The core technology of the shockwave therapy machine is its
advanced piezoelectric shockwave source. This source generates
precisely focused shockwaves, directing them accurately to the
treatment area. By utilizing replaceable silicone pad probes with
adjustable heights, the machine offers multiple penetration depths,
ensuring optimal targeting of the lesion for effective treatment.
This precise control of depth and accuracy is key to successful
therapy. As a non-invasive, safe, and highly effective physical
therapy solution, focused shockwave therapy is renowned for its
deep tissue penetration and precision. Often referred to as "green
therapy," it is the preferred method for treating chronic
musculoskeletal pain, calcifications, tendon injuries, and soft
tissue damage. Shockwave therapy is increasingly popular for
non-invasive pain management, muscle rehabilitation, and promoting
healing in conditions like plantar fasciitis, tendinitis, and
calcific shoulder tendinopathy.
SHOCKWAVE therapy is aimed at the affected areas that are the source of chronic
pain. The influence of the shockwaves causes to the dissolution of
calcium deposits and leads to better vascularization. The
after-effect is relief from the pain.
Features:
Cavitation Effect
When shockwaves interact with tissues, the gas within them rapidly
expands and collapses. This fast bubble collapse generates
high-speed micro-jets that rupture local microcapillaries, causing
blood and cellular media to leak and producing free radicals. This
process stimulates the formation of new blood vessels, enhances
microcirculation, loosens soft tissue adhesions, and significantly
improves blood flow at the treatment site. This effect is highly
beneficial for improving tissue repair, promoting circulation, and
reducing fibrosis.
Piezoelectric Effect
Shockwaves applied to bone tissue generate stress, leading to
polarization potential and a strong piezoelectric effect. This
accelerates the healing process, boosts collagen production,
stimulates metabolism, and improves microcirculation. It also
encourages the formation of new blood vessels in ligaments and
stimulates osteoblast proliferation and differentiation, promoting
bone healing. This effect is particularly useful for
musculoskeletal injuries, bone fractures, and ligament
regeneration.
Metabolic Activation Effect
By stimulating localized diseased tissues, shockwaves improve blood
supply to the affected area, prompting stem cells to transform into
normal tissue structures. This reduces inflammation and edema,
enhancing the tissue's ability to heal naturally and accelerating
recovery. It is a highly effective treatment for conditions such as
chronic inflammation, tendonitis, and muscle injuries.
Analgesic Effect
High-intensity shockwaves strongly stimulate nerve endings,
reducing their sensitivity and blocking pain signals from being
transmitted. The release of substances from surrounding cells,
triggered by free radical changes, increases the pain threshold and
alleviates discomfort. This analgesic effect is beneficial for
treating chronic pain, sports injuries, and acute pain conditions.
Shockwave therapy is an effective non-invasive pain management
solution.
Advantages:
User-Friendly Design:
Equipped with a 1.8-inch handpiece display for easy control, this
feature significantly enhances operational efficiency and user
experience. The intuitive interface allows for seamless adjustments
and precise treatment, making it suitable for both professionals
and beginners.
Adjustable Penetration:
The device comes with 7 silicone applicators, enabling customizable
treatment depths for targeted results. This adaptability ensures
that it can effectively treat a variety of conditions, from
superficial to deep tissue issues, for enhanced treatment
precision.
Deep Tissue Treatment:
Designed to target both shallow and deep tissues, this shockwave
therapy machine provides comprehensive treatment for conditions
such as musculoskeletal pain, chronic inflammation, and soft tissue
damage. It penetrates deeply to promote effective healing and
recovery.
Non-Invasive, No Downtime:
This non-invasive therapy eliminates the need for surgery, ensuring
minimal recovery time and no disruption to daily activities. It is
an ideal choice for individuals seeking a fast, efficient, and
comfortable alternative to invasive treatments.
