top of page

SEAL & CUT ELECTROSURGERY

shutterstock_758490133.jpg
Seal and cut.png

​​• Time-out Function (Optional): automatically stops HF (high frequency) output after prolonged unintended activation.

​

• Toggle Foot Switch: allows switching between monopolar and bipolar modes using a dual-paddle footswitch.

​

• BiCoag Alarms: audio feedback alarm that alerts you when bipolar coagulation is complete, helping to reduce tissue charring and sticking to the forceps, to prevent overburning.

​

• Remote Power Setting: hand switch pencil can be used to control power remotely

Genia SEAL&CUT is designed to meet a wide range of surgical needs, offering both monopolar and bipolar options with various cutting and coagulation modes combined with vessel sealing.

​​​

Laser Therapy consists of bio-stimulation of tissues with specific wavelengths of lights in order to get therapeutic effects.

​

​

INCLUDED:

​

​

Seal and cut.png

​​​

SEAL & CUT UNIT
The main unit that features an all-in-one system for cutting, coagulation, and 
vessel sealing, complete with control panels and a touchscreen interface.

Monopolar Handswitching pencil, Reusable BIS104.png

​​​

MONOPOLAR FORCEPS
 Designed for precise cutting and coagulation, these forceps transfer electric 
current through the tissue, suitable for a range of surgical tasks. An option 
for a handpiece finger switch is available for cutting and coagulation modes.

Bipolar forcep straight 20cm 1 mm BIS105.png

​​​

BIPOLAR FORCEPS
 These forceps offer greater control and safety by limiting the electric current 
between the two tips of the forceps, reducing the risk of injury to surrounding 
tissues during coagulation.

Loop electrode 5cm 8mm BIS143.png

​​​

LOOP ELECTRODE
5cm, 8mm. Ideal for removing soft tissue or tumours, providing a precise cutting loop that minimises damage to surrounding areas. 

Straight blade electrode 5 cm BIS111.png
Angled Blade Electrode, 5cm BIS110.png

​​​

ANGLED BLADE ELECTRODE
 5cm, 8mm. Ideal for removing soft tissue or  tumours, providing a precise cutting loop that  minimises damage to surrounding areas. 

Ball Electrode, 5cm Ball Size 4mm BIS109.png

​​​

BALL ELECTRODE
5cm. Designed for coagulation to control bleeding, it applies heat to a broader surface during surgery.

Needle Electrode, 5cm BIS108.png

​​​

BLADE ELECTRODE
5cm. Perfect for making clean, straight incisions in tissues, commonly used in precise surgeries.

​​​

NEEDLE ELECTRODE
5cm. Excellent for pinpoint accuracy, this electrode is used in fine dissection or cauterisation of small, intricate areas.

Sealing clamp coated 19cm 3mm BIS124.png

​​​

SEALING CLAMP
 Designed to effectively seal vessels and tissue, combining compression 
with energy to create a secure, lasting seal.

Laparoscopic vessel sealer (BIS114 BIS115 BIS117 BIS118x2 BIS131 ) .png

​​​

LAPAROSCOPIC HANDPIECE
The main control tool in laparoscopic surgery, designed to hold various 
inserts (like the Maryland jaw or fenestrated) for versatile use, offering 
enhanced precision and ease of operation during minimally invasive 
procedures.

Fenestrated insert BIS131.png

​​​

FENESTRED INSERT
This insert guarantees a firm yet gentle grip on tissue, reducing trauma during laparoscopic procedures.

Capture.PNG

​​​

MARYLAND JAW INSERT
This insert is used in minimally invasive surgeries for delicate dissection and tissue handling, with a curved jaw for precise control.

Capture.PNG

​​​

 NEUTRAL PLATE (RETURN ELECTRODE)
This component ensures patient safety by providing a grounding point 
for the electric current, helping to prevent burns by safely completing the 
electrical circuit during monopolar electrosurgery.

Double Paddle Toggle Footswitch BIS102.jpg

​​​

FOOT SWITCH CONTROL
Used to activate the electrosurgical unit hands-free, providing greater 
control and focus during surgery by allowing the surgeon to engage cutting 
or coagulation functions with a foot pedal. 

KEY FEATURES

​

Smart ESU - Electrosurgery unit

An advanced device that uses real-time tissue feedback to automatically adjust power output, ensuring precise cutting and coagulation.

+ Minimises tissue damage and surgical complications.

+ Enhances precision for safer, more effective surgeries.

 

6SENSE™ technology

An advanced feedback-controlled technology that maintains set power by sensing six parameters (voltage, current, power, tissue density, return electrode, and leakage RF current) at 4000 times per second.

Minimises electrode drag across tissues.

+ No need to adjust power setting as tissue changes.

+ Reduces thermal damage by 50%, promoting faster recovery.

+ Minimises collateral tissue damage and neuromuscular risks.

+ Decreases interference with other OT (operation theatre) equipment.

+ Reduces charring and sparking, ensuring cleaner cuts.

 

Smart ENDO-CUT mode

It divides cutting into cycles of cut and pause, automatically adjusting pauses based on tissue density. Optimised for polypectomy and papillotomy,

+ Enables precise cutting with coagulation in each pause.

+ Adapts cut-pause intervals to tissue impedance.

​

Randomised spray coag

Unlike conventional spray coagulation, this feature randomises spray patterns to achieve even coagulation across larger areas.

+ Sparks initiate further from tissue for uniform coagulation.

Lower power requirements, less necrosis, and faster results.

+ Enhanced performance when combined with Argon-enhanced ESUs.

