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Platform Features
A comprehensive therapeutic ultrasound system designed for clinicians, researchers, and rehabilitation professionals.
01
Adaptive Waveform Engine
Real-time waveform modulation that adapts ultrasound parameters based on tissue response, ensuring optimal therapeutic delivery at every session.
02
Multi-Frequency Output
Operates across 1 MHz to 3 MHz frequency bands, enabling both superficial and deep-tissue treatment protocols from a single device.
03
AI-Guided Dosimetry
Intelligent dose calculation leveraging patient history, tissue type, and real-time acoustic feedback to optimize treatment intensity and duration.
04
Integrated Safety Monitoring
Continuous thermal and cavitation monitoring with automatic shutoff safeguards, ensuring treatments remain within safe therapeutic windows.
05
Outcome Tracking Dashboard
Comprehensive session analytics, treatment progress visualization, and exportable clinical reports for patient records and research.
06
Rapid Treatment Protocols
Pre-configured, evidence-based protocols for common conditions allow clinicians to begin treatment in under 60 seconds with minimal setup.
Technology Overview
Advanced acoustic engineering with intelligent software.
Audio-Driven Transduction
Unlike conventional ultrasound systems that rely on fixed piezoelectric drivers, Aegos uses proprietary audio-frequency modulation to shape ultrasound waveforms. This enables smoother energy transitions and deeper tissue penetration with lower peak intensities.
Closed-Loop Acoustic Feedback
Embedded acoustic sensors continuously measure tissue impedance and reflected wave patterns. The system adjusts frequency, duty cycle, and intensity in real time, creating a closed feedback loop that maximizes therapeutic efficacy while minimizing risk.
Biocompatible Coupling Interface
A medical-grade hydrogel coupling membrane ensures consistent acoustic transmission across irregular tissue surfaces, improving energy delivery and patient comfort compared to traditional gel-based methods.
Cloud-Connected Platform
Treatment protocols, patient data, and firmware updates are managed through a secure cloud portal. Clinicians access the latest evidence-based protocols, and researchers can aggregate anonymized outcomes across sites.
Modular Applicator System
Interchangeable applicator heads are engineered for different treatment zones, from large muscle groups to precise periarticular targets. Each head is auto-recognized by the system, loading the appropriate calibration and protocol library.
Regulatory-Ready Architecture
Designed from the ground up with IEC 60601-1 and FDA 510(k) compliance in mind. Full traceability, risk management documentation, and validated software development lifecycle ensure a clear path to market clearance.
Therapeutic Applications
Clinical use cases from musculoskeletal rehabilitation to emerging research.
Soft Tissue Repair
Accelerate healing of muscle strains, ligament sprains, and tendon injuries through targeted ultrasound energy that stimulates fibroblast activity and collagen synthesis.
Key Indications
Tendinopathy
Muscle contusions
Post-surgical healing
Bone Fracture Healing
Low-intensity pulsed ultrasound protocols promote osteogenesis and reduce non-union fracture rates, with demonstrated efficacy in clinical trials.
Key Indications
Fresh fractures
Delayed union
Stress fractures
Chronic Pain Management
Targeted thermal and non-thermal ultrasound effects modulate pain signaling pathways, providing drug-free relief for chronic musculoskeletal conditions.
Key Indications
Osteoarthritis
Myofascial pain
Plantar fasciitis
Scar Tissue Remodeling
Focused ultrasound disrupts disorganized collagen fibers, promoting tissue remodeling and restoring range of motion in post-surgical and post-traumatic scarring.
Key Indications
Surgical adhesions
Keloid management
Contracture release
Neurological Research
Emerging transcranial focused ultrasound applications for non-invasive neuromodulation, supporting ongoing research in neuroscience and neurorehabilitation.
Key Indications
Neuromodulation studies
Blood-brain barrier opening
Functional mapping
Enhanced Drug Delivery
Sonophoresis protocols use ultrasound to increase skin permeability, improving transdermal delivery of anti-inflammatory and analgesic medications.
Key Indications
Topical drug delivery
Anti-inflammatory agents
Localized therapy
Product Lineup
Purpose-built devices for clinical, research, and portable applications.
Full-Scale Clinical System
Aegos Clinic
The flagship platform for hospitals and large rehabilitation centers. Features all six applicator heads, full AI dosimetry, and cloud portal access.
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◆ NQTE Engine (NQTE)
P = e⁻²κd | NQTE v1.0
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N-Coherence /100
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P Coherent
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P↑ Receptive
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P↓ Resistive
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Interference
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κ↑ / κ↓
STANDBY
Status
NQTE: Awaiting session start...
System Status
Aegos ready. Harmonic Resonance frequencies loaded. Select a protocol or apply Harmonic Resonance to treatment.
Clinical Treatment Protocols
Resonance Session Arc
Prep
Active
Dominant
Close
Harmonic Resonance Thermal Heatmap
Fundamental
2nd Harmonic
3rd Harmonic
Sweep Cycle
24 sec
Thermal depth model computed from acoustic physics (Q=2alphaI). Values represent predicted tissue response at 1.2 W/cm2 pulsed 50%. Actual heating varies with blood perfusion, coupling quality, and tissue composition. Safety margin: 50% below threshold. Auto-shutoff at 3.5 C rise.
Patient Profile
️ Absolute Contraindications: Active malignancy · Cardiac pacemaker · Pregnancy · Thrombophlebitis · Active infection · Open wounds · Eyes · Gonads · Growth plates in children