Both SPINMULTIFILM and SecWire depend on the company's core capability in producing metal wires at microscopic scale, reflected in their company name and the SecWire anti-counterfeiting concept.
WMT WIRE MACHINE TECHNOLOGIES LTD
Israeli micro-wire manufacturer applying precision wire technology to anti-counterfeiting solutions and spintronic materials research.
Their core work
WMT Wire Machine Technologies Ltd is an Israeli SME based in Or Akiva that specializes in precision micro-wire manufacturing. Their core industrial capability — producing metal wires at microscopic dimensions — has been applied in two distinct directions: as an industrial partner contributing to basic research on spintronic multilayer materials (SPINMULTIFILM), and as a product developer commercializing micro-wires as an anti-counterfeiting mechanism (SecWire). The SecWire concept positions their wire technology as a low-cost, embeddable security feature for products or documents. This makes them a manufacturing SME with a clear pathway from production know-how toward authentication markets and IP-based revenue.
What they specialise in
SecWire (2019) was coordinated by WMT as an SME Instrument Phase 1 project developing a low-cost anti-counterfeiting solution based on embedded micro-wires.
SPINMULTIFILM (2018-2023) lists spintronics, nanoheterostructures, tunneling magnetoresistance, and strontium ferromolybdate as keywords, indicating WMT contributed industrial film or wire production capability to this research partnership.
How they've shifted over time
WMT's earliest H2020 engagement (2018) was in fundamental materials research — spintronics, nanoheterostructures, tunneling magnetoresistance — as a participating partner in an MSCA-RISE project, suggesting their wire production technology was relevant to multilayer metal film fabrication in an academic context. By 2019, they shifted to coordinating their own SME Instrument project (SecWire), targeting a commercial application of micro-wire technology in the product security market. This arc — from research partner to commercial coordinator — suggests a company that used EU research participation to validate underlying technology before moving toward market launch.
WMT appears to be moving from technology validation through research partnerships toward independent commercialization of micro-wire applications in product authentication and document security.
How they like to work
WMT has experience in both leading and following in EU consortia, having coordinated SecWire independently and joined SPINMULTIFILM as a participant. With only 7 unique partners across 2 projects, they operate in small, focused consortia rather than large research networks. Their participation in MSCA-RISE suggests they are comfortable in international researcher-exchange frameworks, while their SME Instrument coordination demonstrates capacity for autonomous project management.
WMT has worked with 7 unique partners across 6 countries — a small but geographically spread network for a company with just 2 projects. Their reach extends across Europe and beyond, reflecting their position as an Israeli SME engaging with EU research programs.
What sets them apart
As an Israeli wire manufacturing SME, WMT brings an industrial production capability — micro-wire fabrication — that is rare among research-oriented consortium partners in EU programs. They sit at the intersection of precision manufacturing and security technology, a niche that few organizations occupy in H2020. Their ability to coordinate their own EU project as a non-EU SME also signals a level of administrative and commercial maturity beyond what their project count suggests.
Highlights from their portfolio
- SecWireWMT coordinated this SME Instrument Phase 1 project, positioning their micro-wire technology as a commercial anti-counterfeiting product — their clearest statement of commercial intent in EU programs.
- SPINMULTIFILMA long-running MSCA-RISE project (2018-2023) in advanced spintronics, where WMT's industrial wire or film manufacturing contributed to research on tunneling magnetoresistance and strontium ferromolybdate multilayers.