Vishal Surgical Co

Goregaon East, Mumbai, Maharashtra

The laparoscopic Veress needle is a specialized instrument used in laparoscopic surgery to create the initial access point (pneumoperitoneum) into the abdominal cavity. It is typically used before inserting the trocars (hollow tubes) through which the laparoscopic instruments and camera are introduced.

Here's how the laparoscopic Veress needle is used:

1. Patient Preparation: The patient is positioned appropriately for the laparoscopic procedure, usually under general anesthesia.
2. Needle Placement: The surgeon identifies the intended entry point for the Veress needle, typically around the umbilical region. The area is cleaned and prepped with antiseptic solution.
3. Needle Insertion: The surgeon holds the Veress needle like a pen and inserts it into the abdominal cavity through a small skin incision. The needle is advanced through the subcutaneous tissue, fascia, and peritoneum.

4.        Insufflation: With the needle confirmed in the correct position, carbon dioxide (CO2) gas is attached to the Veress needle, and insufflation is initiated. The gas fills the abdominal cavity, creating a pneumoperitoneum, which lifts the abdominal wall away from the underlying organs, creating a working space for the laparoscopic instruments.

5. Trocar Placement: After achieving an adequate pneumoperitoneum, the Veress needle is withdrawn, and a trocar (hollow tube) is inserted through the same incision. The trocar acts as a portal for introducing laparoscopic instruments and the camera into the abdominal cavity.

It's important to note that the laparoscopic Veress needle technique requires proper training and experience to ensure safe and accurate placement. Complications, although rare, can include injury to blood vessels or organs during needle insertion. Surgeons may choose alternative methods for accessing the abdominal cavity, such as the open Hasson technique or optical trocars, depending on the patient's condition and the surgeon's preference.

The open technique is compromised by the leakage of carbon dioxide and can also be time consuming. One alternative is to enter the abdomen using an optical trocar under direct view. Our aim was to determine whether the optical access trocar can be used to effect a safe and rapid entry in various laparoscopic procedures.

Laparoscopic aspiration needle is designed eitherto inject or aspirate the fluid during laparoscopic procedures. Made up of finest quality medical grade stainless steel for durability. Surgical grade material being used to provide the highest level of craftsmanship.

High frequency Biplar cable cord can be reuseable. Itconnects instruments through electrosurgical generator

Laparoscopic aspiration needle is designed eitherto inject or aspirate the fluid during laparoscopic procedures. Made up of finest quality medical grade stainless steel for durability. Surgical grade material being used to provide the highest level of craftsmanship.

The use of the BiClamp forvaginal hysterectomyleads to less blood loss and less postoperative pain, with similar results in these respects to laparoscopic surgery.

Biclamp cable can be used in Biclamp Forceps. Iit has high power Voltage. 

VSC Laparoscopic Bipolar L Hook

The bipolar L-hook is a specialized instrument used in various surgical procedures, including laparoscopic surgery, to dissect and coagulate tissues using bipolar energy. The L-hook design allows for precise tissue manipulation and dissection while simultaneously providing hemostasis (control of bleeding). Here are some common uses of the bipolar L-hook:

1. Dissection: The bipolar L-hook is used to perform delicate dissection and separation of tissues during surgery. It is particularly useful in procedures, such as in gynecological surgeries or hepatic procedures.
2. Hemostasis: The L-hook instrument has the ability to coagulate small blood vessels during tissue dissection.
3. Tissue Removal: The bipolar L-hook can be used to remove small or diseased tissue, such as polyps or lesions. The L-shaped jaws of the instrument allow for precise grasping and removal of tissue while simultaneously providing hemostasis.
4. Precise Cutting: In addition to its dissection and coagulation

An extremely aggressive grasper, it is used basically for 1 function. It is used to hold the gall bladder while the organ is removed through a 10mm port site. Its ability to grasp very tightly is a function of its size, long, sharp teeth and the nature of a single action jaw.

VSC Needle holders are used to grasp and manipulate needles to enable free-hand suturing of surgical incisions within the body during laparoscopic procedures. Needle holder jaws are made of high quality tungsten carbide metal which gives very good grip over surgical needle.