Safe and Effective:
With a focus on minimizing risks and complications, the shockwave
therapy device promotes efficient healing and pain relief. Its
proven effectiveness makes it a reliable option for treating
various musculoskeletal conditions, including tendonitis, plantar
fasciitis, and muscle strains.
Eco-Friendly:
This sustainable, energy-efficient device delivers effective
treatments while minimizing its environmental footprint. Designed
with green technology, it provides high-quality results with
minimal impact on the environment.
Comfortable:
The high-pressure shockwave technology with low surface energy
ensures a virtually painless experience for the patient. The
comfort-focused design reduces discomfort during treatments, making
it ideal for sensitive areas.
Quiet Operation:
Advanced technology ensures a quiet, vibration-free treatment
experience, enhancing patient comfort and satisfaction. The device
operates smoothly without disturbing noise, making it ideal for use
in medical practices, clinics, and rehabilitation centers.
Quick Sessions:
Each treatment session lasts just 10-15 minutes, offering quick and
effective results with minimal time commitment. This time-efficient
feature makes it perfect for busy patients looking for fast
recovery and therapeutic benefits.
Shockwave Therapy - Treatment Guidelines:
Treatment Interval:
Sessions should be scheduled every 3 to 7 days, depending on the
severity of the condition and patient response. This interval
ensures optimal recovery and effectiveness of the shockwave therapy
treatment.
Course Duration:
A typical shockwave therapy course consists of 4 to 5 sessions,
tailored to the patient's condition and symptoms. For chronic
conditions like musculoskeletal pain, tendinitis, and soft tissue
injuries, more sessions may be necessary for optimal healing.
Total Number of Treatments:
The total number of treatments required varies based on the
patient's specific needs, condition, and response to therapy. Most
treatment plans involve 4 to 5 sessions, with each session
delivering 1500-2000 shock waves. These treatments can address a
variety of musculoskeletal issues such as chronic pain, tendon
damage, and calcifications.
Personalized Treatment Plan:
Treatment plans for shockwave therapy are customized based on
individual conditions, symptoms, and treatment goals. For the best
outcomes, the number of sessions and the treatment cycle may be
adjusted according to the patient's unique needs. Whether treating
joint pain, muscle injuries, or tendonitis, a personalized approach
ensures targeted and effective results.
Application
1. Shoulder pain, calcific tendonitis
2. Radial or ulnar humeral epicondylitis
3. Trochanteric tendinitis
4. Waist pain or myalgia
5. Patellar tendonitis
6. Tibial stress syndrome
7. Achillodynia
8. Plantar fasciitis
9. fat reduction
Application in the field of orthopedics:
The Focus Shockwaves focused shock wave machine has a wide range of
applications in the field of orthopedics. It is mainly used in the
rehabilitation of
fractures and bone cracks after surgery as well as arthritis and
ligament injuries.
The shock wave treatment method uses the focused shock wave machine
to
release high-pressure energy and penetrate deep tissues to
effectively promote
the repair process of bones and joints. For those patients who need
to recover
quickly, shock waves provide a fast and effective treatment option.
Application in sports medicine:
In the field of sports medicine, focused shock wave machines are
also widely
used in the treatment of sports injuries and the improvement of
sports
performance. By promoting tissue repair and blood circulation, the
focused
shock wave machine helps athletes recover faster and at the same
time
improve the performance level of athletes. Shock wave treatment is
especially
suitable for athletes who need to return to the sports field
quickly, enabling them
to deal with injuries and restore the ability to engage in
high-intensity activities
faster.
Application in neurology and rehabilitation medicine
The focused shock wave machine also plays an important role in the
fields of
neurology and rehabilitation medicine. For the relief of chronic
pain and the
rehabilitation of nerve damage, the use of focused shock wave
machines has
been proven to be an effective treatment method. That is because
shock wave
treatment regimens can stimulate the patient's body tissues,
promote blood
circulation, and repair nerve tissues. For patients who need
long-term
rehabilitation and pain management, shock waves are a comprehensive
treatment option.
