96 well plate
I have found results from30000+products and10000+suppliers about96 well plate
Ningpo Professional Manufacturer 96 Round 0.4ml U-Bottom Deep Well Plate Microplate
Bioland 96 Well Black Polymer Bottom Microporous Plate Non-Treated Surface
96 Well 0.2ml Semi Skirted PCR Plate Molecular Lab Consumable
PCR 96 Well Plates Pathological Analysis Equipments White PCR Plate PCR Tube Centrifuge
Lab Consumable Sterille 96-Well Tissue Cell Culture Plate
Sterilization Grade Polypropylene 0.1/0.2ml 96-Well PCR Plate
Sterile 96-Well Qpcr Plate 0.1ml Ultra-Thin Wall Dnase Rnase Free
High Throughput 96-Well PCR Plate 0.1ml Virgin PP Dnase Free
0.5ml 96 Well Deep Plate for Kingfisher (V bottom) Elution Plates
Automatic Nucleic Acid Detection 96 Holes Deep Well Plate Filling
96 Well Transparent Skirt Free 0.2ml DNA/Rna Enzyme/Fluorescent PCR Plate
High Throughput DNA Amplification PP Material 96 Well Format PCR Plate for Laboratory Use
Lab Supplies Disposable Plastic 96 Wells Tissue Cell Culture Plate
Laboratory Plastic PP Square Well Round U Bottom 96 Deep Well Plates 1.6ml
Lab Supplies Transparent Disposable Plate Conical Bottom 96 Deep Well Plate 2.2ml
96-Well Factory Outlet Economical Cost Deep Well Plate
U Bottom Deep 96 Well Plates Lab Supplies and Silicone Sealing Mats
Plastic Microplate for Lab Disposable Apparatus 96 Deep Well Plate
Various Good Quality Plastic 96 Well Plate Cell Culture Plate
96 Wells Black (Without Lid) Middle Bind Elisa Plate
PP Rnase/Dnase Free 1.0ml U Bottom 96 Deep Well Plate
U, V, Flat Bottom Round Deep 48 96 384 Square Well Plate
Lab Supplies Square/Round Hole 2.2ml U-Bottom Polypropylene Plastic 96 Deep Well Plate
Microtitation Cell Culture Plate with 6 Well/12 Well/24 Well/96 Well
Sourcing guidance for 96 Well Plate
What are the key material considerations for 96 well plates in laboratory settings?
The most common material is high-clarity polystyrene (PS), which is ideal for optical measurements like ELISA. For applications involving high temperature or chemical resistance, polypropylene (PP) is preferred due to its ability to withstand autoclaving and deep-freeze storage (-80°C). Always ensure the material is medical-grade and USP Class VI compliant to prevent leachables from contaminating your samples.
How do I choose the correct well bottom shape for my specific application?
Selection depends on your detection method: Flat-bottom plates are best for optical reading and cell culture as they provide a uniform light path. Round-bottom (U-bottom) plates are ideal for sample mixing, washing, and centrifugation, as they facilitate easy retrieval of contents. V-bottom plates are specifically designed for maximum sample recovery and applications requiring precise aspiration of small volumes.
What surface treatments are necessary for cell culture versus biochemical assays?
For cell culture, plates must undergo vacuum plasma treatment (TC-treated) to make the surface hydrophilic, allowing for better cell attachment. For biochemical assays like ELISA, you should choose between high-binding surfaces (for proteins >10kDa) or non-binding surfaces to reduce background noise. If working with sensitive samples, ensure the plates are certified DNase/RNase-free and non-pyrogenic.
What are the standard dimensions and compatibility requirements for automation?
To ensure compatibility with liquid handlers and plate readers, the plates must adhere to ANSI/SLAS 1-2004 standards. This ensures the footprint, height, and well-spacing are uniform. If using automated systems, verify the skirt type (full, half, or non-skirted) and ensure the plate has a standardized alphanumeric grid for easy sample tracking.
Cross-Border Procurement & Risk Management for Labware
How can I verify the quality of a supplier on Made-in-China.com?
Prioritize suppliers with 'Audited Supplier' status and check for ISO 13485 (Medical Devices) or ISO 9001 certifications. Request a Certificate of Analysis (CoA) for each batch to verify sterility and endotoxin levels. It is highly recommended to order a small sample batch for pilot testing in your specific lab equipment before committing to a container-load order.
What are the risks associated with shipping fragile plastic labware internationally?
The primary risk is cracking or deformation due to pressure changes or rough handling. Ensure the supplier uses double-walled corrugated cartons and internal cushioning. For sterile plates, the integrity of the individual peel-pack is critical; if the seal is broken during transit, the product is compromised. Specify 'Do Not Stack' instructions for palletized shipments to prevent crushing.
How should I negotiate pricing and MOQs for long-term supply?
B2B buyers can often secure 15-25% discounts by committing to annual volume contracts rather than spot purchases. If your storage capacity is limited, negotiate a staggered delivery schedule while locking in the bulk price. For customized branding (OEM), expect a higher Minimum Order Quantity (MOQ), typically starting at 50-100 cartons.
What are the customs and compliance hurdles for importing lab consumables?
Ensure the HS Code (typically 3926.90) is correctly declared to avoid tariff penalties. Depending on the destination country (e.g., USA or EU), you may need FDA registration or CE marking documentation. Always clarify Incoterms; for medical consumables, CIF or DAP is often preferred by buyers to ensure the supplier handles the complexities of international freight insurance.




























