Caplugs® Evergreen 96-Well Deep Well Microplates, Chamfered Bottom, 2.0 mL, Natural PPC, Non-Sterile, 5/Bag
The Caplugs® Evergreen 96-Well Deep Well Microplate delivers 2.0 mL of usable well volume in a SBS-footprint format built for compound storage, sample archiving, and high-throughput sample prep. Molded from natural polypropylene copolymer (PPC), each well features a chamfered bottom that promotes complete liquid recovery during pipetting and automated aspiration.
Technical Specifications
| Product Type | 96-Well Deep Well Microplate |
| Volume/Size | 2.0 mL well volume, 96 wells |
| Material | Polypropylene Copolymer (PPC), Natural |
| Well Geometry | Chamfered bottom |
| Sterility | Non-Sterile |
| Pack Size | 5/Bag |
| Country of Origin | USA |
Applications
- Long-term compound and library storage in screening workflows
- Sample collection and aliquoting for genomic and proteomic assays
- Automated liquid handling on SBS-format robotic decks
- Bulk sample dilution and serial titration prep
- Cold-storage archiving of biological extracts and reagents
- Reagent reservoir staging for parallel multi-channel pipetting
Quality & Procurement
labsupplies.com is an authorized Caplugs® Evergreen dealer shipping from US inventory, and these plates are Made in USA.
Frequently Asked Questions
What is the actual usable volume of each well?
Each of the 96 wells holds 2.0 mL, giving ample capacity for deep-well sample storage, dilution, and compound archiving.
Are these plates sterile?
No. These microplates are supplied non-sterile. If your protocol requires sterility, validate an appropriate autoclave or surface-decontamination step for PPC labware.
What does the chamfered bottom provide?
The chamfered well bottom directs residual liquid toward a defined low point, improving sample recovery and reducing dead volume during manual and automated aspiration.
Will these plates fit automated liquid-handling systems?
The plates use a standard SBS microplate footprint, making them compatible with most automated decks and multi-channel pipettors. Confirm height clearance against your specific instrument settings.
