• Cell Development and Electrochemical Testing

    Our facility is specially designed to allow for flexibility and rapid prototyping of new cell technologies. We utilize semi-manual processes that can be quickly retooled or redesigned to accommodate unforeseen challenges in a variety of development projects.

  • Solutions for Any Level of Advancement

    Polaris has options for one-time projects, phased activities, and partnership structures including co-locating at Polaris’
    facility and the dedication of lab capacity and experienced personnel.

    Proof of Concept

    For early-stage companies; the results can prove theoretical material attributes match published results, and that a third party
    can successfully duplicate the client's results. This is critical for securing funding internally or with external partners.

    Technology Advancement

    For companies in the development stage; results from Polaris can advance the technology from material R&D to full cell design, build and characterization. Modeling and test results can be extremely valuable with OEM’s interested in specific performance attributes.

    Scale Up

    For companies scaling up their product; Polaris can facilitate large prototype and pre-production builds that can generate final
    factory validation and thousands of cells for testing and customer application testing.

  • Standard Polaris Cell Formats

    Polaris has developed a variety of cell formats and capacities for in-house cell fabrication, each with a specific development niche in mind. Fabrication quantities can range from 10's to 100's in-house, or 1000's via our fabrication partners.

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    CR 2032 Coin Cell/Half Cell

    Description:

    Coin cells are one of the most widely used cell formats in battery development. They are easy to fabricate, low cost, and require very small quantities of electrode material per cell. Polaris utilizes these daily to assess new technologies quickly.

    Half cells are coin cells with a solid chip of lithium (or sodium) in place of a coated anode. This eliminates variables with testing and allows near infinite supply of the active metal required.