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1.6 mL 96-Well Square U-Bottom Deep Well Plate

The Puretest 1.6 mL 96-well square U-bottom deep well plate provides greater usable capacity than low-profile formats while maintaining a compact ANSI/SLAS-style footprint. Square wells maximize volume within the 8 × 12 array, and the rounded U bottom supports mixing, resuspension and general sample recovery.

  • 1.6 mL nominal well capacity: Balances process volume, storage density and automation access.
  • Square wells: Use the available plate footprint efficiently for higher liquid capacity.
  • Rounded U bottoms: Support mixing and resuspension without a narrow conical point.
  • 96-well parallel processing: Suitable for multichannel and automated sample preparation.
  • High-purity polypropylene: Provides chemical resistance and low biomolecule binding.

Request a sample, technical drawing or quotation

PRODUCT DETAILS

1.6 mL 96-Well Square U-Bottom Deep Well Plate for Reliable Sample Processing and Storage

The Puretest 1.6 mL 96-well square U-bottom deep well plate provides greater usable capacity than low-profile formats while maintaining a compact ANSI/SLAS-style footprint. Square wells maximize volume within the 8 × 12 array, and the rounded U bottom supports mixing, resuspension and general sample recovery.

Square upper walls increase capacity within the standard 96-well array, while each well transitions into a smooth U-shaped bottom. This geometry is useful when a laboratory needs more volume than a 1.2 mL round-well format but prefers a rounded base for mixing and resuspension rather than a pointed V bottom.

Product Highlights

  • 1.6 mL nominal well capacity: Balances process volume, storage density and automation access.
  • Square wells: Use the available plate footprint efficiently for higher liquid capacity.
  • Rounded U bottoms: Support mixing and resuspension without a narrow conical point.
  • 96-well parallel processing: Suitable for multichannel and automated sample preparation.
  • High-purity polypropylene: Provides chemical resistance and low biomolecule binding.
  • Independent well rims: Support secure sealing and help control cross-contamination.
  • Stackable, indexed frame: Improves storage organization and sample mapping.
  • Flexible supply: Sterile options, samples, documentation and OEM packaging can be discussed.

Plate Structure and Functional Design

Square upper walls increase capacity within the standard 96-well array, while each well transitions into a smooth U-shaped bottom. This geometry is useful when a laboratory needs more volume than a 1.2 mL round-well format but prefers a rounded base for mixing and resuspension rather than a pointed V bottom.

Use a working volume below the 1.6 mL nominal capacity and preserve headspace for shaking, sealing and transport. Set tip penetration and aspiration height using the current technical drawing because square-wall clearances differ from round-well plates.

Technical Specifications

Plate format 96 wells; 8 × 12 array
Nominal well capacity 1.6 mL per well
Well geometry Square well; U bottom
Material Natural high-purity polypropylene (PP)
Surface Non-treated
Footprint ANSI/SLAS-style microplate footprint
Working-volume guidance Below nominal capacity; define by mixing, sealing and transport conditions
Sealing Adhesive film, heat seal or square-well sealing mat; confirm selection
Sterility Sterile and non-sterile supply options subject to quotation
Autoclave guidance Selected configurations: 121°C for 20 minutes; confirm current SKU
Cleanliness Applicable DNase/RNase and pyrogen status confirmed for the quoted SKU
Use Single use; laboratory research and validated sample-processing workflows

Values are nominal unless a tolerance is stated in the current Puretest drawing. Confirm dimensions, working-volume limits, packaging and applicable quality documentation before equipment validation or a production order.

Application Guide

Application Why This Format Is Suitable
Automated sample preparation Provides useful capacity while maintaining a 96-position deck footprint.
Nucleic-acid extraction preparation Supports lysis, wash and reagent-transfer steps in validated methods.
Reagent and compound storage Square wells provide efficient volume utilization.
Serial dilution Handles intermediate dilution volumes across an 8 × 12 plate map.
Mixing and resuspension U bottoms support fluid circulation and pellet resuspension.
Mother-plate workflows Supplies daughter plates or assays from a higher-capacity source plate.

