Less Left Behind: New Small Volume 384 Deep Well Microplates

SSIbio's new 7821 and 7822 Deep Well Microplates


In low-volume screening, every microliter left in the bottom of a well is sample you do not get back. The new 7821 and 7822 small volume 384-well deep well microplates from Scientific Specialties are shaped to leave less of it behind.

Ideal for low-volume, high-throughput screening

Built to recover the whole sample

  • Two square well designs: a conical bottom (7821) that concentrates the sample to maximize recovery, and a V-bottom (7822) for complete sample recovery.
  • Square well tops and rims are compatible with plate sealers.
  • Rated from -196°C to +121°C and supported for centrifugation at 4,000 x g.
  • Molded from virgin polypropylene.
  • Certified free of detectable RNase, DNase, DNA and PCR inhibitors. Sterile product is also free of detectable endotoxins and pyrogens.
Two well bottoms

Choose the geometry for your workflow

7821-00

Square well, conical bottom

Square wells transition to a conical bottom that concentrates the sample and maximizes recovery.

Best for
Very small volumes and heat-sealing workflows
Well volume
1 to 90 µL (100 µL max fill)
Functionally equivalent to
Greiner® 784201

7822-00

Square well, V-bottom

Square wells finish in a diamond shaped V-bottom that facilitates complete sample recovery.

Best for
Small volumes and complete sample recovery
Well volume
1 to 120 µL (150 µL max fill)
Functionally equivalent to
Axygen® P-384-120SQ-C

Ordering information

Item #VolumeBottomSterilePackaging
7821-0090 µLConicalNo10/unit, 10 units/case
7821-S090 µLConicalYes10/unit, 10 units/case
7822-00120 µLV-bottomNo5/unit, 10 units/case
7822-S0120 µLV-bottomYes5/unit, 10 units/case

All four items are 384-well deep well plates with square wells. Greiner and Axygen are registered trademarks of their respective owners.

Ready to try them on your bench? See full specifications for both plates, or find an authorized distributor near you.

View 384-well deep well plates Find a distributor
Go Back