VSC Laparoscopic Fan Retractor 3 Blade

A fan retractor, also known as a fan retractor system or fan retractor instrument, is a surgical tool used in various surgical procedures to retract tissues and provide exposure of the surgical site. It consists of multiple fan-shaped retractors connected by a central hub or handle. The retractors can be individually positioned and adjusted to hold tissues away from the surgical field, allowing the surgeon to perform the procedure effectively. Here are some common uses of a fan retractor:

1. Abdominal Surgeries: In abdominal surgeries, such as laparotomy or exploratory laparoscopy, a fan retractor can be used to retract the abdominal wall and adjacent structures. It helps provide a clear view of the surgical site, enabling the surgeon to access and manipulate organs or perform procedures such as tumor resection, hernia repair, or bowel surgery.
2. Thoracic Surgeries: Fan retractors can be utilized in thoracic surgeries, such as lung resection or open-heart procedures. They aid in retracting the ribs, chest wall, or lung tissue to create space for the surgeon to access the target area and perform the necessary surgical interventions.
3. Orthopaedic Surgeries: In orthopaedic surgeries, a fan retractor may be used to retract soft tissues, muscles, or tendons to gain access to bones or joint spaces. It facilitates exposure during procedures such as joint replacement, fracture repair, or spinal surgeries.
4. Neurosurgery: In certain neurosurgical procedures

VSC Laparoscopic Hook Scissor New Design 5mm

A Laparoscopic hook scissors, also known as laparoscopic dissecting scissors or hook cautery scissors, are specialized instruments used in laparoscopic surgery for tissue dissection and cutting. They have a curved, hook-shaped blade at the end, which allows for precise and controlled dissection of tissues. Here are some common uses of laparoscopic hook scissors:

1. Tissue Dissection: Laparoscopic hook scissors are primarily used for dissecting and separating tissues during surgical procedures. The curved blade helps in accessing and dissecting tissues in areas that may be challenging to reach with straight instruments.
2. Blood Vessel Dissection: The hook-shaped blade of the scissors allows surgeons to carefully dissect and separate blood vessels during surgical procedures.
3. Tissue Cutting: The sharp tip and curved blade of the laparoscopic hook scissors enable precise cutting of tissues. They can be used to cut tissues such as ligaments, adhesions, or abnormal growths, while minimizing damage to surrounding structures.
4. Tissue Manipulation: Laparoscopic hook scissors can also be used for tissue manipulation, retraction, or grasping. The hook-shaped blade can provide a secure grip on tissue, allowing for controlled manipulation or retraction during the surgical procedure.

VSC Laparoscopic myoma screw is used to extract fibroids from the endometrium during myomectomy. The instrument is a coiled spring like structure that is attached to a handle with working length of 30 cm. Made of the finest medical grade stainless steel for durability.

ü  Laparoscopic Myoma Screw, also known as Uterine Manipulator Myoma Screw, is a surgical instrument used during laparoscopic myomectomy procedures.

ü  Myomectomy is a surgical procedure performed to remove uterine fibroids, also known as myomas, while preserving the uterus. Laparoscopic myomectomy is a minimally invasive technique that involves making small incisions in the abdomen to access the uterus using a laparoscope, a thin tube with a camera and surgical tools.

ü  During a laparoscopic myomectomy, a laparoscopic myoma screw may be used to manipulate and stabilize the uterus. It helps in the exposure and positioning of the uterus, making it easier for the surgeon to identify and remove the fibroids. The myoma screw is usually inserted through the cervix and anchored into the fibroid, providing a stable grip on the uterus for manipulation.

The laparoscopic myoma screw is designed to minimize trauma to surrounding tissues and facilitate the surgeon's visualization and access to the fibroids. It allows for precise manipulation and control of the uterus during the procedure, improving surgical outcomes and reducing the risk of complications.

Good Quality URS forceps Full rotatable Easy to use for surgery. We are Manufacturing forceps with good raw material. New technology will be developed 

TOT Needle (Transobturator Needles) are made of high quality medical grade materials. The TOT Needles are used to place Transobturator Sling System.

VSC Laparoscopic Suction Irrigation Trumpet Type 10-5 mm

In general, suction and irrigation instruments are commonly used in laparoscopic surgery to remove fluids, debris, and smoke from the surgical field while providing irrigation to improve visibility. These instruments typically consist of a handle connected to a tube or cannula, allowing for the suction or irrigation of fluids.

