DESIGN, VALIDATE, AND MANUFACTURE CUSTOMISED MOLECULAR TESTS, WITH SUPPORT AT EVERY STEP
Molecular Assay Customisation
Developing a point-of-care molecular test spans several distinct disciplines - assay design and development, platform integration, manufacturing, and regulatory submission - adding complexity at every stage. ZiP will support your team across the entire product lifecycle: design, validation and manufacturing, plus support for regulatory submissions and OEM custom branding, all under one ISO 13485 quality system.
Multiplexed detection
Detect up to four targets in one cartridge, with an internal control
Easy storage
Lyophilised beads stay stable at room temperature >12 months
Deploy anywhere
Lyophilised reagents need no cold chain
Quick turnaround
Move from design to cartridge supply in 10 weeks
— SUPPORT WITH EVERY STEP OF THE PROCESS
Customisation pathways for a range of cases
ZiP offers a range of customisation pathways, based on where you are starting and what your goals are.
You have a target: a pathogen to detect - no assay, and no instrument.
-> We can provide a custom cartridge and an instrument loaded with a detection algorithm.
You have an assay: a working test (e.g. PCR or isothermal) to scale and validate.
-> We can offer assay transfer, lyophilised reagents, cartridge loading, and manufacturing at volume.
You have a brand: a product line to put your name on. -> We can offer new cartridges that run on your existing instruments, expanding your detection menu, or a white-labelling arrangement.
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Molecular Assay Services & Products
Production of target analytes
High-yield production of stable, functional proteins under and ISO 13485 certified Quality Management System
Multiplexed Precision Array Printing
Screen for multiple diseases simultaneously: detect up to 30 biomarkers within one test strip
Cartridge Assembly and Packaging
Full cartridge assembly and manufacturing services to transform lateral flow strips into deployable tests
ZiP-P2 Platform for Rapid Point-of-Care Results
Receive results within 10 seconds - reliable interpretation of complex multiplex arrays outside of lab settings