3 in 1 Smart Tecar Shockwave Ultrasound Therapy Machine for Pain Relief and ED Treatment

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3 in 1 Smart Tecar Shockwave Ultrasound Therapy Machine for Pain Relief and ED Treatment

$7,614.67 NZD

Our 3 in 1 machine integrates Tecar radio frequency (300-450KHz), shock wave (6Bar energy, 1-21Hz frequency) and 1MHz ultrasound three core technologies, equipped with 6 different handles, which can solve the needs of pain relief, tissue repair, anti-aging and body shaping in one stop. Compared with single technology equipment, it shortens the treatment cycle by 30%-50%. It is equipped with a 10.4-inch touch screen and an intelligent parameter preset system. New employees can operate it independently in 1-2 days, directly reducing labor costs by 30%-50%. The device is suitable for many types of institutional scenarios: medical beauty institutions can rely on it to carry out facial anti-aging, body shaping, and photoelectric postoperative repair packages without the need to purchase multiple instruments separately; postpartum repair centers can specifically relieve postpartum low back pain, tighten abdominal skin, and improve pelvic floor circulation to meet mothers’ dual needs of “recovery + shaping”; nursing homes can use non-invasive shock waves and ultrasound to relieve joint pain in the elderly, combined with Tecar It improves limb mobility and breaks through the traditional nursing model; rehabilitation medical centers and sports rehabilitation clinics can use it to accelerate post-orthopedic recovery (shorten the cycle by 15%-20%), quickly resolve sports injuries such as tennis elbow (effective in 2-3 treatments), and help institutions create differentiated services, increase customer repurchase and brand competitiveness.

Description

Model	ML17
Technology	Tecar , Shockwave , Ultrasound
Shockwave Energy	6 Bar
Shockwave Frequency	1-21Hz
Shockwave Working Head	12pcs
Ultrasoud Frequency	1MHz
Ultrasonic Maximum Energy	3W/cm2
Tecar Frequency	300-450KHz
Tecar Head Sizes	20/40/60 MM
RET Working Heads	3pcs
CET Working Heads	3pcs
Screen Size	About 10.4 Inches
Power	300W
Packing Dimension	5852125 cm/23.620.146.5 inches
Gross Weight	65kg
Warranty Time	Main unit warranty for 1 year;Handle and head warranty for 3 months

Package List

1*Host

1*CET Handle

1*RET Handle

1*T-shape Handle

1*80MM Handle

1*Return Pad

1*Ultrasound Handle

1*Shock Wave Handle

3*CET Working Heads

3*RET Working Heads

12*Shock Wave Working Heads

What Organization is Suitable to Purchase Our Machine?

Medical Aesthetics Institutions

This 3-in-1 machine precisely fills a gap in traditional medical aesthetics services, serving as a key tool for increasing client reach and average customer spending. Its radio frequency (RF) function can be directly used for facial anti-aging treatments such as “non-invasive jawline tightening” and “eye wrinkle reduction.” It also offers a “post-fat reduction skin tightening package” for the waist, abdomen, and thighs, addressing the post-body contouring pain points of young adults and postpartum mothers. Shockwave technology focuses on “cellulite reduction,” using low-frequency pulses to break up fat deposits and improve local microcirculation. Combined with RF, it creates a lightweight “fat dissolving and skin tightening” package, avoiding the long downtime and invasive risks of traditional liposuction. Ultrasound therapy can be used as a standard post-treatment feature after optoelectronic procedures (such as Thermage and photorejuvenation), alleviating redness and swelling and shortening the recovery period, allowing institutions to offer value-added “treatment + repair” packages. More importantly, one device can cover the three high-demand scenarios of “facial anti-aging + body shaping + post-operative repair”, eliminating the need to purchase multiple instruments separately, significantly reducing equipment investment costs. At the same time, with its “non-invasive, multi-functional, and highly adaptable” features, it accurately attracts core customer groups who pursue safe and efficient beauty, helping institutions create a differentiated service label that is different from traditional medical beauty, and improving repurchase rates and brand competitiveness.