Cautery Pencil is also known as Monopolar cautery pencil / Electrosurgical Pencil, Electrocautery Pencil, or Monopolar pencil with 2 push buttons / ESU Pencil. It is a type of medical device which is used to cut and coagulate biological tissues. It is mainly used in electrosurgery procedures.

 Laparoscopic Claw Forceps Rotatable Gall Bladder Extractor 10mm

The Laparoscopic Gall Bladder Extractor with a diameter of 10mm is a specialized instrument used during laparoscopic cholecystectomy, which is the surgical removal of the gallbladder. Here are the primary uses of the Laparoscopic Gall Bladder Extractor 10mm:

1. Gallbladder Extraction: The main purpose of the extractor is to safely and efficiently remove the gallbladder from the abdominal cavity. After the gallbladder has been dissected and detached from its attachments to the liver and bile duct, the extractor is used to grasp and extract the gallbladder through one of the small incisions made during the laparoscopic procedure.
2. Tissue Grasping: The extractor is also used to grasp and manipulate tissues during the surgical procedure. It can be utilized to hold and stabilize the gallbladder during dissection or to manipulate surrounding structures for better visualization and access to the surgical area.
3. Precise Instrument Control: The 10mm diameter of the extractor is compatible with standard 10mm trocars or cannulas used for the insertion of laparoscopic instruments. It allows for precise control and maneuverability within the abdominal cavity, facilitating the extraction process.

 Laparoscopic Rotatable Scissor

The Laparoscopic Rotatable Scissor with a 5mm diameter is a specialized instrument used during laparoscopic procedures for cutting and dissecting tissues. The key feature of this instrument is its ability to rotate, allowing for improved maneuverability and access to different angles within the surgical field. Here are some common uses of the Laparoscopic Rotatable Scissor 5mm:

üTissue Dissection: The rotatable scissor is used to cut and dissect tissues during the procedure. It is commonly used to create surgical planes, separate tissues, or divide structures such as blood vessels, ducts, or ligaments.

üPrecise Cutting: The scissor blades of the instrument are designed to provide precise cutting action, allowing surgeons to perform controlled and accurate tissue dissection. The rotatable feature enhances the surgeon's ability to reach and cut tissues at various angles and orientations.

Laparoscopy Needle Holder Karl Storz Type Right Curved Jaw

üThe Laparoscopy Needle Holder, specifically the Karl Storz Type Right Curved Jaw, is a specialized instrument used during laparoscopic procedures for holding and suturing needles. It is designed to provide a secure grip on the needle and facilitate precise needle manipulation within the abdominal cavity.

üSuturing: The needle holder is primarily used for suturing during laparoscopic surgery. It allows the surgeon to hold the needle securely while passing it through tissues and creating sutures.

üNeedle Manipulation: The needle holder provides the surgeon with a firm grasp on the needle, allowing for precise manipulation and control during suturing.

üTissue Approximation: The needle holder enables the surgeon to bring tissues together and approximate them accurately for suturing.

üKnot Tying: The instrument also aids in knot tying during laparoscopic suturing.

üRight Curved Jaw Design

VSC Laparoscopic Endo Knife

The Laparoscopic Endo Knife, also known as an Endo Knife or Laparoscopic Harmonic Scalpel, is a surgical instrument used during laparoscopic procedures. It combines the functions of dissection and coagulation, allowing surgeons to make precise incisions and control bleeding simultaneously.

The Laparoscopic Endo Knife operates using ultrasonic energy. It consists of a handpiece with a handle and a blade at the tip. When activated, the blade vibrates at high frequency, generating ultrasonic energy. This energy is used to cut through tissue while simultaneously sealing blood vessels, minimizing bleeding.

The Laparoscopic Endo Knife offers several advantages over traditional surgical instruments. It provides a precise cutting action, allowing surgeons to perform delicate dissections with improved visibility. The simultaneous coagulation helps control bleeding, reducing the need for additional hemostatic measures. The instrument is also designed to minimize thermal damage to surrounding tissues.

VSC Laparoscopic Spoon Forceps/ Stone Removal Forceps

Laparoscopic Stone Removal Forceps, also known as Laparoscopic Stone Retrieval Baskets or Graspers, are surgical instruments used to remove stones from the urinary tract or bile ducts during laparoscopic procedures.

