Vessel Electro Cautery Machine VX-400

Vessel Electro Cautery Machine VX-400

The Vessel Electro Cautery Machine VX-400 is a professional electrosurgical unit designed for controlled cutting, coagulation, bipolar operation, and vessel sealing support in advanced surgical environments. It is suitable for hospitals, operation theatres, surgical centres, laparoscopic surgery units, endoscopy departments, gynecology units, urology departments, oncology surgery setups, and general surgery departments where high-frequency surgical energy is required under trained supervision.

This VX-400 vessel sealing electrosurgical unit supports multiple output modes, including monopolar cutting, monopolar coagulation, bipolar operation, and vessel sealing. With pure cutting output up to 400W, multiple blend modes, advanced coagulation settings, bipolar output, and seal-pulse options, the unit supports flexible surgical workflow across open, laparoscopic, endoscopic, and minimally invasive procedures.

The VX-400 operates with an output frequency of 400-550 kHz and includes vessel sealing mode with pure sine wave 440 kHz. It also supports PPQM patient return electrode monitoring for safer monopolar procedure workflow. The machine should be used only by trained surgeons, OT staff, biomedical technicians, or authorized healthcare professionals following proper electrosurgical safety protocols and compatible instrument guidelines.

Key Features

• Vessel Sealing Support: Seal-pulse output modes support vessel sealing workflow when used with compatible sealing instruments.
• 400W Pure Cutting Output: Supports demanding surgical cutting requirements in professional operation theatre environments.
• Multiple Monopolar Cut Modes: Pure, Blend I, Blend II, Blend III, and Blend IV modes help match different cutting and coagulation needs.
• Monopolar Coagulation Options: Soft, Dessicate, Force, and Spray modes support varied coagulation applications.
• Bipolar Operation: Micro, Standard, and Macro/Cut bipolar settings support controlled bipolar surgical workflow.
• PPQM Monitoring System: Patient return electrode monitoring support helps improve safety during applicable monopolar procedures.
• Wide Surgical Use: Suitable for general surgery, laparoscopic surgery, endoscopy, gynecology, urology, ENT, spine, and other surgical workflows.
• Compact OT Design: 350 x 350 x 130 mm size and 6.5 kg net weight support convenient placement on OT workstations and surgical trolleys.

Technical Specifications

Product Name	Vessel Electro Cautery Machine VX-400
Product Category	Vessel Sealing Electrosurgical Unit / Electro Cautery Machine
Operating Voltage	190-260 Volt, 50Hz AC; optional 90-120 Volts, 60Hz AC
Output Frequency	400-550 kHz
Vessel Sealing Mode	Pure sine wave 440 kHz
PPQM Measuring Frequency	85 kHz ± 10 kHz
PPQM Measuring Current	< 10 µA
Dual Area Patient Return Electrode	5-135Ω
Single Area Patient Return Electrode	< 10Ω
Dimensions	350 x 350 x 130 mm
Net Weight	6.5 kg

Output Data

Category	Mode	Max P-P Voltage	Rated Load	Max Power	Crest Factor
Monopolar Cut	Pure	900	500Ω	400W	1.5
Monopolar Cut	Blend I	1100	500Ω	300W	2.1
Monopolar Cut	Blend II	1200	500Ω	250W	2.4
Monopolar Cut	Blend III	1300	500Ω	200W	2.8
Monopolar Cut	Blend IV	1300	500Ω	150W	3.1
Monopolar Coag.	Soft	1600	500Ω	300W	3.5
Monopolar Coag.	Dessicate	1800	500Ω	250W	3.8
Monopolar Coag.	Force	2100	500Ω	200W	4.2
Monopolar Coag.	Spray	3500	500Ω	120W	6.8
Bipolar	Micro	320	100Ω	70W	1.5
Bipolar	Standard	460	100Ω	90W	1.5
Bipolar	Macro/Cut	600	100Ω	120W	1.5

Vessel Sealing Output

Seal Mode	Output Detail
Soft-Seal	120W at 100Ω, CF 1.5
Med-Seal	200W at 100Ω, CF 1.5
Rapid-Seal	350W at 100Ω, CF 1.5

