Shockwave Equipment Shockwave Pneumatic Professional Ed Foused Shock Wave Therapy Machine Leg Pain Relief Machine

Product Overview

This table-top pneumatic shockwave machine gives a clinic one console for daily pain-relief and physiotherapy work. The pulse is generated mechanically: compressed air drives a projectile inside the handpiece, the projectile strikes a transmitter at the tip, and the energy leaves the handpiece as a radial acoustic pressure wave.

Because that wave travels through skin and soft tissue rather than stopping at the surface, it reaches the structures that usually sit behind the complaint — tendon insertions, muscle bellies and the tissue around joints. The response it triggers is local: better blood flow and microcirculation in the treated area, which is what the technique is used for in pain management and rehabilitation.

Nothing about the treatment is invasive. The handpiece stays on the skin, and the operator decides how hard and how fast each pass runs. Between patients the handpiece rests in the holder on the side of the console, so a single unit in its matte white housing fits a treatment room without taking the room over. Physiotherapy and rehabilitation practices, sports recovery rooms and clinics adding a pain-management service all run it the same way.

Key Features

• Energy set in fine steps — up to 10 Bar with 0.1 Bar adjustment, so you can start below a patient's comfort threshold on sensitive ground such as the shin or the Achilles insertion and build up as the tissue responds.
• Frequency from slow to fast — up to 21 Hz in 1 Hz steps: low settings for dense, small targets and high settings when you need to cover a broad muscle belly in the time you have.
• Depth that reaches the working structures — therapeutic penetration up to 80 mm, which covers deep calf, gluteal and paraspinal tissue without swapping devices mid-treatment.
• Wear parts you can plan around — the projectile is rated for up to 3 million shots and every shot is counted as it is fired, so a replacement is scheduled rather than discovered halfway through an appointment.
• Stable output through a full clinic day — the pneumatic drive keeps the pulse consistent from the first patient to the last, and the console stays planted while the handpiece travels.
• One console, more than one service — pain relief, physiotherapy and professional ED shock wave therapy device treatment all run from the same unit, so a clinic serves orthopaedic and ED patients without adding a second machine.

Shockwave Therapy Handpiece & Tips

The handpiece is the working end of this pneumatic shockwave machine, and one handpiece covers the whole treatment menu because the tip changes rather than the tool. Thirteen tips come with the unit, divided by the job they do: six for pain relief, four for fascia treatment and three for spine treatment.

Tip choice comes down to the area and the size of the tissue underneath it. The six pain-relief tips are the general-purpose set — rounded faces for muscle bellies, flatter faces for tendon insertions and trigger points, narrower diameters where the treatment area is small, such as the forearm or the top of the foot. The four fascia tips spread the pulse across a broader face, which suits long gliding passes along a fascial line. The three spine tips are shaped to sit either side of the spinous processes so the therapist can work the paraspinal muscles without driving energy into bone.

Changing tips takes seconds: each one push-fits onto the transmitter, so a therapist can move from a calf to a shoulder between patients without tools. Wipe the tip face after every session, check that it is fully seated before each treatment, and keep the set together so the right head is easy to find. A tip that is not seated properly will not deliver a clean pulse, and it is the first thing to check if the output feels weak.

Versatile Handpiece Controls

1. Seat the chosen tip on the transmitter and check the fit before the patient is positioned — a partly seated tip dulls the pulse and wastes the first minutes of the session.
2. Position the patient so the area is supported and the handpiece can travel along the tissue without the therapist reaching across the body.
3. Set the intensity on the handpiece keypad; the keys on the handle and the console touchscreen stay in step, so either one can be used mid-session.
4. Set the frequency the same way, matching it to the tissue: slower passes over dense tendon, quicker coverage across a broad muscle belly.
5. Apply a thin film of coupling gel and press start on the handpiece itself, which keeps the therapist's other hand on the patient rather than on the console.
6. Read the display as you work — it shows live intensity, frequency and the running shot count, so a long session stays inside the treatment plan.
7. Press stop, wipe the tip face, and set the handpiece back into the side holder so the cable is supported and not left under tension.

Specification

Treatment Applications

• Calf and shin complaints — tight gastrocnemius and shin splints are worked with the pain-relief tips in overlapping lines along the muscle, keeping the handpiece moving rather than parking on one tender point.
• Heel and sole — the plantar fascia and the Achilles insertion take a flatter tip at lower energy, built up gradually because the tissue there tolerates less than a muscle belly.
• Shoulder, elbow and forearm — rotator cuff tightness, tennis elbow and forearm trigger points, with the narrower pain-relief tips for the smaller structures around the joint.
• Lower back and paraspinal muscles — the three spine tips sit either side of the vertebrae so the therapist can work the long muscles of the back without pressing on bone.
• Sports recovery — post-training tightness and general soft-tissue recovery fit naturally into a clinic day, and the shot counter keeps a busy session traceable.
• ED treatment — the same console runs professional ED shock wave therapy device protocols at low intensity with a single tip and a moving technique; the settings your clinicians use should follow the protocol they were trained in.

Ordering & Delivery

1. Tell your sales contact which market the unit is going into so supply voltage, plug type and interface language are confirmed before production is scheduled.
2. Confirm the accessories you want on the order — spare tips, spare projectiles and a machine trolley are the usual additions, and your sales contact confirms what is available for this model.
3. If you are a pneumatic shockwave machine distributor, confirm branding and packing requirements with our team before the order is fixed, so the production slot and the artwork are agreed together.
4. Agree price, payment terms, lead time and shipping terms in writing with your sales contact; they depend on the configuration and the destination.
5. Check the packing list and inspect the console and handpiece on arrival, and report any transit damage to your sales contact before the unit is put into use.
6. Keep the model and serial details on file — quoting them when you reorder tips or ask for technical help saves a round of questions.

Technical Support & Model Matching

Choosing the right equipment starts with a conversation. Our engineers and product specialists help distributors and clinics match configurations to their treatment menu, patient volume and budget, and confirm voltage, language and compliance requirements before production. After delivery we guide installation and commissioning, share operator training material and handle troubleshooting remotely, with spare parts from the same team that built your order. With 16 years of manufacturing expertise, an in-house R&D and design team and mature OEM/ODM processes, we can adapt a standard model or build a private-label version. Tell us your goal and we will recommend the right configuration.

FAQ