Immunoplates, PS, 300µl Total Volume

SPL Life Sciences manufactures microplates specifically designed for diagnostics and immunological research.

These microplates are tailored for immunoassay applications, offering researchers a variety of surface binding options to suit different experimental needs.

Surface Binding Options

SPL provides four distinct types of microplates, each optimised for specific protein and molecule adsorption characteristics:

• Maxibinding: Features a modified polystyrene surface with a high binding capacity for proteins and molecules containing both hydrophilic and hydrophobic regions. It is recommended for most ELISA experiments.
• Medibinding: Designed to adsorb proteins and molecules with intermediate hydrophilic and hydrophobic properties. This surface is more hydrophobic than Maxibinding plates, making it suitable for antigen/antibody ELISA.
• Unibinding: Specially developed for the adsorption of hydrophobic molecules, making it ideal for antigen ELISA applications.
• Multibinding: Optimised for the adsorption of hydrophilic molecules, particularly suited for antigen ELISA experiments.

Design & Configuration

Each SPL microplate consists of 96 wells per plate and is available with either a flat or round bottom, catering to different assay requirements. The plates do not come with lids, allowing flexibility in use across various applications.

Precision & Usability Features

They are developed to ensure uniform surface homogeneity, which enhances assay consistency and reliability. The wells feature raised rims to reduce cross-contamination, while alphanumeric labelling simplifies sample identification. Additionally, these plates are designed for easy handling and automation, improving efficiency in laboratory workflows.

Product Features

• Variety of Binding Surfaces: Offers Maxibinding, Medibinding, Unibinding, and Multibinding plates to suit different immunoassay requirements.
• Optimised for Immunoassays: Specifically developed for ELISA and general binding assays, ensuring high experimental reliability.
• 96-Well Plate Format: Standardised format for compatibility with automated and manual laboratory workflows.
• Flat or Round Bottom Options: Provides flexibility for different assay applications.
• Uniform Surface Homogeneity: Ensures consistent binding and reliable experimental results.
• Raised Well Rims: Minimises the risk of cross-contamination between samples.
• Alphanumeric Labelling: Simplifies sample identification and tracking during experiments.
• Automation-Compatible Design: Facilitates easy handling and integration into automated systems.