Choosing the right microplate is a critical, often overlooked, part of an assay. The right microplate helps provides valuable data, whereas the wrong microplate can lead to missed or inaccurate data leading to missed project timelines and ultimately higher costs.
New technologies for drug development are rapidly advancing. These technologies have given rise to a variety of applications that require their own unique consumables. At PerkinElmer, we provide microplates that help you discover better. Covering a vast array of application areas, PerkinElmer microplates are available in different well formats, plastic types, coatings, and colors – clear, white, black, gray. Our microplates have been engineered to deliver the highest quality data for applications ranging from high throughput screening to cellular imaging. Discover the difference a better microplate makes.
From Sep 15, 2021, CellCarrier Ultra plates have been renamed PhenoPlates. For more information click here.
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When that’s the case, PerkinElmer is here to help. We offer a range of custom microplate services including barcoding, surface treatments and coatings, and customized packaging.
GF/C glass fiber filter-bottom 96-well microplate, for cell harvesting assays using a vacuum manifold. These plates are designed with a built-in glass fiber filter for receptor binding assays or cell harvesting using a manifold.
This product replaces part number 6005174.
PEI-coated GF/C glass fiber filter-bottom 96-well microplate, for cell harvesting assays using a vacuum manifold. These plates are designed with a built-in glass fiber filter for receptor binding assays or cell harvesting using a manifold.
This product replaces part number 6005274.
PhenoPlate™ 384-well ULA-coated microplates (formerly named CellCarrier Ultra ULA-coated microplates) are designed for spheroid and organoid culture and imaging with high-content screening systems.
The ultra-low attachment surface prevents cell attachment to the culture vessel, and supports the formation of 3D spheroids and organoids through cell-to-cell interactions.
