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Item #:
161834268
1pc Microfluidics BioChip - PDMS LNP Chip for Fluid Control System | 100um Channel Depth
Item #:
161834268
USD 183
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*All items will import from US
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Order now and get it around Monday, August 17
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Devised for high-precision fluid control, our PDMS microfluidic chip features a channel depth of 100 um, ideal for various laboratory applications.
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What Stands Out
Precision Engineering
Crafted from high-quality PDMS, this biochip ensures superior fluid control, enabling reproducible experimental results in microfluidics applications, ultimately enhancing experimental reliability for researchers.
Versatile Channel Design
With a 100um channel depth, this chip accommodates various fluid types and volumes, making it an ideal solution for diverse applications ranging from diagnostics to biological research.
User-Friendly Integration
Designed for seamless integration into existing fluid control systems, this microfluidics biochip simplifies setup, allowing users to focus more on their experiments and less on technical complications.
Product Details
| Country of Origin | This item will be imported from US |
| Date First Available | August 12, 2025 |
| What is in the box | 1pc Microfluidics BioChip -... For more details, please check description/product details |
Who Should Buy?
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Research Laboratories
Ideal for researchers needing precise fluid control in microfluidics experiments for biological analyses.
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Biomedical Applications
Suited for biomedical engineers developing drug delivery systems that require specific flow dynamics.
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Educational Purposes
Great for educational institutions focusing on microfluidics studies and practical applications in labs.
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Casual Users
Unsuitable for hobbyists or occasional users lacking the technical expertise to utilize microfluidics technology.
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Heavy Industry
Not recommended for industrial applications requiring large-scale fluid handling or high-pressure systems.
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Basic Applications
Inappropriate for simple tasks that do not require the precision offered by microfluidic technology.
Product Description
1pc Microfluidics BioChip - PDMS LNP Chip for Fluid Control System | 100um Channel Depth
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is a Microfluidics BioChip and its primary function?
Answer: A Microfluidics BioChip, like the PDMS LNP chip, is designed for precise fluid control in laboratory settings. Its primary function is to manipulate small volumes of fluids, allowing researchers to conduct experiments with high accuracy and efficiency. These chips are critical in fields such as biomedical research and drug development where minute fluid management can significantly impact outcomes. For example, you're able to study cellular reactions in real-time by controlling the microenvironments within the chip. -
Question:
What are the main applications of the PDMS LNP Chip?
Answer: The PDMS LNP chip is utilized in various applications, including drug formulation, diagnostics, and biological assays. It is particularly beneficial for creating lipid nanoparticles (LNPs) which are essential in mRNA delivery systems. Researchers use this chip to streamline processes in vaccine development and personalized medicine by efficiently managing small volumes of reagents and samples. Additionally, industries such as cosmetics and food technology leverage this technology for product testing and quality control. -
Question:
Can the 100um channel depth be used for all types of fluid?
Answer: While the 100um channel depth of the PDMS LNP chip is versatile, it is essential to consider the viscosity and characteristics of the fluid being used. This channel depth is suitable for a variety of fluids ranging from low-viscosity solutions to more viscous materials. However, fluids with very high viscosity may require adjustments to flow dynamics. For instance, in pharmaceutical research, this depth can facilitate the mixing of reagents effectively without clogging, ensuring optimal performance. -
Question:
How durable is the PDMS material used in this BioChip?
Answer: PDMS (Polydimethylsiloxane) is well-known for its durability and chemical resistance, making it an ideal material for BioChips. It can withstand a range of temperatures and is compatible with various solvents commonly used in laboratories. Its flexibility also allows for easy integration into different setups. This durability ensures that researchers can rely on the chip for repeated experiments without significant wear or degradation. For example, in continuous flow applications, the PDMS chip maintains its integrity under prolonged exposure to chemicals. -
Question:
Is the PDMS LNP chip suitable for high-throughput screening?
Answer: Yes, the PDMS LNP chip is suitable for high-throughput screening applications as it allows for multiple samples to be tested simultaneously. Its microfluidic design enables efficient use of reagents, minimizing waste while maximizing the throughput of experiments. In drug discovery, this facilitates rapid assessment of compound efficacy, enabling researchers to gather data quickly. For instance, labs looking to rapidly prototype drug formulations can benefit from the chip's capacity to run parallel experiments. -
Question:
What type of equipment is needed to utilize the PDMS LNP chip?
Answer: To utilize the PDMS LNP chip effectively, you'll need specific equipment such as a microfluidic pump, syringe, and sensors for fluid management and control. Additionally, access to imaging systems like microscopes can enhance observation of the experiments conducted in the chip. These setups allow researchers to manipulate and visualize fluid behaviors precisely, making it easier to conduct experiments across different scientific disciplines. -
Question:
Can this chip be used for educational purposes?
Answer: Absolutely! The PDMS LNP chip is an excellent tool for educational purposes, particularly in advanced biology and chemistry courses. It offers students hands-on experience with microfluidic technology, enriching their understanding of fluid dynamics and lab techniques. Educational institutions can simulate real-world lab scenarios, allowing students to explore concepts like reaction rates and chemical interactions. It's a valuable resource for teaching experimental design and data analysis in practical labs. -
Question:
How does the channel design affect fluid control?
Answer: The channel design, including the 100um depth, directly influences fluid control by dictating flow rates and mixing efficiency. A narrower channel can lead to laminar flow, which is beneficial for certain applications like chemical reactions that require controlled conditions. The design ensures precise manipulation of fluids, enabling targeted applications such as creating uniform distributions of reactants. This is particularly useful in biological assays where uniformity can affect test outcomes. -
Question:
What are the benefits of using a PDMS chip compared to glass chips?
Answer: Using a PDMS chip offers several advantages over glass chips, including greater flexibility, easier fabrication, and lower cost. PDMS allows for rapid prototyping and modification, making it easier to optimize chip designs for specific experiments. Additionally, PDMS can bond to various surfaces and accommodate a wide range of applications without the need for extensive equipment. This means researchers can conduct experiments more efficiently and adapt to changing experimental needs with ease. -
Question:
Where can I buy the 1pc Microfluidics BioChip - PDMS LNP Chip for Fluid Control System | 100um Channel Depth?
Answer: You can purchase the 1pc Microfluidics BioChip - PDMS LNP Chip for Fluid Control System | 100um Channel Depth from Ubuy, a reliable e-commerce platform known for its wide selection of specialized products. Ubuy ensures that you have access to quality microfluidic solutions suitable for various applications. Their platform also offers convenient access, making it easier for you to find exactly what you need for your lab or research project.
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USD 183
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Features & Benefits
- High-precision fluid control with 100 um channel depth.
- Durable packaging with standard glass slides and plasma bonding.
- Recommended for single-use to maintain chip integrity.
- Optimal performance at 2 bar pressure and 2 ml/min flow rate.
- Customizable solutions for tailored research needs.
- Prompt consultation and assistance available upon request.
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