Workflow and Equipment Compatibility

  • Manual single-channel and multichannel pipetting
  • Automated liquid handlers, plate movers and stackers using a compatible carrier
  • Selected centrifuge carriers and microplate shakers after mechanical validation
  • Adhesive film, heat-sealing film and geometry-matched silicone sealing mats
  • Cold storage, sample preparation and extraction workflows within the validated SKU limits

Material, Cleanliness and Quality Documentation

The plate is manufactured from natural high-purity polypropylene selected for chemical resistance, low biomolecule binding and reliable molding consistency. Available cleanliness and supply configurations should be defined in the quotation. Puretest can confirm the applicable DNase/RNase, pyrogen, sterility and lot-document status for the selected catalog configuration.

If your workflow requires a Certificate of Analysis, Certificate of Conformance, irradiation record, dimensional report, extractables information or a specific contaminant limit, state the requirement before ordering. This ensures that the quoted SKU and batch documentation match your laboratory or regulated purchasing specification.

Sealing, Storage and Handling

  • Use a compatible adhesive film, heat-sealing film or silicone sealing mat selected for the well geometry.
  • Keep the sealing surface clean and dry; confirm plate and sealer settings before transport or long-term storage.
  • For validated autoclavable configurations, use 121°C for 20 minutes and allow the plate to cool without mechanical load. Confirm the current SKU before autoclaving.
  • Leave adequate headspace for mixing, shaking, thermal expansion and sealing; nominal well capacity is not the recommended working volume.
  • Confirm the supported temperature and centrifugation limits for the selected SKU, rotor, carrier and fill volume.
  • Inspect the plate and package before use. Do not use a sterile product if its package is open, wet, punctured or otherwise damaged.

Ordering Information, Packaging and OEM Support

The plate footprint is designed around common ANSI/SLAS microplate conventions for use with multichannel pipettes, plate handlers and automated liquid-handling platforms. Compatibility still depends on the instrument carrier, gripper, deck position, plate height, tip penetration and software settings; validate the current drawing and a physical sample before routine automation.

Puretest supports samples, technical drawings, sterile and non-sterile supply options, private labels, customer catalog numbers, barcodes, customized pouch and carton artwork, and distributor packaging programs. MOQ, case quantity, carton dimensions, lead time and international shipping method are confirmed with the selected configuration.

Choose the Right Deep Well Plate Format

Nominal Format Well Geometry Best-Fit Workflow
200 µL elution 96-well square V-bottom Low-volume nucleic-acid elution and magnetic-bead workflows
1.2 mL 96-well round U-bottom Resuspension, sample processing and compact storage
1.6 mL 96-well square U-bottom Higher capacity in an automation-friendly footprint
2.0 mL 96-well round U-bottom Mixing, recovery and general sample processing
2.2 mL 96-well U- and V-bottom options Magnetic-bead processing, high-volume storage and extraction
2.3 mL 96-well square diamond bottom Low-dead-volume mixing, automated extraction and high-volume sample processing
4.6 mL 48-well square U-bottom Larger-volume culture, mixing and sample preparation

Choose by required working volume, residual-volume target, mixing method, sealing method and instrument carrier. Request the current drawing before validating an automated protocol.

Frequently Asked Questions

Why choose 1.6 mL instead of 1.2 mL?

The square-well 1.6 mL format provides more capacity within the same 96-well footprint, making it useful when reagents, mixing headspace or intermediate sample volumes exceed the 1.2 mL format.

How is a U bottom different from a V bottom?

A U bottom provides a smooth curved surface for mixing and resuspension. A V bottom concentrates liquid at a point for low-residual aspiration.

What is the recommended working volume?

Use a volume below the 1.6 mL nominal capacity and optimize for shaking speed, sealing, temperature and transport. Request the drawing for an application-specific recommendation.

Is the plate suitable for automated pipetting?

The footprint supports common automation conventions, but the carrier, tip depth, gripper and software settings must be validated with a sample.

Are matched sealing mats available?

Yes, compatible square-well sealing solutions can be discussed. Confirm the exact plate rim and required puncture or reuse characteristics.

Request a Sample, Technical Drawing or Quotation

Tell us the 1.6 mL configuration, intended instrument, working volume, sealing method, required cleanliness status, annual quantity and destination country. Contact Puretest for a sample, current technical drawing, quality-document confirmation or commercial quotation.

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