.
5. Why are sterile and non-sterile options available for this laboratory tool?
Sterile options are crucial for applications such as cell culture and molecular biology, where maintaining aseptic conditions is paramount. Non-sterile options offer flexibility for general laboratory tasks that do not require sterile conditions.
6. In what scenarios are customized carton label logos beneficial?
Customized carton label logos cater to diverse laboratory settings and branding needs. Laboratories and institutions can include their logos on the packaging, enhancing brand recognition and maintaining a professional appearance.
7. How does the customizable logo feature add a personalized touch to the product?
The customizable carton label logo feature allows laboratories and institutions to showcase their logos on the packaging, adding a personalized touch to the product. This feature is particularly appealing for research institutions and commercial entities seeking brand visibility.
8. Can the U shape bottom design be customized for specific laboratory requirements?
While the U shape bottom design is a standard feature, customization options can be explored to meet specific laboratory requirements. This ensures adaptability to diverse experimental needs.
9. Are there variations in the volume capacity of the square wells available?
The standard volume capacity of each square well is 2.2ml. However, variations in volume capacity can be explored based on specific experimental requirements through customization options.
10. How does the laboratory tool contribute to maintaining sample integrity during pipetting?
The U shape bottom design enhances accessibility for pipetting, contributing to efficient sample retrieval. This feature minimizes the risk of sample loss or contamination during the pipetting process.
11. Can the laboratory tool withstand harsh chemical environments?
Yes, the laboratory tool, made of medical-grade polypropylene, exhibits excellent chemical resistance, making it suitable for use in harsh chemical environments without compromising its integrity.
12. What is the expected lifespan of the laboratory tool in repeated use?
The robust nature of the laboratory tool ensures durability, and it is designed for repeated use in laboratory settings. The expected lifespan is prolonged, providing long-term value.
13. How does the sterile option meet the requirements of cell culture applications?
The sterile option ensures aseptic conditions necessary for cell culture applications, preventing contamination and maintaining the integrity of cell cultures.
14. Are there specific industries where the laboratory tool is widely utilized?
The laboratory tool finds applications across various industries, including life sciences, pharmaceuticals, and molecular biology, showcasing its versatility and adaptability.
15. How does the laboratory tool contribute to brand recognition for institutions?
The option for a customized carton label logo allows institutions to enhance brand recognition by showcasing their logos on the packaging, creating a professional and branded appearance.
16. Can the laboratory tool accommodate experimental setups requiring larger sample volumes than 2.2ml?
Customization options may be explored to accommodate experimental setups requiring larger sample volumes, offering flexibility to meet specific research needs.
17. Is the laboratory tool suitable for experiments with limited sample quantities?
Yes, the laboratory tool is suitable for experiments with limited sample quantities, providing adaptability to a wide range of experimental scenarios.
18. How does the laboratory tool contribute to maintaining a clean and organized workspace?
The customizable carton label logo feature enhances the professional appearance of the laboratory tool, contributing to a clean and organized workspace by providing clear branding and identification.
19. Can the laboratory tool be used for both research institutions and commercial purposes?
Yes, the laboratory tool is versatile and suitable for use in both research institutions and commercial entities, offering a broad range of applications and adaptability to different settings.
20. Are there any ongoing developments or future plans for enhancing this laboratory tool?
Details about ongoing developments or future plans for enhancing the laboratory tool can be obtained from the product's manufacturer. Regular updates may include improvements, additional features, or expanded customization options based on user feedback and industry advancements.
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