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Microplates Designed for optimal performance in thermal cycling and other biological applications

MJ Research^® thin-wall microplates combine all the advantages of thin-wall reaction tubes with the convenience and economy of a microplate format. The polypropylene construction confers very low protein binding and excellent retention of sample volume.

NEW! Hard-Shell™ 96 and 384-well Thin-Wall Microplates

	Unique two-component design eliminates problems of plate warping, shrinkage, and sticking
	Rigid skirt/deck for lab automation
	Thin-wall polypropylene wells for optimal thermal cycling

Microseal™ 96 and 384-well Skirted Microplates

Skirted design for lab automation, in thin-wall polypropylene

Multiplate™ Unskirted Microplates

	Versatile, high performance, and inexpensive
	Can easily be cut to desired size when running fewer than 96 samples

Low-Profile Multiplate Unskirted Microplates

	More rigid design, yet easily cut to size
	Less dead-air space reduces potential for condensate formation

Concord™ 96-well Polycarbonate Microplates

Time-tested, 96-well skirted microplate suitable for large sample volumes

Concord 96-well Polycarbonate Microplates


	Sealing Performance These polypropylene plates are designed for compatibility with a variety of sealing systems for oil-free cycling. Raised rims around each well provide a superior surface for tight sealing with MJ Research plate sealers and other sealing systems. The raised rims allow easy release of the sealer from the plate, by preventing the sticking that can occur with flat-surfaced microplates.
	Sampled and Tested for RNase, DNase, and Human DNA All reaction tubes and plates are manufactured and packaged in clean room environments, and have been process-sampled and tested negative for DNase, RNase, and human DNA.

****SPECIAL PROMOTION****

NEW!!!! ONLINE ORDERING for select items

For terms and conditions please see PAYPAL

Please CONTACT US for quotes on all other items.

All orders must be prepaid. Credit card is accepted.