Both GLAZER projects (2018–2023) are dedicated to applying laser technology across all major glass types, from ordinary to tempered and smart glass.
HYPERMEMO OY
Finnish SME developing laser-based, energy-efficient processing technology for all glass types — from ordinary to tempered and smart glass.
Their core work
HYPERMEMO OY is a Finnish deep-tech SME that develops laser-based processing technology for the glass industry. Their core product, developed under the GLAZER project, applies laser technology to cut, process, and treat multiple glass types — including ordinary, laminated, tempered, and smart glass — in ways that are more energy-efficient and environmentally cleaner than conventional methods. They position themselves as a technology company solving a manufacturing challenge: the glass industry's reliance on abrasive, energy-intensive processing methods. Their work sits at the intersection of precision photonics, industrial manufacturing, and clean technology.
What they specialise in
The GLAZER SME-2 project (2020–2023) explicitly targets environmentally clean and energy-efficient production as core outcomes.
GLAZER SME-2 keywords include 'clean tech' and 'energy-efficiency', indicating a deliberate positioning toward green industrial solutions.
How they've shifted over time
HYPERMEMO OY entered H2020 in 2018 with a narrow feasibility focus — testing whether their laser glass processing concept was technically and commercially viable (SME Instrument Phase 1, €50K). By 2020, having validated the concept, they secured a full-scale SME Phase 2 grant of over €2.1M and explicitly framed the technology around sustainable manufacturing, energy-efficiency, and clean tech — a clear shift from pure technical feasibility to market-ready green industrial product. The trajectory follows a textbook SME Instrument pathway: prove it works, then commercialise it with an environmental value proposition.
HYPERMEMO is moving from R&D toward commercial deployment of a clean-tech laser solution for the glass industry, making them a candidate partner for manufacturing decarbonisation projects and glass-sector industry consortia.
How they like to work
HYPERMEMO OY has exclusively led their own projects as sole coordinator, using the SME Instrument — a funding scheme designed for single companies rather than consortia. They have zero recorded consortium partners, which means they operate as an independent technology developer, not as a network player. Anyone considering working with them would be engaging a focused, self-directed company rather than a consortium-experienced partner — expect autonomy and product ownership, not collaborative R&D culture.
HYPERMEMO OY has no recorded consortium partners across their two H2020 projects, reflecting the solo-company nature of the SME Instrument grants they used. Their collaboration footprint within EU-funded research is currently limited to Finland.
What sets them apart
HYPERMEMO OY appears to be building a proprietary laser processing platform specifically engineered for the glass industry — a sector where laser adoption has historically lagged behind metals and plastics. Their clean-tech angle differentiates them from conventional glass machinery suppliers who compete on throughput rather than environmental footprint. For a consortium needing a specialist technology provider in precision laser manufacturing or glass sector decarbonisation, they bring a focused, IP-rich profile that generalist engineering firms cannot replicate.
Highlights from their portfolio
- GLAZERThe SME-2 grant of €2.137M is the largest single-company award in this dataset and represents a validated commercial-stage laser glass processing product ready for industrial scaling.
- GLAZERThe SME-1 feasibility phase (€50K, 2018–2019) completed the full SME Instrument two-phase journey — a rare achievement that signals both technical credibility and business case strength.