Zeon Group of Companies
Aligned in Precision. Powered by Zeon.
Edge Precision Manufacturing delivers precision-molded components and bonded assemblies for life science, diagnostic, and drug delivery applications, specializing in microfeature geometries and complex builds that push beyond what conventional manufacturing can achieve. Working in partnership with Zeon and Aurora Microplates, Edge supports customers from early-stage prototyping through scalable production, with a clear pathway from concept to high-volume manufacturing within the Zeon ecosystem.
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Single-digit micron feature resolution in thermoplastics through both compression molding and injection molding, enabling geometries previously only achievable through more expensive manufacturing processes. All molding performed in an ISO 7 cleanroom environment.
Surface Treatments
Plasma treatment, protein and polymer coatings, and custom coating solutions for microplates and laboratory disposables. Plasma treatments modify surface energy for hydrophilic or hydrophobic performance, while molecular coatings optimize binding and functionality for immunoassays, cell culture, diagnostics, and more.
Bonding & Assembly
Five bonding technologies — thermal, solvent, adhesive, PSA tapes, and laser welding — with precise location bonding and low-deformation methods. Some teams also come to Edge exclusively for bonding, no molding required — assembling components into test-ready solutions.
Prototype-to-Production Pathway
A phased process from design feasibility through prototyping, bonding/assembly, pilot, validation, and high-volume manufacturing transfer. Edge isn’t a prototype-only shop — there’s a defined, multi-stage pathway to scalable production.
ZEONEX® & ZEONOR® COP Molding
Deep experience molding Cyclo Olefin Polymer for optical clarity, purity, and dimensional precision. Edge also accepts customer-specified materials — COP expertise is a strength, not a limitation.
PDMS-to-Plastic Transition
A direct roadmap for teams — from academic labs to large companies — looking to move from PDMS prototypes to production-ready molded components while maintaining feature fidelity.
Zeon
Advanced Polymer Resins for Life Science Applications
Zeon supplies ZEONEX® and ZEONOR® Cyclo Olefin Polymer (COP) resins that Edge molds into complex, high-precision components. Zeon partners with life science teams to provide data-driven material guidance, ensuring material selection supports their most critical applications. Zeon enables Edge to deliver components with the performance required for diagnostic, imaging, and therapeutic delivery systems.
Aurora Microplates
Precision Microplates for High-Performance Imaging
Aurora uses the same material family to manufacture microplates using cleanroom environments and precision molding — producing microplates valued for exceptional flatness, high clarity, reliable reproducibility, and low optical noise. Aurora microplates are designed for the most demanding imaging and assay workflows.
A phased process from design feasibility through prototyping, bonding/assembly, pilot, validation, and high-volume manufacturing transfer. Edge isn’t a prototype-only shop — there’s a defined, multi-stage pathway to scalable production.
ZEONEX® & ZEONOR® COP Molding
Deep experience molding Cyclo Olefin Polymer for optical clarity, purity, and dimensional precision. Edge also accepts customer-specified materials — COP expertise is a strength, not a limitation.
Custom Microplates
Fully-customizable microplates across a broad catalog of applications
Microfluidics
Edge’s deep knowledge of microfluidic structures and function, combined with our proven ability to replicate the micron-scale features typically found in silicon/glass, provides customers with precise, top-quality solutions that consistently deliver product performance.
DCS (Deterministic Cell Separation)
Precision microfluidic cell separation technology for cell and gene therapy manufacturing. DCS uses precisely engineered microstructures to gently separate cells by size, delivering superior cell recovery while maintaining viability and preventing unwanted activation.
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