Eppendorf Deepwell plates 384-Well

Eppendorf Deepwell plates 384-Well. Available in PCR Clean and Sterile grades

About the range

Eppendorf Deepwell Plates 384 are high-performance plates for all manual and automated applications – from sample storage at -86ºC to DNA denaturation at 100ºC.

Manufactured from pure polypropylene (PP), these plates offer innovative features:

• More dependability
• More efficiency
• More stability

The plates are available with a white, yellow, green, or blue border. For easy identification of wells, a high-contrast alphanumeric label is laser-engraved in the border.

This OptiTrack^® matrix allows you to find your sample up to 30% more quickly while reducing pipetting errors. With all of these sophisticated features, these plates set new standards in your laboratory.

Features:

• Available in PCR Clean or Sterile grade
• Available in DNA and Protein LoBind® versions
• OptiTrack^® matrix: up to 30% faster sample identification and fewer pipetting errors via high-contrast alphanumeric labeling
• RecoverMax^® well design: Optimized well geometry for maximum sample recovery and excellent mixing properties
• Minimized remaining volume and high uniformity from well to well
• Raised well rims and smooth surface for reliable closing, even with heat sealing
• Easy and reliable stacking
• g-Safe^®: exceptional centrifugation stability up to 6,000 × g for faster protocols and improved sample quality
• High-quality polypropylene ensures high resistance to chemicals, mechanical stress and temperature extremes
• Manufactured without slip agents, plasticizers, and biocides – Materials which could have a negative effect on bioassays
• Autoclavable (121?°C, 20?min)
• Available with barcode

Applications:

• Sample storage and preparation
• Bacteria and yeast cultivation
• DNA and RNA isolation with high throughput
• Storage of cDNA or genomic banks
• Storage of siRNA or oligonucleotide libraries
• Protein analysis
• Storage of valuable protein and DNA samples in Eppendorf LoBind plates
• Plasmid purification with high throughput
• Creating dilution series