​

BiCoag alarm

Audio feedback alarm that alerts you when bipolar coagulation is complete, especially useful in endoscopic procedures where tissue isn’t directly visible.

+ Prevents over-coagulation and tissue sticking to the forceps.

+ Minimises smoke, tissue charring, necrosis, and prevent overburning.


​

MONOPOLAR ELECTROSURGERY

​​

​

Monopolar Handswitching pencil, Reusable BIS104.png

In monopolar electrosurgery, only one pole—the active electrode—is present at the surgical site. An electric current is delivered from the generator to the surgical site through the active electrode and returns to the generator via  the patient return electrode. Monopolar electrosurgery is commonly used for general surgical procedures, with the return electrode (neutral plate) providing a safe path for the return of the RF current.
 
4 Monopolar cut modes
Low Cut - used for cutting without sparking; useful in laparoscopic surgery for precise and clean cutting of thin tissue.
Pure - the default monopolar cut mode, ideal for precise cutting without hemostasis.
Blend - used when slower cutting and moderate hemostasis are desired.
Endo - pulsed cutting mode with an appropriate pulse interval.


4 Monopolar Coag Modes
Soft (Desiccate) - desiccation dehydrates and destroys tissues without sparking, as the active electrode is in direct contact with the tissue; ideal for coagulating soft and delicate tissues.
Swift - soft coagulation covering a larger tissue area.
Fulgurate (Low) - the default monopolar coag mode, suitable for non-contact coagulation with moderate sparking across various applications.
Randomised Spray (High) - designed for distance coagulation over large areas with minimal tissue damage and necrosis.

BIPOLAR ELECTROSURGERY

​​

​

Bipolar forcep straight 20cm 1 mm BIS105.png

In bipolar electrosurgery, both the active and return electrodes are located at the surgical site, so a separate patient return electrode is not required. 
The electric current flows from the active electrode to the return electrode through the tissue grasped by the instrument. This technique is mainly used in delicate surgeries, cosmetic procedures, and neurosurgery.


 2  Bipolar cut modes:
Macro - provides precise bipolar cutting with hemostasis.
Pulse BiCut - allows clean cutting while maintaining hemostasis.


 4 Bipolar coag modes:
Micro (Precise) - maintains low voltage to avoid sparking; ideal for delicate bipolar tissue desiccation.
Standard - general bipolar coagulation for various tissue types with moderate hemostasis.
Force - designed for bipolar coagulation of thicker and highimpedance tissues.
Sealer - effective for standard vessel sealing and fusion.

​

INSTRUCTIONS FOR USE

​

​

Let’s get you started with your Seal & Cut MV1. : your electrosurgery unit which allows for monopolar and bipolar electro surgery, combined with vessel sealing. 


1. Connect the foot pedal to the back of the unit. Make sure the small indentation on the plug faces up when connecting. To connect your monopolar pen, you will insert its very unique cable into its designated monopolar connection point. To connect your bipolar forceps, you will insert its cable to its exclusive bipolar connection point. To connect your vessel sealing clamp or your laparoscopic handpieces, you’ll insert their specific cable to its unique vessel sealing connection 
point. The neutral plate connects into the connection point labelled “patient”.

 

2. Plug in the device and locate the power button at the bottom left of your device. Press it, and the button will turn green. You will hear a welcome sound, followed by a screen with three patient size pre-set options: small dog/cat (<10 kg), medium dog (10-30 kg) , and large dog (>30 kg) 

Different skin types require different power levels, so the pre-set options provide a good starting point. Begin with the option corresponding to your patient, and adjust as needed. 

Once you select the animal size, a new screen will appear, showing four quadrants:
• Monopolar cut
• Monopolar coagulation (COAG)
• Bipolar cut
• Bipolar coagulation & vessel sealing
To adjust the power in any of these modes, simply tap on the screen to the corresponding quadrant and use the up and down arrows to set the desired level. After adjusting, press the back arrow to save the changes.

 

3. The foot pedal controls whether you are using monopolar or bipolar functions. You can see its position on the screen.  If you’re using monopolar, the foot pedal must be on the top line (on your screen) and for bipolar or vessel sealing, on the bottom line. Switch between modes by pressing the black button in the centre of the foot pedal.

 

4.The vessel sealing function is an extension of the bipolar coagulation mode. A seal is achieved by passing bipolar current through the tissue, causing the collagen and elastin to fuse together without carbonisation. This function appears in the bottom right quadrant of the screen, which will be blue when set in bipolar mode. To activate vessel sealing, select the quadrant and switch the mode to vessel sealing – the colour will turn purple, indicating that the vessel sealing mode is 
now active.

​

AREAS OF APPLICATION

​

​

APPLICATIONS OF ESU / DIATHERMY SECTION

- Gynecology

- Urology (Resection)

- Laparoscopic Surgeries

- Endoscopy (ERCP)

- Oncosurgery

- Heart & Chest Surgery, CABG

- Neurosurgery, Spine

- Arthroscopy

- All Other General Surgical Procedures

APPLICATIONS OF VESSEL SEALING SYSTEM SECTION

- Lap-Assisted Vaginal Hysterectomy (LAVH)

- Vaginal Hysterectomy

- Gastrectomy

- Gastric Bypass

- Appendectomy

- Colectomy

- Nephrectomy

- Nissen Fundoplication

- Colon Resection

- Cystectomy

- Radical Hysterectomy

- Liver Resection

- Adrenalectomy

- Splenectomy

- Salpingo

-Oophorectomy

- Radical Prostatectomy

- Abdominal Hysterectomy

- Hemorrhoidectomy

bottom of page