Plasma Bipolar Resection Radio Frequency Vessel Sealing System

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MOQ : 1 Unit

Plasma Bipolar Resection Radio Frequency Vessel Sealing System Specification

Color Code
White

Display Type
7" LCD Touchscreen Display

Power
400 Watt (w)

Product Type
Medical Device

Frequency
360 Kilohertz ( KHZ )

Use
Hospital

Plasma Bipolar Resection Radio Frequency Vessel Sealing System Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Week

Delivery Time
10-15 Days

About Plasma Bipolar Resection Radio Frequency Vessel Sealing System

Plasma Bipolar Resection Radio Frequency Vessel Sealing System combines a number of advanced features into its design. Its auto start coagulation function promotes delivery of power immediately after sensing the presence of tissues held by forceps or any other surgical tool. Its tissue monitoring technology is effective in thorough monitoring of tissue impedance and it changes HF current and voltage immediately to attain required effect on tissues. Plasma Bipolar Resection Radio Frequency Vessel Sealing System is capable of monitoring current leakage. This medical device comes with 7 inches LCD touch screen.

Type Of Equipment	Cautery Machine with Vessel Sealing and Bipolar Plasma in Saline
Maximum Power	400W
Product Type	Medical Device
Model Name/Number	Combi Max MBXVP
Usage/Application	Hospital
Color	Off White
Display Type	7" LCD Touchscreen Display
Operating Frequency	360 kHz
Brand	ALAN
Country of Origin	Made in India

Combi Max MBXVP - A Complete Energy Workstation

Our most advanced electrosurgical cautery unit includes monopolar, bipolar modes for surgery with EndoCut, Vessel Sealing feature as well as Bipolar Plasma in Saline modes for covering majority of surgeries in a single machine.

7 Monopolar Cutting Modes : Pure, Low, Blend, EndoCut, i-Cut, v-Cut*, SkinCut*
7 Monopolar Coagulation Modes : Lo-Spray, Hi-Spray, Fulgurate, Lo-Desi, Hi-Desi, Soft, Auto-Desi
9 Bipolar Modes : Cut, Micro, Macro, LowCut, HiCut, Auto-Micro, Auto-Macro, Auto-Soft, Start-Auto-Stop
7 Vessel Sealing Modes : L1, L2, L3, L4, L5 and F1, F2
6 Bipolar in Saline Cutting Modes : LowCut, HiCut 1, HiCut 2, HiCut3, Effect 1, Effect 2
2 Bipolar in Saline Coagulation Modes : Desiccate, Force

Maximum Power : 400W

Features:

Total 8 power modes for Bipolar in Saline for varying comforts of the surgeon,
Has 2 monopolar sockets, 1 bipolar socket & 1 ligate/ bi-tur socket and can be operated by handswitch & footswitch/ pedal,Bipolar Saline Plasma Resection (TUVP, TUEB, TCRP, TCRE), Safer than monopolar resection method,
7 levels of Vessel sealing power L1 to L5 and F1 to F2,
Works with all sealing instruments 5mm and 10mm,
Provided with ALAN Wireless Footswitch, no need of wires to operate footswitch,
Can seal upto 7mm vessels with ability to withstand burst pressure upto 3 times the systolic pressure,
Special Bipolar cutting mode, ScalCut, to use with ALAN Bissector instrument,
10 levels of EndoCut for varying speed, depth and sharpness of cut,
Special EndoCut mode for Polypectomy and Papillotomy,
17 levels of Blend mode for superior accuracy and precision,
Auto Stop Coagulation in Bipolar,
Upgradable to Argon Beam Coagulator,
Mode and power can be changed from sterile field remotely via reusable handswitch pencil,
HF leakage monitoring and controlling system,
Realtime tissue impedance monitor for power control,
User programmable 199+1 memory locations
Simultaneous coagulation for 2 surgeons by footswitch/ handswitch combination,
Patient Plate Contact Monitoring (PPCM) System to eliminate risk of patient burns,
Audio visual indications for all outputs,
User settable RF activation timeout limit

Applications Total Laparoscopic Hysterectomy (TLH), Non Descent Vaginal Hysterectomy (NDVH), Laproscopic Surgeries, Gynecology, Urology (Monopolar TURP), Urology (Bipolar TURP), Gastro surgery, Endoscopic Surgery, Neurosurgery, Spine, Arthroscopy, All other general surgical procedures

Advanced Vessel Sealing Solution

This system leverages radio frequency technology for effective vessel sealing and tissue resection. With a user-friendly 7-inch LCD touchscreen, surgeons benefit from intuitive operation and real-time feedback. Its significant 400-watt power output and 360 kHz frequency enhance its capability for a broad range of surgical applications, ensuring efficiency and precision.

Versatile Access Across India

The Plasma Bipolar Resection Radio Frequency Vessel Sealing System is accessible through a wide network of dealers, distributors, manufacturers, and other suppliers throughout India. Hospitals, clinics, and healthcare providers can conveniently source the system locally, ensuring streamlined procurement and support.

FAQs of Plasma Bipolar Resection Radio Frequency Vessel Sealing System:

Q: How does the Plasma Bipolar Resection Radio Frequency Vessel Sealing System work?

A: The system uses bipolar radio frequency energy to seal blood vessels and resect tissues with precision during surgical procedures. The advanced technology delivers controlled energy at 360 kHz, enabling effective vessel closure and minimizing thermal spread.

Q: What are the key features of this vessel sealing system?

A: Key features include a 7-inch LCD touchscreen for intuitive control, 400-watt power output for high performance, 360 kHz operating frequency for efficient vessel sealing, and a modern white color design suitable for hospital environments.

Q: When should this system be used in surgical procedures?

A: This system is intended for use during surgeries where reliable vessel sealing and tissue resection are required, such as urological, gynecological, or general surgery procedures in hospital settings.

Q: Where can I purchase or order this vessel sealing system in India?

A: You can purchase the system through authorized dealers, distributors, importers, manufacturers, and suppliers across India. Many retailers and service providers also facilitate procurement and after-sales support.

Q: What is the process for operating the Plasma Bipolar Resection System?

A: Operation involves configuring the required settings using the touchscreen display, selecting the appropriate resection and sealing modes, and applying the device as per the surgical protocol. Comprehensive user manuals and training are provided by suppliers.

Q: How can hospitals benefit from using this vessel sealing system?

A: Hospitals benefit by achieving safer and more efficient surgical outcomes, thanks to precise vessel sealing, reduced operating times, minimal blood loss, and enhanced patient recovery. The systems reliability supports various clinical applications.

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