About Short wave diathermy continuous 500watt (Table Top)
Our firm is counted amongst the most reliable firm in the domain, involved in manufacturing and supplying a qualitative array of Shortwave Diathermy Equipments. These equipments are precisely manufactured under the stern guidance of our adroit professionals by making use of superior quality components in sync with set quality norms. Fitted with touch screen keys, offered equipments uses short wave and microwave for performing ultrasound and other therapies. Also, we provide these Shortwave Diathermy Equipments in different specifications to meet the specific needs of the clients.
Features:
Applications:
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Cooling fan to cool the chassis and the valve,
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ensuring prolonged tube life..
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The output power is adjustable in five steps.
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It has max 30 min treatment timer
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Max. output power in cont. mode 500 W
Technical specification
Model: pcd103 (table top 500)
Input Supply: 220V Ac/50 hz
Power Output: 500W RF
Operating Frequency: 27.12 MHz
Wave Length: 11.06 meter
RF Power Source: Triode Valve
Power Fuse: 7 Amp
Weight: 60 kg. approx.
Effective Pain Relief and RehabilitationSpecially engineered for physical therapy, pain management, and tissue healing, this short wave diathermy device leverages continuous electromagnetic waves to deliver deep thermal effects, promoting muscle relaxation and enhanced circulation where its needed most. Its adaptability makes it suitable for a wide array of musculoskeletal conditions.
Intuitive and Safe DesignEquipped with variable power output and easy-to-use controls, the device enhances user confidence and safety. Overheat and short circuit protections ensure reliable operation throughout each session. Clear instructions and included accessories guarantee convenient setup and use.
Environmentally Conscious and PortableDesigned with portability in mind, its table top build and mild steel powder-coated body combine durability with ease of movement. Featuring recyclable components, this device aligns with environmental values while remaining a practical choice for medical practices and physiotherapy centers.
FAQs of Short wave diathermy continuous 500watt (Table Top):
Q: How does the Short Wave Diathermy Continuous 500W device facilitate pain relief?
A: The device delivers continuous electromagnetic energy through soft rubber pad electrodes, generating deep therapeutic heat that helps relax muscles, improve blood flow, and accelerate the healing of tissues. This makes it particularly effective for treating arthritis, sprains, back pain, and stiff joints.
Q: What is the typical process for using this short wave diathermy machine?
A: To use the device, place the soft rubber pad electrodes on the targeted treatment area using the flexible arm. Adjust the power output as needed according to therapy requirements, and follow the included manuals guidelines for session duration and safety precautions.
Q: When should short wave diathermy therapy be considered for treatment?
A: It is suitable for individuals experiencing chronic pain, joint disorders, muscle stiffness, post-injury tissue swelling, or conditions like arthritis and sprains. Consult a healthcare provider to determine the appropriate timing and frequency for therapy based on specific clinical needs.
Q: Where can the Short Wave Diathermy 500W be used effectively?
A: This device is intended for use in medical settings such as hospitals, clinics, and physiotherapy centers. Its portable table top design also allows for flexibility when relocating between rooms or treatment areas within healthcare facilities.
Q: What safety features are integrated into this diathermy machine?
A: To ensure user safety, the machine incorporates overheat and short circuit protection. It is also designed to operate within a temperature range of 10C to 40C and relative humidity between 30% and 75%, reducing the risk of malfunction during use.
Q: How environmentally friendly is this short wave diathermy unit?
A: The device is manufactured using recyclable and environmentally considerate components, ensuring minimal environmental impact at the end of its lifecycle while maintaining robust performance during use.