Postpartum Care Centers/Postpartum Rehabilitation Institutions

Postpartum mothers often experience back pain (due to weight bearing during pregnancy), pelvic floor muscle relaxation, and loose abdominal skin. The versatility of our device precisely addresses these needs: shockwaves relieve back and lower back muscle tension and pain, radiofrequency (RF) tightens the skin on the abdomen and buttocks, and TECAR therapy (CET mode) improves blood circulation in the pelvic floor muscles, accelerating postpartum recovery. Compared to traditional postpartum rehabilitation methods, the device’s dual effects of “pain relief and skin care” better meet the dual needs of postpartum mothers for “body recovery and shape management.” By introducing this device, postpartum care centers can create differentiated postpartum recovery packages, attracting clients who value comprehensive postpartum care and enhancing brand value.

Nursing Homes

Older adults commonly face joint degeneration, postoperative pain, and muscle stiffness, placing high demands on non-invasive and safe treatments. The device’s shock wave and ultrasound therapies are both non-invasive and can safely alleviate common knee and back pain in the elderly. The deep heat therapy provided by TECAR therapy also promotes blood circulation and improves limb mobility, helping elderly individuals reduce bed rest due to pain and enhancing their quality of life. For nursing homes, introducing this device can break away from the traditional “daily care” model and offer a unique combination of “nursing care + medical rehabilitation” services, becoming a core competitive advantage in attracting mid- to high-end nursing homes. This is particularly true for families with elderly residents seeking postoperative rehabilitation or chronic pain management. These complementary services can significantly increase the facility’s premium while reducing the hassle and risk of medical treatment for seniors.

Rehabilitation Medical Center

Targeting rehabilitation medical centers’ core needs of “covering multiple scenarios, including sports injuries, postoperative rehabilitation, and chronic pain, while balancing treatment effectiveness and operational efficiency,” the machine’s radiofrequency, shock wave, and ultrasound therapy functions empower institutions in three key areas: precise adaptation to specific scenarios, cost reduction, and reputation enhancement.

The radiofrequency (Tecar) function specifically addresses the issues of slow tissue repair and poor local blood supply experienced by postoperative rehabilitation patients. For example, for patients undergoing orthopedic surgery (such as knee replacements), the deep thermal effects of radiofrequency can promote local blood circulation, accelerate wound healing and soft tissue repair, and shorten the average recovery period by 15%-20%. This not only improves the institution’s bed/treatment room turnover rate, but also builds patient reputation through its rapid recovery, attracting more patients seeking postoperative rehabilitation (such as referrals from surrounding hospitals). Furthermore, the “warm analgesic” effect of radiofrequency for patients with chronic pain (such as lumbar muscle strain) can help reduce the use of analgesics, aligning with the institution’s “green rehabilitation” service positioning and enhancing competitive differentiation.
Shockwave therapy precisely addresses chronic pain challenges frequently encountered by the institution, such as calcific tendinitis and fascial adhesions. For example, traditional physical therapy for rotator cuff calcific tendinitis can take one to two months to relieve pain. However, shockwave therapy can directly dissolve calcifications and loosen adhesions, achieving significant pain relief in most patients after three to five treatments. This significantly improves treatment efficiency (single-session treatments are more effective), reduces the number of follow-up visits, and reduces the institution’s resource investment in long-term physical therapy. Furthermore, the shockwave therapy’s non-invasive analgesic properties can attract middle-aged and elderly patients who are reluctant to undergo invasive treatments (such as injections), broadening the institution’s customer base.
Ultrasound therapy provides core support for the institution’s neurological injury rehabilitation and minor soft tissue repair services. For example, for patients with post-stroke limb spasticity, the mechanical vibrations of ultrasound can relieve muscle spasm and assist in restoring limb mobility. For patients with micro-tears (such as mild sports injuries), ultrasound can promote inflammation absorption and prevent further damage. This function eliminates the need for institutions to purchase dedicated neurorehabilitation devices or ultrasound therapy devices. One device can cover diverse needs from “chronic pain to neurorehabilitation”, directly reducing equipment procurement costs by more than 30%, while also reducing the space occupied by diagnosis and treatment and improving site utilization.

