The Puretest 1.2 mL 96-well deep well plate combines round wells and smooth U-shaped bottoms for efficient sample resuspension, mixing and recovery. It is a practical low-profile choice for parallel sample preparation, storage and automated liquid handling where a 2 mL plate provides unnecessary headspace.
The Puretest 1.2 mL 96-well deep well plate combines round wells and smooth U-shaped bottoms for efficient sample resuspension, mixing and recovery. It is a practical low-profile choice for parallel sample preparation, storage and automated liquid handling where a 2 mL plate provides unnecessary headspace.
The plate uses 96 round wells in an 8 × 12 arrangement. The curved U bottom avoids a sharp apex, making it suitable for shaking, suspension resuspension and aspiration where a smooth bottom transition is preferred. The lower profile reduces storage volume and plastic height compared with higher-capacity formats while retaining a common microplate footprint.
The plate uses 96 round wells in an 8 × 12 arrangement. The curved U bottom avoids a sharp apex, making it suitable for shaking, suspension resuspension and aspiration where a smooth bottom transition is preferred. The lower profile reduces storage volume and plastic height compared with higher-capacity formats while retaining a common microplate footprint.
A working volume up to approximately 1.0 mL is a common reference for this nominal 1.2 mL format, but mixing speed, sealing method, temperature and transport conditions may require more headspace. Confirm the final operating volume with the current drawing and your protocol.
| Plate format | 96 wells; 8 × 12 array |
|---|---|
| Nominal well capacity | 1.2 mL per well |
| Typical upper working-volume reference | Approximately 1.0 mL per well; validate for the application |
| Well geometry | Round well; U bottom |
| Material | Natural high-purity polypropylene (PP) |
| Surface | Non-treated |
| Footprint | ANSI/SLAS-style microplate footprint |
| Sealing | Adhesive film, heat seal or round-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 | Why This Format Is Suitable |
|---|---|
| Sample resuspension | Smooth U bottoms support controlled mixing without a narrow conical apex. |
| Genomics sample preparation | Processes multiple lysates, washes or intermediate samples in parallel. |
| Compound and reagent storage | Compact well capacity reduces unused headspace relative to larger formats. |
| Suspension-cell workflows | Round wells assist mixing and pellet resuspension in validated protocols. |
| Automated liquid handling | 96-position array supports multichannel and robotic pipetting after carrier validation. |
| Serial dilution and assay preparation | Provides useful capacity for intermediate dilution plates and mother plates. |
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.
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.
| 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.
Up to approximately 1.0 mL per well is a common reference for a 1.2 mL plate. Reduce the volume when shaking, heating or transporting, and validate the final protocol.
Choose them when smooth mixing, resuspension and general sample recovery are more important than the concentrated aspiration point of a V bottom.
Yes in an appropriately supported microplate carrier within the validated SKU limit. Confirm the current RCF rating, rotor support and fill volume before use.
Use a seal matched to the round-well rim and storage conditions. Adhesive films suit routine handling, heat seals support stronger transport seals, and silicone mats may support repeated access.
Yes. Send the instrument model, carrier details, liquid volume and destination so a suitable sample can be arranged.
Tell us the 1.2 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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