High-performance 384-well plates suitable for manual and automated applications, from -86°C storage to 100°C DNA denaturation.
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Manufactured from medical-grade pure polypropylene (PP) for maximum efficiency and stability.
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High-contrast laser-engraved alphanumeric labeling for rapid sample identification and error reduction.
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Optimized well geometry ensures maximum sample recovery and superior mixing properties.
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Raised well rims and smooth surfaces allow for reliable closing and heat sealing.
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Compatible with self-adhesive seals, silicone mats, and heat sealing films.
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Produced in Class 100,000 clean-room conditions; DNase-free, RNase-free, and Non-pyrogenic.
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Widely used in HTS, cell tissue culture, reagent transfer, and nucleic acid extraction.
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Frequently Asked Questions
1. What materials are used for these PCR plates?
The plates are manufactured from high-purity medical grade virgin polypropylene (PP), compliant with USP Class VI standards, ensuring excellent chemical stability and thermal resistance.
2. How do you ensure the quality of the products?
We maintain strict quality control with a pre-production sample review before mass production and a comprehensive final inspection before every shipment to ensure consistency.
3. What laboratory applications are these plates suitable for?
They are designed for high throughput screening (HTS), cell tissue culture, continuous dilution, reagent transfer, and nucleic acid extraction, as well as automatic liquid transfer systems.
4. Are the plates sterile and free from contaminants?
Yes, all products are packed under sterile conditions in a Class 100,000 clean-room and are certified DNase-free, RNase-free, and non-pyrogenic.
5. Which sealing methods can be used with these 384-well plates?
The plates feature raised well rims and a smooth surface, making them compatible with self-adhesive seals, silicone sealing mats, and heat sealing films.
6. Can these plates be used in automated robotic systems?
Absolutely. The SBS/ANSI standard footprint ensures compatibility with most automated liquid handling systems, motherboard sampling, and robotic arms.
Mosholu Medical
