EVAPORATION MANAGEMENT REDUCES RISK OF SAMPLE DAMAGE
Extra perimeter wells added around the plate edge protect samples against the damaging effects of evaporation and water uptake. Snug lid fitting provides an additional barrier.
Offers better quality results across the whole plate and does not interfere with liquid handling access.

SUPERIOR OPTICAL INERTNESS
Optically transparent, with ultra-low autofluorescence reduces background noise.
Broad transmission window, 230nm, near IR.
Low optical isotropy, with very low birefringence.

FLAT WELL BOTTOMS
Improved flatness, less than 100 microns, helps imaging applications to perform better and faster.
Homogenous design, no adhesives are used during manufacturing.

BIOLOGICALLY AND CHEMICALLY INERT
Broad chemical resistance. Cyclo-olefin microplates are not compromised by DMSO and can be used for pre-printing chemical libraries for just-in-time screening operations.
100% biocompatible, cells will grow readily on the plate surface. Surface chemistry similar to polypropylene. When untreated, plate surface displays very low non-specific binding.
Available tissue-culture treated for cell, or biochemical attachment. Can be coated with pdL, collagen, and many other processes, to improve surface performance for sensitive cell-lines or biomolecules.

DUAL USE, STORE AND SCREEN
Rigid and meet SBS standards. COP plates can be used reliably in most automated systems, at any temperature.
384, 1536 and 3456 well formats, ideal for a wide variety of screening workloads and throughput.
Ideal for cell-based assays and most general biological assays such as receptor binding, enzymatic activity and molecular biological reactions.

Acoustic ready. These cyclo-olefin microplates are recommended for use on the Ats-100 acoustic (non-contact) dispenser.

A huge range of affordable polystyrene and polypropylene reagent reservoirs, including ColdTrough re-usable reservoir holders and disposable liners.