Cell Impact

Cell Impact is a Swedish industrial technology company that develops and manufactures customized metal flow plates for fuel cells and electrolyzers. Its business is built around proprietary metal-forming technology and customer-specific development, with operations centered in Sweden and a subsidiary in Japan plus local presence in Germany.

— Cell Impact
%
Flow plates for fuel cells45% Metal plates used in fuel cell stacks to support electrochemical power generation.
Flow plates for electrolyzers35% Metal plates used in electrolyzers for hydrogen production from electricity and water.
Customer-specific development15% Engineering and development work performed jointly with customers on tailored solutions.
Other industrial metal processing5% Use of the forming technology in more mature industrial applications beyond hydrogen.

Cell Impact sells primarily to industrial customers developing or scaling fuel cells and electrolyzers, where the flow...

  • Fuel cell manufacturersprimary

    Buy customized flow plates for fuel cell stacks and co-develop specifications for performance and manufacturability.

  • Electrolyzer manufacturersprimary

    Buy flow plates used in electrolyzers for hydrogen production and value scalable, cost-efficient production methods.

  • Industrial technology customerssecondary

    Buy customized metal processing solutions for mature industrial applications where the forming technology can be applied.

  • Development partnerssecondary

    Collaborate on product development, testing, and technical validation before volume production.

Cell Impact is headquartered and manufactures in Karlskoga, Sweden, which is the center of its production and...

  • Head office and production facility in Karlskoga, Sweden
  • Subsidiary in Japan supports Asian customer relationships
  • Local presence in Germany supports European industrial demand
  • International sales and sourcing create FX exposure
  • Hydrogen markets are global, so customer location matters

Cell Impact’s strategy is to commercialize its Cell Impact Forming™ technology by scaling production of flow plates for...

01
Commercialize flow plate manufacturingmedium-term

Volume production is central to making hydrogen components economically viable.

02
Expand production capacity and efficiencyshort-term

Higher throughput and lower unit cost are needed to serve industrial customers at scale.

03
Broaden use cases beyond hydrogenmedium-term

Mature industrial segments can provide additional demand and reduce dependence on hydrogen adoption timing.

Cell Impact is exposed to development, execution, and market-adoption risk because its products are often supplied...

high

Product defects and liability claims

Flow plates are developed in close cooperation with customers, so faults can lead to damages and reputational harm.

Scope
Customer-specific development and product quality
Materiality
high
high

Hydrogen market adoption risk

Demand depends on the pace of fuel cell and electrolyzer deployment, which can be affected by policy and market timing.

Scope
Fuel cell and electrolyzer end markets
Materiality
high
high

Financing risk

The company must secure short- and long-term funding to support development and production scaling.

Scope
Capital-intensive industrial technology business
Materiality
high
medium

Foreign exchange risk

Sales and purchases in foreign currencies create translation and transaction exposure versus SEK.

Scope
International operations
Materiality
medium
medium

Key-person risk

A small organization depends on specialized technical and managerial knowledge.

Scope
Engineering and leadership team
Materiality
medium
Revenue recognition on projects and services
Affects timing of reported sales and margin
Inventory and work in progress
Affects operating income and comparability across quarters
Provisions and contingent liabilities
Affects expenses, liabilities, and equity
Impairment of intangible and tangible assets
Could materially affect carrying values
Lease accounting
Affects balance sheet leverage and operating metrics

: 11/08/2026