Shockwave Treatment Diary
Digital Diaries for Shockwave Therapy
See how Patient Watch is revolutionising shockwave therapy documentation for sports and exercise medicine. Our interactive demo shows real-world treatment tracking, outcome measurement, and the benefits of digital diaries.
of clinics use different protocols
incomplete treatment documentation
track long-term outcomes
*Data from a 2023 internal review of 50 UK clinics.
Interactive Treatment Progress Demo
See how a digital treatment diary tracks patient progress over 18 weeks of shockwave therapy
18-Week Treatment Progress
Pain scores (0-10 scale) and treatment energy density over time
Demo Features
Interactive Chart
Pain scores and treatment energy over time
Treatment History
Detailed session records with editable parameters
Patient Entries
Pain scores, comments, and progress notes
Understanding Shockwave Therapy
A comprehensive guide to shockwave technologies, clinical applications, and the importance of treatment tracking
Shockwave Technology Types
Focused Shockwave Technologies
Electrohydraulic (EH)
Generates true focused shockwaves using spark-gap in water with reflector-based focusing. Features large focal zone and highest energy at source.
Electromagnetic (EM)
Creates focused shockwaves via coil and membrane systems, shaped by acoustic lens. More precise and less painful with controlled focal depth.
Piezoelectric (PE)
Uses piezo crystals on curved surface for direct focusing. Produces smallest focal zone for high precision on superficial targets.
Radial Pressure Waves
Ballistic/Radial
Not true shockwaves. Generated by air-propelled projectile dispersing energy outward. Lower energy, shallower depth (≈3-3.5 cm), suitable for superficial issues.
Clinical Parameters
Energy Calculation Formula
Treatment Energy Calculation
Focused Shockwave:
Energy = Impulses × Pressure (mJ/mm²) × Handpiece Factor
Handpiece Factor: Focused = 1.2, Reflector = 1.0
Radial Shockwave:
Energy = Impulses × Pressure (bar) × 10
Treatment Time = Impulses ÷ Frequency
Example: Session 1
Impulses: 2,000
Pressure: 0.12 mJ/mm²
Handpiece: F15 Focused (1.2×)
Energy: 2,000 × 0.12 × 1.2 = 288 mJ
Example: Session 6
Impulses: 3,800
Pressure: 0.25 mJ/mm²
Handpiece: F15 Focused (1.2×)
Energy: 3,800 × 0.25 × 1.2 = 1,140 mJ
Why Shockwave Treatment Diaries Matter
For Patients
- • Track pain improvement over time
- • Understand treatment progression
- • Share accurate data with healthcare providers
- • Maintain motivation through visible progress
- • Identify patterns and triggers
For Clinicians
- • Optimize treatment parameters
- • Document clinical outcomes
- • Adjust protocols based on response
- • Support insurance claims
- • Research and audit data
For Industry
- • Real-world evidence collection
- • Device performance validation
- • Protocol standardization
- • Regulatory compliance
- • Market access support
Key Benefits of Digital Tracking
Clinical Excellence
Evidence-based treatment optimization and outcome measurement
Patient Engagement
Improved adherence and satisfaction through visible progress
Quality Assurance
Standardized protocols and consistent treatment delivery
Research Impact
Contribute to advancing shockwave therapy knowledge
For Sports Medicine Clinics
- ✓ Standardised treatment documentation
- ✓ Evidence-based protocol optimisation
- ✓ Improved patient compliance
- ✓ Multi-centre data comparison
- ✓ Regulatory compliance support
For Patients
- ✓ Track treatment progress visually
- ✓ Never miss follow-up assessments
- ✓ Share accurate data with providers
- ✓ Understand their treatment journey
- ✓ Evidence of improvement for insurance
For Device Manufacturers
- ✓ Real-world outcome data
- ✓ Protocol validation
- ✓ Market access support
- ✓ Clinical evidence generation
- ✓ Device performance tracking
Documentation Completeness
Better Outcome Tracking
Patient Compliance
Week Average Follow-up
*Based on internal data from clinics using Patient Watch compared to paper-based methods.
Sports Medicine Clinics
Track return-to-play timelines, optimise protocols for specific sports, and provide objective data to coaching staff.
- • Premier League football clubs
- • Olympic training centres
- • Professional rugby teams
Private Practice
Demonstrate treatment value, support insurance claims, and build reputation through documented outcomes.
- • MSK specialist clinics
- • Physiotherapy practices
- • Sports injury clinics
Research Institutions
Standardised data collection for trials, multi-centre studies, and evidence generation.
- • University research centres
- • Clinical trial networks
- • Device validation studies
NHS Services
Meet documentation requirements, support commissioning decisions, and demonstrate service value.
- • MSK interface services
- • Specialist clinics
- • Pilot programmes
A review of literature from sources such as the National Institute for Health and Care Excellence (NICE) and the International Society for Medical Shockwave Treatment (ISMST) confirms that while shockwave therapy is a promising treatment, the lack of standardized protocols and consistent data recording is a significant barrier to its advancement.
Key issues highlighted in the wider industry include:
- Protocol Variability: There is no single, universally agreed-upon treatment protocol for shockwave therapy, leading to considerable differences in how it's applied in clinical practice.
- Inconsistent Reporting: Many studies and clinical records fail to consistently report key treatment parameters, making it difficult to compare results and establish best practices.
- Need for Long-Term Data: While many studies report positive short-term results, the long-term effectiveness of shockwave therapy is less clear, and the literature emphasizes the need for more robust, long-term follow-up.
Ready to elevate your shockwave therapy documentation?
Join leading sports medicine clinics using Patient Watch to standardise treatment, improve outcomes, and contribute to advancing the field.