• Skai Med Company Limited, Khon Kaen University Science Park, NESP313, Khon Kaen, TH
  • support@skai-med.com
  • Call: (+66) 615207995
  • SKAI MED

    AI-Powered Vascular Screening.
    Anywhere.

    SKAI-Touch makes vascular assessment fast, portable, and accessible — detecting arterial blood-flow impairment through the skin in ~30 seconds. No gel. No specialist. No expensive equipment.
  • A change in the market of modern medicine

    One platform.
    Three critical applications.

    From stroke risk triage to dialysis fistula monitoring to artery fitness screening — SKAI-Touch brings clinical-grade vascular insight to settings where it was never before practical.

Clinically Validated

In a dataset of 200+ carotid arteries, our AI detects plaque presence with 92% sensitivity and 91% specificity, benchmarked against Doppler ultrasound. Ongoing clinical studies across Thailand continue to strengthen that evidence base.

Built for the Real World

A proprietary piezoelectric sensor captures arterial blood-flow vibrations directly through the skin. AI processes the signal and delivers a clear vascular assessment in ~30 seconds — touch-based, gel-free, and operable with minimal training.

Experts by Experience

Created by a multidisciplinary team of engineers, physicians, and clinical researchers, SKAI MED is driven by decades of expertise in nuclear engineering, preventive care, and biosensor innovation.

SKAI MED

Integration of Technology Revolutionizing Modern Healthcare

Vascular disease is often silent. Narrowed arteries, compromised blood flow, and early-stage arterial aging rarely announce themselves — until a stroke, a failed dialysis session, or a missed prevention window. SKAI MED exists to close that gap.

SKAI-Touch is a portable, AI-powered vascular screening platform built by clinicians and engineers. Using a proprietary piezoelectric sensor, it captures arterial blood-flow vibrations through the skin and delivers a vascular assessment in approximately 30 seconds — no gel, no specialist, no Doppler room required.

Designed for rapid triage and prevention, it identifies individuals who may benefit from earlier intervention — at scale, in the settings where patients actually are.

Why SKAI MED Exists?

"Three Problems. One Platform."

SKAI-Touch is purpose-built for three high-impact vascular screening applications — each sharing the same core technology, each addressing a gap that existing tools can't fill practically or affordably.

Application 1: Stroke Risk Triage - Carotid artery plaque is a leading driver of ischemic stroke — and it's largely asymptomatic until it's too late. SKAI-Touch screens for carotid plaque presence in ~30 seconds at the neck, enabling rapid triage in primary care and community settings. Individuals flagged for risk are directed to confirmatory Doppler ultrasound and earlier clinical intervention.

Application 2: Dialysis AV Fistula Monitoring - A functioning AV fistula is essential for effective dialysis — but fistula failure is common, often detected too late, and costly to manage. SKAI-Touch assesses fistula blood flow quickly and non-invasively at the access site, giving dialysis centers a practical tool for routine monitoring without specialist referral or additional imaging.

Application 3: Artery Fitness Screening - Your arteries age — but not always in sync with the rest of you. SKAI-Touch measures how your pulse travels through your artery wall, a direct reflection of arterial stiffness, and benchmarks it against VO2max levels to reveal your true vascular age. Not an estimate based on birthdate — a real, data-driven signal on how your arteries are actually performing.

For wellness centers, corporate health programs, and prevention-focused clinics, this means offering something no standard health check currently provides: a meaningful picture of arterial aging, in 30 seconds, without a hospital visit.

Meet SKAI MED Founders



Dr. Visit Thaveeprungsriporn
Chief Executive Officer (CEO)
Dr. Ponthep Tangkanjanavelukul
Chief Clinical Officer (CCO)

FAQ

  • What is SKAI-Touch?

    SKAI-Touch is an AI-powered vascular screening device. It uses a proprietary piezoelectric sensor to capture arterial blood-flow vibrations through the skin — then analyzes those signals in ~30 seconds to produce a vascular assessment. No gel, no specialist training, and no fixed infrastructure required, making it suitable for clinics, dialysis centers, wellness centers, and community screening settings.

  • Who is it designed for?

    SKAI-Touch is designed for healthcare providers and wellness professionals who need fast, scalable vascular insight — including primary care clinics, dialysis centers, community health programs, and corporate wellness providers. It is a screening and triage tool, intended to identify individuals who may benefit from follow-up confirmatory testing or earlier clinical intervention.

  • How does it perform clinically?

    In a current dataset of 200+ carotid arteries, the AI model detects plaque presence with 92% sensitivity and 91% specificity, benchmarked against Doppler ultrasound. Clinical validation studies are ongoing, and model performance is expected to strengthen as the dataset expands.

  • What makes it different from existing vascular tools?

    Doppler ultrasound is the clinical gold standard — but it requires trained sonographers, gel, and dedicated equipment. SKAI-Touch is touch-based, gel-free, and operable with minimal training. It isn't a replacement for Doppler — it's what makes vascular screening possible before Doppler is ever ordered, and in environments where Doppler will never be available.

  • What is Artery Fitness Screening?

    Most health checks tell you your age. Artery Fitness Screening tells you how old your arteries are actually performing. SKAI-Touch measures pulse wave transmission through the artery wall — a proven marker of arterial stiffness — and benchmarks it against VO2max levels to produce a concrete vascular fitness score. It's a new category of health insight, available in 30 seconds at any wellness or prevention setting.


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