Our
Experts

Combining domain knowledge with IP and market intelligence, our healthcare team supports innovation in medical devices, diagnostics, digital health, and more. We deliver IP search and analysis, assess regulatory and market trends, and track emerging technologies. By combining technical insight with IP strategy, our team empowers clients to make data-driven decisions in a fast-evolving, highly regulated industry.

Our Projects

Internet of Medical Things

Medical devices like remote monitoring tools, wearables, and smart implants to shift healthcare from hospitals to continuous, real-world environments, enabling the tracking of vital signs and proactive management of chronic conditions.

Miniaturized devices

Microbots and nanobots are being developed to deliver targeted therapies with extreme precision.

3D printing

3D printing technology creates patient-specific implants, prosthetics, and anatomical models for surgical planning and organs for transplantation.

Personalized medicine

Personalized medicine leverages genomics and biomarkers to analyze an individual’s genetic makeup, lifestyle, and environment, to deliver tailored and targeted therapies for conditions like cancer.

Woundcare devices

Devices range from simple dressings and bandages to advanced therapeutic technologies designed to create an optimal environment for healing. They aim to protect the wound, prevent infection, manage moisture, and actively promote tissue repair.

Ultrasound therapy

Uses sound waves to stimulate cells and accelerate the repair and healing process, and in some cases, to debride wounds.

Bioactive dressings and skin substitutes

Engineered with active agents like growth factors and biologics to stimulate tissue regeneration, or antimicrobials to control infection, and directly participate in the healing process.

Smart Wound Analyses

Employing image recognition, system automatically captures and analyses wound data, leading to more accurate assessments and personalised treatment strategies.

Bionic hydrogel

Advanced materials designed to mimic the properties and functions of biological tissues, such as high biocompatibility, mechanical strength and self-healing capabilities.