Reduce well-to-well variability with 384-Well PCR Plate Full Skirted PCR Plates, thin walled for efficient heat transfer and compatible with most major thermal cyclers.

Designed to provide unmatched temperature accuracy and uniformity for fast, efficient PCR amplification

Validated on Applied Biosystems thermal cyclers, real-time thermal cyclers, and genetic analyzers for optimal fit and performance

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Optimize high throughput robotic PCR and qPCR applications with these uItra-rigid 384-well PCR plates with poylcarbonate frames and polypropylene wells.

Perform post-PCR sequencing and wash steps in the larger wells of this 384-well PCR plate with a 40 µL well volume.

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Single and double notch 384-well PCR plates

Unique, “twin-shot” process combines virgin polypropylene wells and polycarbonate plate deck and skirt in a one-piece plate

384-well plate is designed to fit the Roche LightCycler™ 480

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Extra-thin and even wall thicknesses allow for optimal heat transfer and short cycle times. The reinforced top plate holds the PCR plate flat even during heating, making it easier to use in automated systems such as pipetting robots.

Optimized to provide unmatched temperature accuracy and uniformity for fast, efficient PCR amplification

Ideal solution for work that requires special handling and an even greater degree of durability for use with multi-instrument experiments

Fit automated equipment as well as the original manufacturers' plates

Offer minimized warp and bowing for better robotic handling

Made with polypropylene material, these plates are resistant to a wide variety of chemicals, including phenols, chloroform, and DMSO and is compatible with most robotic samplers and automated liquid handling systems.

Continuous skirt for compatibility with automated systems