Aseptuva
Aseptuva is dedicated to improving patient care and saving lives through innovative Far-UVC technology designed to prevent hospital-acquired infections (HAI), reduce the burden on healthcare staff, and combat antimicrobial resistance (AMR). The company develops automated disinfection adaptors for microbial contamination control at catheter-entry sites, aiming to make healthcare safer, more efficient, and resilient against future challenges. Their mission is to elevate healthcare globally by fighting HAI, supporting health workers, and countering AMR.
Industries
Nr. of Employees
small (1-50)
Products
Automated disinfection adaptor using Far‑UVC
A hands‑free, plug‑and‑play adaptor that applies guided Far‑UVC light to catheter‑entry sites to reduce microbial contamination and biofilm formation.
Automated disinfection adaptor using Far‑UVC
A hands‑free, plug‑and‑play adaptor that applies guided Far‑UVC light to catheter‑entry sites to reduce microbial contamination and biofilm formation.
Services
Preclinical validation and in‑vitro efficacy testing
Laboratory proof‑of‑concept and efficacy testing of disinfection approaches against bacterial and fungal species implicated in hospital‑acquired infections.
Usability and human‑factors studies in hospital settings
Planning and execution of usability testing with clinical staff and hospital workflows to refine device ergonomics and procedures.
Collaborative R&D and prototyping with industry and academic partners
Joint design, fabrication and testing projects with external research institutes and industry partners to advance device maturity.
Sustainable materials evaluation and manufacturing process development
Testing and selection of sustainable materials and development of manufacturing processes aligned with EU sustainability grants and requirements.
Preclinical validation and in‑vitro efficacy testing
Laboratory proof‑of‑concept and efficacy testing of disinfection approaches against bacterial and fungal species implicated in hospital‑acquired infections.
Usability and human‑factors studies in hospital settings
Planning and execution of usability testing with clinical staff and hospital workflows to refine device ergonomics and procedures.
Collaborative R&D and prototyping with industry and academic partners
Joint design, fabrication and testing projects with external research institutes and industry partners to advance device maturity.
Sustainable materials evaluation and manufacturing process development
Testing and selection of sustainable materials and development of manufacturing processes aligned with EU sustainability grants and requirements.
Expertise Areas
- Infection prevention and control for indwelling devices
- Medical device R&D and prototyping
- Photonics and UVC disinfection technology
- Preclinical validation and usability/human factors
Key Technologies
- Far‑UVC disinfection technology
- Photonics and light‑source engineering
- In‑vitro microbiological efficacy testing
- Biocompatibility testing