These forceps are specifically designed to grasp and retrieve stones that may be causing blockages or other complications. They are inserted through small incisions in the abdomen, known as trocars, and guided to the site of the stone using laparoscopic imaging technology.

Laparoscopic Stone Removal Forceps typically consist of a long, thin shaft with a handle on one end and a basket-like or claw-like structure on the other. The basket or claw is designed to open and close, allowing it to surround and securely grip the stone for removal. The forceps may also have a mechanism to manipulate the basket, allowing for controlled movement and positioning of the stone during the retrieval process.

Once the stone is grasped by the forceps, it is carefully extracted from the body through one of the trocar incisions. The procedure is performed under visual guidance provided by the laparoscope, ensuring precision and minimizing damage to surrounding tissues.

A laparoscopic liver retractor is a specialized instrument used during laparoscopic procedures to retract and expose the liver, allowing for better visualization and access to the surgical area. Here are some key uses of a laparoscopic liver retractor:

1. Liver Exposure: The primary purpose of a laparoscopic liver retractor is to provide optimal exposure of the liver during surgery. By retracting the liver away from the surgical field, it allows the surgeon to visualize and access the target area more easily.
2. Surgical Access: The retractor aids in creating a working space within the abdominal cavity, facilitating the surgical procedure. It helps create a clear and unobstructed view of the surgical site and allows the surgeon to maneuver other laparoscopic instruments more effectively.
3. Tissue Manipulation: In addition to liver retraction, the instrument can be used to manipulate surrounding tissues and structures to optimize exposure. It may be used to hold and retract the diaphragm, adjacent organs, or any other anatomical structures that impede visualization or access to the liver.
4. Stability and Fixation: The liver retractor provides stability and fixation of the liver during surgery. It helps prevent unintentional movement or displacement of the liver, reducing the risk of complications and ensuring the safety of the procedure.
5. Patient Safety: The use of a laparoscopic liver retractor is aimed at minimizing trauma and injury to the patient. It allows for a controlled and gentle retraction of the liver, reducing the risk of damage to the liver or surrounding structures.

It's important to note that specific designs and variations of laparoscopic liver retractors may exist, and the choice of instrument may depend on the surgeon's preference and the specific procedure being performed. Surgeons and medical professionals receive specialized training in laparoscopic liver surgery techniques and the use of retractors to ensure safe and effective outcomes.

VSC Cystoscope Bridge Double Channel

VSC The double channel feature of the cystoscope bridge refers to the presence of two separate channels within the bridge. These channels allow the passage of instruments or fluids, enhancing the capabilities of the cystoscope. The channels can be used for various purposes, such as irrigation, suction, or the introduction of additional diagnostic or therapeutic instruments.

The cystoscope bridge is used to maintain stability and alignment between the cystoscope and the additional instruments or accessories being used. It provides a platform for seamless instrument exchange and allows for efficient maneuverability within the bladder and urethra during the procedure.

The use of a cystoscope bridge with double channel can aid in performing various cystoscopic procedures, including biopsies, stone removal, stent placement, and laser or electrocautery treatments.

It's important to note that the specific configuration and features of the cystoscope bridge with double channel may vary depending on the manufacturer and the intended use. Surgeons and healthcare professionals receive specific training on the proper use of cystoscopy instruments and accessories to ensure safe and effective procedures.

A cystoscope with a single-channel bridge is a specialized instrument used for diagnostic and therapeutic procedures in urology. Here are some key uses and features of a cystoscope with a single-channel bridge:

1. Urinary Tract Visualization: The cystoscope is inserted through the urethra into the urinary tract, allowing direct visualization of the bladder, urethra, and other structures within the urinary system. The single-channel bridge design incorporates an additional channel that facilitates the passage of instruments or fluids.
2. Diagnostic Procedures: The cystoscope enables the urologist to visually inspect the bladder and identify any abnormalities, such as tumors, stones, or inflammation. It can also be used to obtain biopsies or collect tissue samples for further analysis.
3. Therapeutic Procedures: The single-channel bridge in the cystoscope allows for the introduction of specialized instruments for therapeutic interventions. For example, it can be used to perform procedures such as bladder tumor resection, stone fragmentation, or the placement of ureteral stents.
4. Irrigation and Fluid Management: The additional channel provided by the single-channel bridge allows for the introduction of irrigation fluids to maintain a clear field of view and enhance visualization during the procedure. It also facilitates the removal of fluids or debris from the urinary tract.
5. Instrument Passage: The single-channel bridge in the cystoscope provides a pathway for the introduction of various instruments, such as biopsy forceps, laser fibers, or other devices required for therapeutic interventions. This allows the urologist to perform procedures directly through the cystoscope without the need for additional incisions.
6. Patient Comfort: The cystoscope with a single-channel bridge is designed to minimize patient discomfort during the procedure. The instrument's smooth surface and appropriate sizing help reduce friction and irritation within the urinary tract.

