Highlights

  • FY26 Revenue reached A$88.1 million as sample throughput increased across the PhotonAssay network.
  • EBITDA was A$27.2 million, with the Business recording a net profit after tax of A$1.8 million.
  • The company processed 11.3 million samples during FY26 and had 46 PhotonAssay units operating globally at year end.
  • Additional assay charges increased as a share of revenue, alongside continued growth in minimum monthly assay payments.
  • FY27 guidance points to further revenue and EBITDA growth as contracted units move through the deployment pipeline.

Chrysos Corporation Limited (ASX:C79) develops and commercialises PhotonAssay, an automated ore-assay technology used to measure gold and other elements in mineral samples. The company typically installs systems at partner laboratories and earns recurring minimum monthly assay payments plus additional per-sample charges when volumes exceed contracted thresholds. FY26 showed higher revenue, EBITDA and sample throughput as the installed base expanded and usage of existing units increased.

FY26 Revenue and Earnings

Chrysos Corporation Limited (ASX:C79) reported FY26 revenue of A$88.1 million and EBITDA of A$27.2 million. Net profit after tax was A$1.8 million, marking a move into profitability for the year. The result was supported by higher activity across the PhotonAssay network, with 11.3 million samples processed during FY26. The combination of Volume growth and increased utilisation indicates that deployment of additional units was translating into a broader Recurring Revenue base.

PhotonAssay Deployment and Revenue Mix

At year end, Chrysos Corporation Limited (ASX:C79) had 46 PhotonAssay units operating globally. Seven units were deployed during FY26 and a further six were in the process of being installed. Total contracted units, including agreements signed after year end, stood at 87, leaving a sizeable deployment pipeline. Additional assay charges generated A$25.5 million of revenue, while minimum monthly assay payments contributed A$62.5 million. The shift toward higher usage-linked revenue is relevant because it increases the contribution from activity above minimum contracted volumes.

Cash Position and Funding Capacity

Operating cash flow reached A$17.9 million in FY26. Chrysos Corporation Limited (ASX:C79) also reported A$25.9 million in cash and access to a A$140 million undrawn Debt facility. This funding position supports the continued rollout of contracted PhotonAssay units, which requires Capital for equipment manufacture, installation and commissioning before new sites begin contributing revenue.

FY27 Guidance and Operating Priorities

For FY27, Chrysos Corporation Limited (ASX:C79) guided to revenue of A$108 million to A$118 million and EBITDA of A$35 million to A$42 million. The main operational task is converting contracted units into commissioned, revenue-generating systems while increasing throughput on the existing network. International expansion also remains part of the growth plan, with the company already generating a substantial share of revenue outside Australia.

Risks and Considerations

Chrysos Corporation Limited (ASX:C79) remains exposed to execution risk as new units move through manufacturing, installation and commissioning. Delays can defer the start of recurring revenue from contracted sites. Activity is also linked to Mining and exploration expenditure, particularly in gold, while international expansion introduces currency, operational and market-entry risks. The technology model also requires continued performance and adoption as the company expands into additional regions.

Key Insights

Chrysos Corporation Limited (ASX:C79) entered FY27 with a larger installed base, higher FY26 revenue and EBITDA, and a significant contracted deployment pipeline. The key variables now are the pace at which contracted units become operational, the level of sample throughput across the network and the contribution from additional assay charges. Delivery against FY27 guidance will depend on execution across each of these areas rather than on a single near-term catalyst.