Sports Rehabilitation Clinic

Sports rehabilitation clinics serve athletes and fitness enthusiasts, whose core needs are rapid recovery and injury prevention. The machine’s three key functions create value for the clinic by increasing repeat purchases, attracting targeted customer groups, and developing distinctive services:

The radio frequency (Tecar) function addresses the pain points of athletes facing long recovery periods and disrupted training progress. For example, for a fitness enthusiast who suffers a calf strain, traditional rest and recovery can take two to three weeks. However, radio frequency can accelerate local metabolism and tissue repair, shortening the recovery period to approximately one week, allowing patients to quickly return to training. This allows clinics to leverage their rapid recovery advantages to attract professional athletes (such as local sports teams and running groups) for long-term partnerships. It also encourages fitness enthusiasts to pay for efficient rehabilitation without disrupting training, increasing the average customer price per service session. Furthermore, radio frequency’s effectiveness in relieving post-training muscle stiffness allows clinics to expand value-added post-training recovery services (such as single-session radio frequency relaxation), boosting member repurchase rates.
Shockwave therapy has become a core tool for the clinic in addressing sports-specific injuries. For high-frequency sports injuries like tennis elbow (lateral epicondylitis) and runner’s knee (patellar tendinitis), shockwave therapy can quickly alleviate inflammation at the tendon insertions, allowing most patients to return to normal training after just two or three treatments, preventing the injury from becoming a chronic condition. This will help the clinic establish a reputation among local athletes as a professional sports injury treatment provider (e.g., becoming a designated rehabilitation partner for nearby gyms). The shockwave therapy’s immediate pain relief can attract urgent visits from fitness enthusiasts who have stopped training due to pain, increasing the clinic’s emergency caseload. Furthermore, the shockwave therapy’s effectiveness in alleviating delayed onset of exercise soreness (DOMS) has enabled the clinic to offer post-race/high-intensity training recovery packages, broadening its service offerings.
Ultrasound therapy provides key support for the clinic’s precision repair and injury prevention capabilities. For example, for fitness enthusiasts with fascial adhesions (such as back fascial nodules), ultrasound can release the fascia through precise mechanical vibrations, improving muscle efficiency and reducing the risk of subsequent training injuries. For athletes with minor tendon injuries (such as early-stage Achilles tendinitis), ultrasound can intervene early to prevent inflammation and prevent further damage that could affect performance. This feature provides the clinic with comprehensive services from injury treatment to injury prevention, distinguishing it from conventional clinics that only address existing injuries. It attracts mid- to high-end athletes seeking a combination of scientific training and injury prevention, such as professional fitness trainers and amateur athletes.

Occupational Health Service Agencies

Modern corporate employees (especially office workers and manual laborers) suffer from occupational diseases such as cervical and lumbar spine strain, mouse hand injury, and lumbar muscle strain due to prolonged sitting and repetitive work. These injuries not only affect work efficiency but also increase sick leave costs for companies. Occupational health agencies can purchase this device and provide them with on-site or designated rehabilitation services. For office workers with neck and shoulder problems, shock waves are used to release adhesions and TECAR therapy to improve local blood flow. For manual laborers with muscle strain, ultrasound-assisted repair and shock waves are used to relieve pain. This can help companies reduce employee absenteeism due to occupational diseases. For occupational health agencies, the device’s versatility allows them to address occupational disease types among employees in different industries, enhancing their competitive advantage in partnerships with companies (e.g., by signing long-term service contracts) and securing stable business-to-business orders.

Physical Education Colleges/Middle Schools with Sports Specialties

University sports majors and middle school students with sports specialties often suffer sports injuries (such as tendinitis and ligament strains) from intense training or competition. Lack of timely recovery can hinder training progress and academic performance. This device can complement school sports medical care, providing immediate rehabilitation treatment for student-athletes on campus: shock waves quickly relieve acute pain, ultrasound assists in tissue repair, and TECAR therapy accelerates recovery metabolism, minimizing the impact of injury on training. For schools, this not only ensures student-athletes’ training safety and competitive performance, but also improves the teaching and training support for sports majors, attracting more students with sports specialties to apply.