It's important to note that the specific uses and features of a cystoscope with a single-channel bridge may vary depending on the manufacturer and model. Urologists and medical professionals receive specialized training in the use of cystoscopes and associated procedures to ensure safe and effective outcomes for patients.

The Endo Grasper single use instrument has application in a variety of gynecologic and general endoscopic procedures forgrasping and clamping of tissue and small tubular structures.

VSC Laparoscopic Clickline Curved Scissor Grasper 5 mm

We have all Grasper and Forceps of Clickine or Karl Storz type are available of all Laparoscopic, Gynaecologist, Urology and General Instruments

We have all Grasper and Forceps of Clickine or Karl Storz type are available of all Laparoscopic, Gynaecologist, Urology and General Instruments

During laparoscopic surgery, scissors are usedto cut a variety of tissue, including fibrotic or calcified tissue, sutures, and occasionally tissue containing staples. Disposable scissors may become dull and ineffective.

VSC Laparoscopic Curved Scissor New Design 5mm

We have all Grasper and Forceps of Clickine or Karl Storz type are available of all Laparoscopic, Gynaecologist, Urology and General Instruments

VSC Eletrosurgial unit For Vessel Sealer

Electrosurgery is usedroutinely in eye surgery to cut, coagulate, dissect, fulgurate, ablate and shrink tissue. High frequency (100 kilohertz to 5 megahertz), alternating electric current at various voltages (20010, 000 Volts) is passed through tissue to generate heat.

VSC Cautery Machine 400watt For Surgery

The electrocautery unit (Bovie, cautery, or electrosurgical unit) (Figure 23-35, A) uses high-frequency electrical energy to cut tissue or coagulate bleeding. The preferential conduction of electrical energy by blood vessels facilitates coagulation.

A laparoscopic monopolar cable is an essential component of a laparoscopic electrosurgical system used in minimally invasive surgical procedures. It is responsible for transmitting electrical energy from the electrosurgical generator to the laparoscopic instrument, typically a monopolar electrode or instrument, for cutting, coagulation, or tissue dissection. Here are the primary uses of a laparoscopic monopolar cable:

1. Electrosurgery: Laparoscopic monopolar cables are used to deliver electrical energy to monopolar instruments, such as monopolar scissors, monopolar graspers, or monopolar cautery devices. The electrical energy generated by the electrosurgical unit passes through the monopolar cable to the instrument's active electrode, allowing surgeons to cut or coagulate tissues.
2. Tissue Cutting: Monopolar cables are used to provide the necessary energy for tissue cutting during laparoscopic procedures. The electrical current passes through the monopolar electrode, generating heat that causes tissue vaporization or cutting.
3. Tissue Coagulation: Monopolar cables are also utilized for tissue coagulation during laparoscopic surgery. By adjusting the settings on the electrosurgical generator, the monopolar cable delivers the appropriate energy to the monopolar electrode, causing controlled heating of tissues to achieve hemostasis (control of bleeding).
4. Dissection and Tissue Manipulation: The monopolar cable enables surgeons to manipulate and dissect tissues during laparoscopic procedures. By using monopolar instruments connected to the cable, surgeons can precisely cut, dissect, and manipulate tissues to achieve the desired surgical objectives.

It's important to note that laparoscopic electrosurgery should be performed by trained surgeons who are familiar with the equipment and safety guidelines. Proper techniques and caution should be followed to minimize the risk of thermal injury to surrounding tissues. The specific settings and techniques for using a laparoscopic monopolar cable may vary depending on the surgical procedure and the surgeon's preferences.

