Our Services

Custom Assay Development

We build high-sensitivity, reproducible multiplex arrays. Our assay scientists, engineers, and QA specialists partner with you at every phase—from design to validation—to deliver the custom multiplex solution you need.

Custom Multiplex Plate Printing

Customize a fully quantitative MELISA assay plate that allows the concurrent measurement of as many as 100 biomarkers.

With our custom made microdroplet dispensers we are able to print assays with the highest levels of precision and accuracy. Each assay undergoes our standard quality management processes before we release it to you. We take your content and customize a MELISA multiplex design on a 96-well plate or slide, according to your requirements.

Clinical to Research Service Customization

All of MELISA’s products and services offered can be configured for clinical or research workflows to meet your specific requirements and regional expectations. We tailor assay content, plate layouts, as well as microdroplet dispenser configurations (nozzle sets, dispense patterns, software controls, and data outputs) to you and documentation provided is made to agreed specifications. We align with your SOPs and acceptance criteria, support verification/validation and technology transfer, and maintain full lot traceability and ongoing support.

OEM Services

We offer an integrated OEM program that delivers private-label multiplex kits and/or co-branded microdroplet dispensers. Our cross-functional team of assay scientists, hardware engineers, and quality specialists partners with you from assay design through scale-up and release. Using our proprietary microdroplet technology, we precisely deposit your specified content onto multiplexed arrays and assemble retail-ready kits, while the same platform can be supplied as an OEM instrument under your brand with tailored configurations, packaging, and documentation. All work follows agreed specifications within a disciplined quality framework, ensuring full traceability and reliable, scalable production.