Product Advantages

Multi-Technology Collaboration, Comprehensive Treatment Coverage
Our device integrates TECAR radiofrequency thermal therapy (450kHz high-frequency, deep-tissue treatment), shockwave therapy, and ultrasound technology to rapidly address acute sports injuries, chronic pain (such as neck, shoulder, lower back, and leg pain), and tissue adhesions. It shortens treatment cycles by 30%-50% compared to single-technology approaches. This device provides clients with a one-stop solution from pain relief to repair, significantly improving customer satisfaction and repeat purchase rates.

Low Maintenance Costs and High Durability
Our shockwave heads are made of tungsten alloy and have a lifespan 2-3 times that of traditional heads. The TECAR radiofrequency handpiece utilizes a ceramic coating process, which allows it to withstand over 100,000 high-frequency cycles without performance degradation. Key components (such as the compressor and radiofrequency module) have a 60% lower failure rate than comparable devices. They can be quickly disassembled and maintained, significantly reducing downtime and extending the replacement cycle for consumables. This reduces long-term maintenance costs by over 40% compared to traditional treatment devices.

Intelligent Parameter Presets

Our device’s built-in parameter preset system allows for optimal treatment parameters for dozens of common conditions, including neck and shoulder pain, joint injuries, and muscle adhesions. Operators simply select the corresponding symptom, and the device automatically matches a precise treatment plan. This eliminates the need for highly paid professional therapists and directly reduces labor costs by 30%-50%. Furthermore, new employees can operate the device independently after just one to two days of basic training, eliminating the need for high training costs or recruitment barriers.

Reliable Quality
Our 3-in-1 device undergoes rigorous testing for performance, durability, and drop resistance before leaving the factory. Our core quality is fully controlled throughout the process: First, it undergoes 72 hours of non-stop operation testing, with a core parameter tolerance of ≤±3%, ensuring accurate and flawless long-term treatment. Key components (RF transmitter and shock wave probe) undergo 100,000 start-stop cycles, ensuring a wear-resistant casing and 2,000 plug-in and pull-out connections, maintaining stable contact even after plugging and unplugging, significantly extending the device’s lifespan. It also undergoes an 8-hour transport vibration simulation to protect against unexpected bumps and bumps during transportation. This significantly reduces maintenance costs and accidental losses, ensuring peace of mind for both purchase and use.

Authoritative Certifications
This machine holds both EMC and LVD CE certifications, meaning it fully complies with electromagnetic compatibility and low-voltage electrical safety standards, ensuring its market compliance and strong technical reliability.

Product Details

10.4-inch Touchscreen
This machine’s 10.4-inch touchscreen clearly displays various operating interfaces and parameter data, allowing users to intuitively view and conveniently interact. The touch-sensitive operation eliminates the need for complex physical buttons, resulting in clearer operation logic and faster learning, significantly improving device efficiency.

Portable Handle Holder
This machine’s handle holder provides a dedicated, fixed storage space for the handle, effectively preventing it from being lost or damaged due to misplaced storage, ensuring the integrity and lifespan of the accessory. It also allows for quick location and convenient access during use. This significantly improves operational efficiency and saves time in scenarios such as medical rehabilitation or beauty treatments, where frequent handle changes are required.

Back Drawer Design
This machine’s drawer provides convenient storage space for daily use. Whether it’s medical supplies, beauty tools, or various accessories, they can all be neatly stored inside, keeping the operating area tidy at all times. It also greatly improves accessibility, eliminating the need to worry about storing small items even when using it on the go. This is a clever design that balances functionality and practicality.

Filters
This machine’s filters effectively remove impurities, moisture, and other contaminants from compressed air, preventing them from entering the system. This reduces component wear and failure, prevents rust and airway blockage caused by moisture, and significantly extends the life of the equipment. The pure air source ensures more stable and precise operation of pneumatic components, improving the overall accuracy and reliability of the machine and ensuring long-term, efficient, and stable operation.

