Reservoir Microplates

Supplier: Agilent
201246-100 204017-100 204093-100 204363-100 204504-100 204284-100 201252-100 201246-100 201256-100 201280-100 204095-100 204093-100 201252-100 201250-100 201244-100 204484-100 204365-100 201284-100 201256-100 204017-100 201250-100 200686-100 204484-100 201284-100 204284-100 200686-100 204365-100 201254-100 204363-100 201280-100 204095-100 201254-100 204504-100 201244-100
77463-684PK 217.8 USD
CA77463-690 77463-684 CA77463-694 CA77463-672 CA77463-670 77463-666 77463-688 CA77463-698 CA77463-676 77463-700 77463-686 77463-664 CA77463-696 CA77463-674 CA77463-658 77463-668 CA77463-678 77463-670 77463-690 77463-674 77463-696 77463-694 77463-672 CA77463-686 CA77463-664 77463-678 CA77463-684 77463-676 77463-698 CA77463-668 CA77463-666 CA77463-688 CA77463-700 77463-658
Reservoir Microplates
Microplates HTS Microplates
Polypropylene reservoir microplates for automated liquid handlers and handheld pipettors.

  • Large range of cavity volumes, from 2.6 to 300 ml with specialized bottom geometries to optimize access and minimize dead volumes
  • Low binding surfaces for minimal losses of proteins, DNA/RNA, and other biologicals
  • Molded from chemical-resistant polymers, for maintained performance following prolonged exposure to aggressive solutions and solvents
  • Produced to ANSI/SLAS standards, for compatibility with popular labware and devices
  • Compatible with all major platforms and benchtop devices, making these reservoirs automation friendly
  • Low temperature tolerant, suitable for heating or cooling during use
  • Autoclavable, can be sterilized at 121 °C, 15 psi for 20 minutes
  • Fully customizable to fit your requirements
  • Manufactured in a DNAse/RNase-free ISO 9001 regulated facility

Agilent polypropylene reservoir microplates are available for a wide range of automated liquid handlers and handheld pipettors. These reservoir microplates are molded using high-quality, chemical-resistant polymers to ANSI/SLAS standard footprints, with optimized base geometries to minimize dead volumes. They are available with 1 to 24 cavities per reservoir plate, container heights between 19 and 44 mm, and with clear or black lids.

These reservoirs are recommended for both method scale-up and scale-down applications as well as for creating design of experiments (DoE) arrays.
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