Laparoscopic traumatic graspers are designed meticulously to hold, Grasp and manipulate delicate abdominal tissue during laparoscopic procedures. One of their main functions is to facilitate adequate access to the surgical site by holding tissue to clear off the operating field.

In gynecology, a vaginal tube is a flexible tube or speculum that is inserted into the vagina to allow visualization and access to the cervix and vaginal canal. It is commonly used in various gynecological procedures and examinations. Here are some common uses of a vaginal tube in gynecology:

1. Pelvic Examination: During a routine pelvic examination, a vaginal tube or speculum is used to hold open the walls of the vagina, allowing the healthcare provider to visualize the cervix and vaginal canal. This allows for the assessment of the health of the cervix, screening for cervical abnormalities, and collecting cervical samples for Pap smears or other diagnostic tests.
2. Colposcopy: Colposcopy is a procedure used to examine the cervix, vagina, and vulva more closely for any abnormal changes. A vaginal tube or speculum is used to open the vagina, and a colposcope (a magnifying instrument) is used to examine the cervix in detail.
3. Insertion of Intrauterine Devices (IUDs): When an intrauterine device (IUD) is being inserted into the uterus for contraception, a vaginal tube or speculum is used to visualize the cervix and ensure proper placement of the IUD.
4. Endometrial Biopsy: In an endometrial biopsy, a small sample of the endometrial tissue (lining of the uterus) is collected for diagnostic purposes. A vaginal tube or speculum is used to visualize the cervix and a special instrument is passed through it to obtain the tissue sample.
5. Vaginal Surgery: During certain vaginal surgeries, such as vaginal repairs or removal of vaginal cysts or polyps, a vaginal tube or speculum may be used to provide access and visualization of the surgical site.

It's important to note that the specific type and design of the vaginal tube or speculum may vary depending on the procedure and the healthcare provider's preference. The healthcare provider will choose the appropriate size and shape of the vaginal tube or speculum based on the individual patient's needs and comfort.

A laparoscopic endo trainer, also known as a laparoscopic simulator or virtual reality surgical simulator, is a training device designed to simulate laparoscopic surgical procedures. It provides a controlled environment for surgeons and trainees to practice and improve their laparoscopic surgical skills. Here are some common uses and benefits of a laparoscopic endo trainer:

1. Skill Development: The laparoscopic endo trainer allows surgeons to develop and refine their laparoscopic skills in a safe and controlled environment. It provides a platform to practice various techniques, such as hand-eye coordination, instrument manipulation, tissue dissection, suturing, and knot tying.
2. Procedural Familiarization: Surgeons can use the endo trainer to become familiar with specific laparoscopic procedures before performing them on actual patients. It allows them to understand the anatomical landmarks, instrument handling, and step-by-step procedure, enhancing their confidence and efficiency in the operating room.
3. Hand-Eye Coordination: Laparoscopic surgery requires precise hand-eye coordination due to the indirect visualization provided by the laparoscope. The endo trainer helps surgeons develop and improve this crucial skill by providing realistic laparoscopic visuals and tactile feedback during instrument manipulation.
4. Team Training: Laparoscopic procedures often involve a team of healthcare professionals. The endo trainer can be used for team training exercises, allowing surgeons, assistants, and nurses to practice coordination and communication in a simulated surgical scenario.
5. Objective Assessment: Many endo trainers come with built-in assessment features, such as scoring systems and performance metrics. Surgeons can receive objective feedback on their performance, including time taken, accuracy of instrument movements, and procedural efficiency. This feedback helps identify areas for improvement and track progress over time.
6. Reduced Risk: Using an endo trainer for training and skill development reduces the risk associated with learning on actual patients. Surgeons can practice techniques, troubleshoot challenges, and gain proficiency before performing procedures on live patients, thereby enhancing patient safety.

It's important to note that the effectiveness of laparoscopic endo trainers can vary depending on the specific device and its capabilities. Surgeons and trainees should receive appropriate training and guidance on using the endo trainer effectively and incorporate it as part of a comprehensive laparoscopic surgical education program.

