TOOsonix A/S
Developer and supplier of high-frequency (20 MHz) high-intensity focused ultrasound systems for clinical dermatology, preclinical research instruments and associated clinical research. Activities documented on the site include peer-reviewed publications, conference presentations, hospital installations, granted patents and maintenance of an ISO 13485:2016 quality management system.
Industries
N/A
Nr. of Employees
small (1-50)
Products
System ONE-M
Medical high-frequency focused ultrasound system intended for outpatient dermatology, oncology and aesthetic skin applications; supports selectable focal depths and clinical treatment protocols.
System ONE-R
Laboratory-focused ultrasound device configured for non-human experimental applications and acoustic research, intended to support preclinical studies and device testing.
System ONE-M
Medical high-frequency focused ultrasound system intended for outpatient dermatology, oncology and aesthetic skin applications; supports selectable focal depths and clinical treatment protocols.
System ONE-R
Laboratory-focused ultrasound device configured for non-human experimental applications and acoustic research, intended to support preclinical studies and device testing.
Services
Provision of clinical focused ultrasound treatments for intradermal lesions, skin tumours and selected aesthetic indications using medical HIFU systems and defined treatment protocols.
Supply and support of laboratory-focused ultrasound devices configured for non-human research, enabling acoustic experiments, preclinical studies and model validation.
Provision of clinical focused ultrasound treatments for intradermal lesions, skin tumours and selected aesthetic indications using medical HIFU systems and defined treatment protocols.
Supply and support of laboratory-focused ultrasound devices configured for non-human research, enabling acoustic experiments, preclinical studies and model validation.
Expertise Areas
- High-frequency focused ultrasound therapy for dermatology and superficial lesions
- Clinical trial management and GCP-aligned device studies
- Focused ultrasound transducer design and multi-harmonic modelling
- Acoustic field measurement and experimental validation
Key Technologies
- High-frequency (20 MHz) high-intensity focused ultrasound
- Focused ultrasound transducer design and multi-harmonic modelling
- KLM electro-acoustic modelling
- Finite-element thermal and pressure modelling
News & Updates
Presentations and exhibition activity at scientific and clinical conferences including focused ultrasound symposia and dermatology meetings (examples referenced: Ultrasonics/IUS, IMCAS, EADV, ISTU and focused ultrasound congresses).
Clinical installations of high-frequency focused ultrasound systems at university hospitals and specialist clinics (examples referenced include installations at hospitals in Sweden, the United States and Poland).
Comparative analysis using numerical models and clinical observations to recommend HIFU parameters that minimize necrosis while eliciting immune activation; includes clinical observations.
KLM-based theoretical model for focused acoustic transducers including loss mechanisms and multi-harmonic performance, with experimental verification up to high harmonics.
Clinical study reporting safety, tolerability and efficacy outcomes of 20 MHz focused ultrasound for treatment of cutaneous neurofibromas in NF1 patients.
Case report describing combined topical immunomodulatory therapy followed by 20 MHz focused ultrasound on recalcitrant condylomata with full resolution of treated lesions and no aerosol generation risk to operators.
Presentations and exhibition activity at scientific and clinical conferences including focused ultrasound symposia and dermatology meetings (examples referenced: Ultrasonics/IUS, IMCAS, EADV, ISTU and focused ultrasound congresses).
Clinical installations of high-frequency focused ultrasound systems at university hospitals and specialist clinics (examples referenced include installations at hospitals in Sweden, the United States and Poland).
Comparative analysis using numerical models and clinical observations to recommend HIFU parameters that minimize necrosis while eliciting immune activation; includes clinical observations.
KLM-based theoretical model for focused acoustic transducers including loss mechanisms and multi-harmonic performance, with experimental verification up to high harmonics.
Clinical study reporting safety, tolerability and efficacy outcomes of 20 MHz focused ultrasound for treatment of cutaneous neurofibromas in NF1 patients.
Case report describing combined topical immunomodulatory therapy followed by 20 MHz focused ultrasound on recalcitrant condylomata with full resolution of treated lesions and no aerosol generation risk to operators.