The Extracorporeal Shock Wave Therapy Device is an advanced pneumatic radial shockwave system designed for physiotherapy, rehabilitation, orthopedics, sports medicine, and pain management applications. It delivers controlled mechanical shock waves to targeted tissues, helping stimulate blood circulation, accelerate healing, reduce pain, and improve mobility. Featuring a 10-inch touchscreen, 200 preset treatment protocols, unlimited customizable programs, and six specialized applicators, the…
The Hijama Cupping Kit (Model 12pcs-1) is a complete therapeutic solution designed for traditional cupping therapy. Made from high-quality GPPS material, this kit ensures durability, safety, and ease of use. It includes multiple cup sizes, magnetic needles, and essential accessories to provide effective treatment for different body areas. Ideal for both professionals and home users, this kit supports natural healing…
The IFT (Interferential Therapy) Machine – Model: AV-K-GR-F1 is a portable electrotherapy device designed for effective pain relief, muscle stimulation, and rehabilitation treatments. It features three-dimensional interferential current output, providing deeper tissue penetration for improved therapeutic results. The device comes with a touch screen digital display, making operation simple and precise for therapists. With adjustable frequencies, multiple modulation options, preset…
Compact Mini Stepper Exercise Machine designed for physiotherapy and home workouts. Supports up to 135 kg, helps improve lower limb strength, range of motion, coordination, and blood circulation. Ideal for rehabilitation, elderly exercise, and low-impact cardio training.
The Quadriceps Chair AVGS-2 is a heavy-duty physiotherapy rehabilitation machine designed for effective knee joint and quadriceps muscle strengthening. With an adjustable frame, smooth resistance system, and ergonomic cushioning, it is ideal for hospitals, physiotherapy clinics, and rehabilitation centers.
TENS AV-K-SJD-A is an advanced electrotherapy device featuring three independent channels. It offers an adjustable pulse frequency of 1–160 Hz, pulse width of 20–520 μs, and a 0–99 minute treatment timer. With Continuous, Slow Intermittent, and Fast Intermittent modes, it is ideal for effective pain relief and muscle stimulation.
The Training Ladder AVF-T1 is a professional rehabilitation staircase designed for gait training, stair-climbing practice, and balance improvement. With adjustable armrests and a stable heavy-duty structure, it supports safe and confident mobility recovery in clinical environments
The Training Ladder AVF-T2 is a professional rehabilitation staircase designed for 3-way stair-climbing practice, gait training, and balance improvement. Its large training area, adjustable armrests, and stable heavy-duty structure support safe and effective mobility recovery in clinical environments
A professional single-channel ultrasound therapy device designed for physiotherapy and rehabilitation. Operating at 1 MHz frequency, it provides deep tissue treatment for pain relief, inflammation reduction, and improved blood circulation. With adjustable intensity, pulse modes, and LCD display, it offers safe, precise, and effective therapy for clinics and home use.
A professional dual-channel ultrasound therapy device designed for physiotherapy, offering 1 MHz (deep tissue) and 3 MHz (superficial treatment) frequencies. It features adjustable intensity, multiple pulse modes, and an LCD display, allowing precise and customizable treatments. Ideal for pain relief, inflammation reduction, and faster recovery in clinics and rehabilitation settings.
Advanced Monitoring for Accurate Patient Care Our 6-Parameter Patient Monitor is a reliable and efficient solution designed for continuous patient monitoring in ICU, OT, emergency rooms, wards, and during patient transport. Equipped with a full touch-screen display and advanced analysis features, it ensures accurate real-time data with easy operation. Category Feature / Parameter Details Parameters Monitored ECG Continuous ECG monitoring…
