Medical Equipment Specialisations
Medical Devices Demand Specialised Know-How
Unlike consumer electronics, medical equipment must meet strict safety standards (IEC 61010, MDR 2017/745), biocompatibility requirements, and clinical validation criteria. Generic design firms lack this domain expertise.
tech²ART combines 20+ years of hands-on experience in IVF, blood management, and biobanking with engineering know-how. We understand the clinical workflows, the regulatory landscape, and the manufacturing constraints unique to medical devices.
"Every medical device we help invent starts with a real clinical problem, not a technology looking for a use case."
tech²ART Engineering Team
Our Medical Device Invention Process
A structured, stage-gated approach customised for the medical equipment sector, from clinical need identification to working prototype.
Clinical Needs Assessment
We work alongside clinicians and laboratory professionals to identify unmet needs in IVF, haematology, biobanking, and diagnostics, ensuring every concept is rooted in real clinical demand.
Concept & Feasibility
Our biomedical engineers evaluate technical feasibility, regulatory pathways (MDR/IVDR), and competitive landscape to validate your medical device concept before committing resources.
Prototype Development
Functional prototypes built with medical-grade components, from environmental chamber controls for incubators to precision centrifuge rotor assemblies. We prototype in our own facility.
Intellectual Property Strategy
Patent landscape analysis and IP protection tailored for the medical device sector. We help you secure utility and design patents before entering the market.
Customised Equipment We Help Invent
Our invention consultancy is not generic. It is tailored for medical and laboratory equipment applications.
CO₂ Incubator Controls
Custom gas mixing, humidity control, and contamination prevention systems for IVF and cell culture incubators.
Centrifuge Rotor Systems
Application-specific rotor designs for blood separation, PRP therapy, and clinical diagnostics.
Cold Chain Monitoring
IoT-enabled temperature monitoring and alarm systems for biobank freezers and specimen transport.
Automated Sample Handling
Robotic pick-and-place systems for cryogenic biobank storage with zero thermal shock.
Point-of-Care Devices
Compact, user-friendly diagnostic instruments for decentralised testing in clinics and field laboratories.
Lab Safety Cabinets
Customised biosafety cabinet airflow systems with HEPA filtration for sterile IVF and microbiological work.