Discover our product - Innovation in biomedical

Advancing biomedical innovation through cutting-edge laser perfusion imaging. Our handheld device utilizes advanced Laser Speckle Contrast Imaging (LSCI) and Laser Doppler Imaging (LDI) technologies for accurate and real-time blood perfusion assessments. Designed for both medical research and clinical applications, it ensures accuracy and flexibility—overcoming the challenges of traditional bulky systems. Whether in burn diagnosis, flap reconstruction surgeries, or beyond, our technology delivers reliable, high-resolution imaging to improve patient care and streamline medical workflows.

Watch how it works

The Challenge: Improving Burn Assessment Accuracy

Highly accurate – improving diagnostic accuracy from 60-70% to 95%
Non-invasive and repeatable – eliminating the need for contrast agents
Fast and efficient – reducing measurement time from minutes to seconds
Truly portable – a wireless, handheld, and lightweight device suitable for both medical rooms and ORs

Why Choose Us? Our Unique Advantages

Improved accuracy for burn assessment

For burn injury, compared to visual examination, the diagnostic accuracy is improved from 60-70% to 95% with the assistance of our laser speckle technology

Suits the true needs of Point-of-Care Diagnosis and ORs

Truly wireless and handheld, compact and lightweight. Can be easily used in medical rooms and ORs, without any barriers.

Streamlined workflow, optimized efficiency

Comparing to existing bulky laser technologies, HAPI optimizes the users' workflow and decreases measurement time from minutes to seconds

Atraumatic, repeatable and quantifiable in ORs

Compared to ICG, laser speckle technology has the advantages of being contactless and atraumatic, easily repeatable without extra consumables and the result is quantifiable.

How & Where to Use Our product?

HAPI technology is transforming the medical field with its ability to improve diagnostics and treatment efficiency. Burn care, helps surgeons quickly assess whether surgery is needed, reducing unnecessary procedures and hospital stays. In flap reconstruction surgeries, HAPI ensures accurate blood perfusion monitoring, leading to better surgical outcomes.

Looking ahead, HAPI shows potential for monitoring diabetic foot ulcers and other conditions where precise perfusion measurement is critical. This technology benefits surgeons, wound care specialists, and healthcare providers by enhancing diagnostic accuracy and improving patient care.

Workflow for burn injury: Reduced Total time with HAPI

Real Insights: A Testimonial on Our Innovation

”For surgery success, you need wound healing. For wound healing, you need vascularization. HAPI device is a very promising device for assessing vascularization (blood perfusion)!”

Hine Rakhorst -Plastic surgeon at MST/ZQT hospitals

Testimonial.mp4

Advanced Technology & Scientific Foundations

Our handheld laser perfusion imaging technology is built upon Laser Doppler Imaging (LDI) and Laser Speckle Contrast Imaging (LSCI), two established techniques for assessing blood perfusion in medical diagnostics.

Addressing Key Medical Challenges

While LDI and LSCI have been successfully applied in various medical fields, traditional systems struggle with real-world usability. Our innovation tackles key challenges. Our flexible, handheld design allows point-of-care assessments at the bedside during wound dressing changes.