Cooling System
Our device is equipped with two cooling fans that efficiently dissipate heat generated by internal operation, preventing electronic components from experiencing performance degradation or failure due to high temperatures. This effectively ensures long-term stable operation and significantly extends the device’s lifespan. Even under high loads, the device can quickly maintain internal temperature balance, ensuring constant optimal performance.

Universal Casters
This machine’s universal casters offer 360° steerability, greatly enhancing its portability. A brake mechanism also helps secure the machine during use, preventing it from sliding. Furthermore, the wheels are constructed from a quiet and wear-resistant material, ensuring minimal noise during movement, without disrupting the diagnostic or service environment. They are also durable and can withstand frequent movement and use.

Handle Display

Shockwave Technology

How it Works

The shockwave handpiece utilizes a compressor to generate pneumatic pulsed sound waves, which are converted into precise ballistic mechanical waves. These waves are then transmitted through a physical medium to the human body, producing a biological effect. This sudden release of energy generates high-energy pressure waves, characterized by an instantaneous pressure increase and high-speed transmission.

The compressed gas generates energy, driving the projectiles within the handpiece, which pulse and massage the affected area. This device is designed to treat areas of the body affected by chronic pain. The principle of mechanical wave therapy is to relieve pain by promoting the dissolution of calcium deposits and enhancing blood circulation.

Mechanical waves have several benefits:

Cellular: They enhance cell membrane permeability by increasing ion channel activity, promoting cell division, and stimulating cytokine production.
Vascular: They improve blood circulation, increase β-factor 1, and enhance osteoblast mitosis.
Nitric oxide system: They accelerate bone remodeling and healing.
Improve microcirculation and metabolism.
Promote the dissolution of calcified fibroblasts.
Promote collagen synthesis.
Reduced tissue tension.
Analgesic effect.

12 Treatment Heads in the Shockwave Handle

This device’s shockwave handle is equipped with 12 treatment heads, including radial, focused, and flat types, each available in varying sizes. The radial treatment head delivers diffuse energy over a wide area, suitable for treating widespread soft tissue issues like muscle strains; the focused type precisely focuses energy on deep lesions, such as deep joint inflammation and tendon insertion injuries; and the flat type accommodates treatment areas of varying sizes, balancing effective reach and energy density. This diverse configuration of heads allows for flexible selection based on patient needs (such as the shoulder, neck, back, and limbs) and conditions (such as chronic pain and sports injuries). This significantly enhances treatment precision and targeting, allowing for a comprehensive shockwave treatment experience that meets diverse needs, effectively ensuring treatment effectiveness and providing patients with a more personalized and efficient rehabilitation experience.

Interface Settings

Preload (preset number of impacts): 800-3000 impacts
Energy: 1 bar-6 bar
Frequency: 1 Hz-21 Hz
You can choose from preset parameters or adjust them as needed.

Operation Step

Taking the waist as an example
Step 1: Enter the password “888888”
Step 2: Select “SHOCK WAVE” mode
Step 3: Select “Waist”
Step 4: Click the “Start” button
Step 5: Apply gel to the treatment area
Step 6: Press the treatment head to the treatment area. You can use a fixed tap or a slow motion, depending on the patient’s needs.
Step 7: Press the start button on the handle to begin treatment. Press it again to pause.

Recommendations:

Requires use with gel (the gel helps guide the waves and lubricates the skin).
Click “Start” on the screen, then press the silver button on the handle to begin treatment.
You can perform targeted treatments or slowly move the handle around the treatment area.
After daily use, disassemble the handle to clean the bullet pipe and remove any debris.

Applicable Symptoms

Sports injuries
Mouse hand
Tendinitis
Plantar fasciitis
Neck and shoulder pain
Achilles tendonitis
Joint pain
Shoulder, knee, and wrist injuries

Unsuitable Situations

Pregnant women and children
Vascular disease in or around the treatment area
Bacterial infection at the treatment area
Around malignant or benign tumors
Do not directly impact the spine
Do not impact over implanted electronic devices, such as pacemakers, or areas with implanted plates