SciTransfer
Organization

BIOMODICS APS

Danish SME developing functional biomaterial coatings for medical devices, from antimicrobial catheters to implantable neural interfaces.

Technology SMEhealthDKSMENo active H2020 projects
H2020 projects
4
As coordinator
1
Total EC funding
€875K
Unique partners
26
What they do

Their core work

Biomodics is a Danish SME specializing in advanced biomaterial coatings and surface modification technologies for medical devices. Their core work involves developing polymer-based coatings that can be loaded with active substances — such as antibiotics or nanoparticles — to make implantable devices safer and more functional. They contribute materials science expertise to EU consortia tackling infection control in catheters, cell-based regenerative medicine, and implantable neural interfaces. Their technology sits at the intersection of polymer chemistry and medical device engineering, serving as a supplier of functional biomaterial solutions to clinical and academic partners.

Core expertise

What they specialise in

Antimicrobial biomaterial coatings for medical devicesprimary
2 projects

UNICAT focused on multifunctional catheter coatings with antibiotics and nanoparticles; Bacticon1 targeted bacterial detection and control of urinary tract infections.

Implantable biomedical device materialsprimary
2 projects

STARDUST developed ultrasonically-powered implantable devices for Parkinson's treatment; UNICAT worked on central venous catheter biomaterials.

Cell-based regenerative medicine substratessecondary
1 project

Training4CRM was a European Training Network for cell-based regenerative medicine, where Biomodics likely contributed biomaterial scaffolding expertise.

Neural interface and optogenetics device materialsemerging
1 project

STARDUST explored optogenetics and low-power electronics for in vivo neural stimulation in Parkinson's disease models.

Evolution & trajectory

How they've shifted over time

Early focus
Antimicrobial device coatings
Recent focus
Implantable neural device materials

Biomodics began with a clear focus on infection-fighting biomaterials — antimicrobial catheter coatings, nanoparticle-loaded hybrid materials, and bacterial detection for urinary tract infections (2015-2016). By 2017, their focus shifted toward more complex implantable systems, contributing materials expertise to neural interfaces, optogenetics devices, and ultrasonically-powered implants for neurological conditions. This trajectory shows a company moving from surface-level device coatings toward deeper integration into active, electronically-functional implantable systems.

Biomodics is moving from passive antimicrobial coatings toward functional biomaterials for active implantable devices, particularly in the neurotechnology space.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European15 countries collaborated

Biomodics predominantly joins consortia as a specialist partner (3 of 4 projects), contributing their biomaterials expertise to larger teams. They coordinated one small Phase 1 SME Instrument project (Bacticon1), suggesting they can lead focused feasibility studies but prefer the specialist contributor role in larger research initiatives. With 26 unique partners across 15 countries from just 4 projects, they integrate well into diverse international consortia rather than working within a narrow circle.

Despite only four projects, Biomodics has built a remarkably wide network of 26 partners across 15 countries, indicating participation in large, geographically diverse consortia. Their network spans across Europe with no single dominant geographic cluster.

Why partner with them

What sets them apart

Biomodics occupies a niche that few SMEs fill: they are a dedicated biomaterial coating company that can serve as an industry partner in academic-heavy medical device consortia. Their ability to bridge polymer chemistry, drug delivery, and device engineering makes them a practical translational partner — they turn lab-scale surface science into manufacturable device components. For consortium builders, they offer genuine industrial biomaterials capability without the overhead of engaging a large medtech corporation.

Notable projects

Highlights from their portfolio

  • STARDUST
    Their largest project (EUR 485,736) combining optogenetics, ultrasonics, and implantable devices for Parkinson's — a significant leap from their coating origins into neurotechnology.
  • Bacticon1
    Their only coordinated project, an SME Instrument Phase 1 feasibility study on urinary tract infection detection — shows entrepreneurial initiative in infection control.
Cross-sector capabilities
Medical device manufacturingNanotechnology and advanced materialsNeurotechnology and brain-computer interfacesRegenerative medicine and tissue engineering
Analysis note: Profile based on 4 H2020 projects (2015-2017 start dates). Two projects lack keyword data, so some expertise inferences rely on project titles and context. The company website (biomodics.com) could provide additional detail on their current product portfolio and capabilities beyond what H2020 data captures. All projects started before 2018, so their current focus may have evolved further.