Product Benefits

• Supports advanced cutting, coagulation, bipolar, and vessel sealing workflow in operation theatre environments.
• Multiple blend and coagulation modes help trained surgeons select output according to tissue requirement.
• Vessel sealing output supports sealing workflow when used with compatible instruments and correct clinical protocol.
• PPQM monitoring supports patient return electrode safety during applicable monopolar procedures.
• Compact and lightweight design supports easy placement on surgical trolleys or OT workstations.
• Wide surgical application support makes it useful for open, laparoscopic, endoscopic, and minimally invasive procedures.
• Different bipolar output modes support micro, standard, and macro/cut applications.
• Operating voltage range supports practical use across different clinical electrical setups.

Applications

The Vessel Electro Cautery Machine VX-400 is suitable for ophthalmic surgery, laparoscopic surgery, endoscopy, GI surgery, orthopedic surgery, open surgery, general surgery, oncology surgery, gynecology, hernia procedures, GI endocut applications, papillotomy, polypectomy, underwater procedures, urology, gynecological TCRE, hysteroscopy, thoracotomy, plastic surgery, neurosurgery, ENT, spine surgery, thoracic surgery, and cardiac surgery.

It can support open, endoscopic, laparoscopic, and minimally invasive surgical workflows when used with compatible accessories and under trained surgical supervision. Final use depends on patient condition, surgical protocol, selected output mode, and instrument compatibility.

How to Use

1. Place the VX-400 on a stable OT trolley or surgical workstation before use.
2. Connect the unit to the correct operating voltage supply and inspect the machine condition.
3. Attach compatible patient return electrode, monopolar handpiece, bipolar instrument, or vessel sealing instrument as per procedure requirement.
4. Select the required mode such as pure cut, blend cut, soft coagulation, spray coagulation, bipolar mode, or vessel sealing mode.
5. Set the output level according to surgical requirement, tissue response, and clinical protocol.
6. Confirm patient plate monitoring, accessory connection, and safety indicators before activating output.
7. Monitor tissue response, thermal effect, device status, and patient safety throughout the procedure.
8. After use, switch off the unit, disconnect accessories safely, and clean external surfaces according to OT protocol.

Why Choose This Vessel Cautery Machine?

The Vessel Electro Cautery Machine VX-400 is suitable for healthcare facilities that need a compact and advanced electrosurgical unit with high-power cutting, multiple coagulation modes, bipolar output, PPQM monitoring, and vessel sealing support. Its technical output range makes it useful for different surgical departments and procedure types.

For hospitals, surgical centres, and specialty OT teams, this unit supports flexible energy selection across open, laparoscopic, endoscopic, and minimally invasive procedures. Buyers should confirm compatible instruments, vessel sealing accessories, patient return electrode requirements, service support, and user training before purchase.

FAQs

1. What is the Vessel Electro Cautery Machine VX-400 used for?

The VX-400 is used for surgical cutting, coagulation, bipolar operation, and vessel sealing workflow. It supports open, laparoscopic, endoscopic, and minimally invasive surgery applications when used by trained surgical professionals with compatible instruments.

2. What is the maximum cutting output?

The pure monopolar cutting mode provides up to 400W maximum power at 500Ω rated load. Other blend and coagulation modes have different output values depending on mode selection and clinical requirement.

3. Does this unit support vessel sealing?

Yes, the unit includes vessel sealing mode with pure sine wave 440 kHz and seal-pulse output options. Soft-Seal, Med-Seal, and Rapid-Seal outputs are provided as per technical data.

4. What is the PPQM system?

The PPQM system supports patient return electrode monitoring. It includes measuring frequency of 85 kHz ± 10 kHz, measuring current below 10 µA, and return electrode impedance monitoring as per supplied technical details.

5. Who should operate this machine?

This machine should be operated only by trained surgeons, OT teams, biomedical technicians, or authorized healthcare professionals. Correct accessory setup, patient return electrode placement, output selection, and safety monitoring are essential.