Product Description
Surgical Cautery Equipment
Since the day of our inception, we are engaged in offering Surgical Cautery Equipment (400 W). All the products are designed in compliance with international quality standards, using high-grade raw material and latest technology. Furthermore, we check all the products on various parameters to ensure flawlessness. We also provide customization as per the specifications laid down by the customers.
Other information:
· Feather touch mode selection
· Delivers precise control of power with various types of current outputs
· Achieves excellent results in fatty tissue or under water cut
· Audio visual alarm for separate mode
· Audio visual patient plate fault alarm
· MOSFET technology for higher efficiency
· Independent activation of hand switch or foot switch
· Monopolar cutting, coagulation, spray coagulation & blended output. & TUR
· Bipolar coagulation/bipolar cutting
· Separate generators for monopolar & bipolar
Technical Specification:
Monopolar Generator :
· Frequency: 500 + - 25 Khz
· Cut Control (Pure): 400 Watts 500 Ohm Load
· Cut Control (Blend-I): 225 Watts 500 Ohm Load
· Cut Control (Blend-II): 225 Watts 500 Ohm Load
· Coagulation Control: 160 Watts 500 Ohm Load
· Spray Coagulation: 100 Watts 125 Ohm Load
Bipolar Generator:
· Frequency: 500 + - 25 Khz
· Bipolar Coagulation: 100 Watts 125 Ohm Load
· Dimension: W 390mm X D 340mm X H 130mm
· Gross Weight: 27 ibs (approx)
· Voltage Required: 220V AC 50 Hz
· Power Consumption: 750 VA
Standard Accessories:
· Double pedal foot switch
· Patient plate with cord
· Unipolar handle with cord
· Hand pencil switch (Disposable)
· Bipolar forcep with cord
· Electrode set: 5 No
· Main Line cord
Precision and Safety in Hospital SurgeriesOur rechargeable surgical cautery equipment brings innovation to operating rooms by offering precise and safe cauterization. Manufactured with durable plastic, this equipment is adaptable to various surgical environments and helps minimize blood loss, supporting faster patient recovery. With its ergonomic design and reliable function, hospitals benefit from seamless and efficient surgical workflows.
Reliable Support and International AvailabilityAs a major distributor, exporter, manufacturer, supplier, and trader in India, we provide our cautery equipment to healthcare facilities across national and international markets. Every unit undergoes stringent quality checks to ensure consistent performance and compliance with medical standards. Our dedicated customer support ensures prompt assistance for inquiries or technical issues.
FAQ's of Surgical Cautery Equipment:
Q: How is the surgical cautery equipment used in hospital procedures?
A: The equipment is utilized in surgical kits for cauterizing tissues, which helps control bleeding and promotes a sterile surgical environment. Its rechargeable feature ensures uninterrupted operation during critical procedures.
Q: What materials are used in the construction of this cautery equipment?
A: This cautery device is primarily constructed from high-quality, medical-grade plastic, making it both lightweight (5-10 kg) and durable for extended hospital usage.
Q: When should surgical cautery equipment be used during surgery?
A: It is typically used when precise cauterization is needed to stop bleeding, seal wounds, or remove abnormal tissues, often during or after incisions to manage hemostasis.
Q: Where can hospitals in India and abroad purchase this surgical cautery equipment?
A: Hospitals and clinics can acquire our cautery equipment directly through our company as we serve as a distributor, exporter, manufacturer, supplier, and trader operating within India and exporting abroad.
Q: What is the process for recharging the equipment?
A: The equipment features a rechargeable battery system. Simply connect it to a compatible power source indicated in the user manual; allow it to charge fully before use for consistent performance.
Q: What are the main benefits of using rechargeable cautery equipment in surgical settings?
A: Rechargeable cautery equipment offers enhanced mobility, reduces dependency on constant power sources, and ensures operational efficiency during prolonged surgeries, making it a cost-effective and reliable choice for hospitals.