Laparoscopic Fan Retractor 5 blade

The Laparoscopic Fan Retractor with 5 blades is a specialized instrument used during laparoscopic procedures to provide retraction and exposure of organs or tissues within the abdominal cavity. The retractors are designed in a fan-like configuration with multiple blades, which can be adjusted to create a desired spread and retraction effect. Here are some common uses of the Laparoscopic Fan Retractor with 5 blades:

Organ Retraction: The retractors are used to retract and hold organs or tissues away from the surgical site, providing a clear and unobstructed view for the surgeon. They can be particularly useful in procedures involving the gallbladder, liver, spleen, or intestines.

Tissue Exposure: The fan retractor can be used to gently and atraumatically expose tissues, allowing the surgeon to access the surgical area. It helps create a working space and maintain the exposure throughout the procedure.

Blunt Dissection: The blades of the retractor can be used for blunt dissection, separating tissues or layers within the abdominal cavity without the need for sharp instruments. This can be helpful in creating a surgical plane or accessing specific anatomical structures.

Retracting Blood Vessels: The retractors can be used to retract and expose blood vessels, aiding in their identification and subsequent ligation or cauterization. This is particularly relevant in procedures requiring vascular control or in cases of minimally invasive vascular surgery.

An operative sheath, also known as a working sheath or cannula, is a specialized instrument used in various surgical procedures, including laparoscopy and arthroscopy. It provides a pathway for the introduction of other surgical instruments into the surgical site and facilitates the performance of procedures. Here are some common uses of an operative sheath:

1. Access and Port Placement: Operative sheaths are used to create access points (ports) through the body's natural orifice or small incisions in minimally invasive procedures. These ports allow for the introduction of laparoscopic or arthroscopic instruments into the surgical site.
2. Instrument Insertion: Once the operative sheath is in place, surgical instruments such as graspers, scissors, dissectors, suction devices, or electrocautery instruments can be inserted through the sheath. The sheath acts as a conduit, providing a stable and controlled pathway for instrument insertion and manipulation.
3. Fluid and Gas Management: In laparoscopic surgery, the operative sheath may have additional channels or valves to facilitate the inflow and outflow of fluids or insufflation gases, such as carbon dioxide. This helps maintain a clear surgical field, manage fluid irrigation, and control the pressure within the body cavity.
4. Tissue Dissection and Manipulation: The operative sheath provides a working space and stability for the surgeon to dissect and manipulate tissues during the surgical procedure. Instruments passed through the sheath can be used to perform tasks such as tissue retraction, dissection, cauterization, or suturing.
5. Visualization and Imaging: Some operative sheaths are designed to accommodate specialized imaging devices, such as laparoscopes or arthroscopes, which provide visualization of the surgical site. The sheath allows the insertion and maneuvering of these imaging instruments to guide the surgical procedure.

It's important to note that the specific design and features of operative sheaths can vary depending on the surgical procedure and the manufacturer. Surgeons and surgical teams receive training on the proper use of operative sheaths and their associated instruments to ensure safe and effective utilization during surgery.

A laparoscopic needle holder curved is a specialized instrument used in laparoscopic surgery for holding and manipulating needles during suturing and stitching. It is designed with a curved shaft to facilitate better access and maneuverability in the limited space of the abdominal cavity. Here are some common uses of a laparoscopic curved needle holder:

1. Suturing: During laparoscopic procedures, such as minimally invasive abdominal surgeries, the laparoscopic needle holder curved is used to grasp and manipulate sutures. The curved jaws of the instrument securely hold the needle, allowing the surgeon to pass it through tissues and create sutures.
2. Tissue Approximation: Laparoscopic curved needle holders are used to bring together and approximate tissues during closure. This can be particularly important in cases such as wound closure or organ repair.
3. Anastomosis: During gastrointestinal or vascular procedures, laparoscopic curved needle holders are utilized to perform anastomosis, which involves joining two hollow structures together, such as blood vessels or sections of the intestine. The instrument helps in passing the needle through the tissues accurately to create a secure connection.
4. Knot Tying: The laparoscopic curved needle holder enables the surgeon to manipulate the suture thread and assist in tying secure knots. The curved design allows for better access and improved handling of the suture during knot tying.
5. Hemostasis: In cases of bleeding or vascular injury, laparoscopic curved needle holders can be used to grasp and ligate blood vessels or apply sutures to achieve hemostasis, preventing further bleeding.

It's worth noting that laparoscopic curved needle holders require skill and dexterity to use effectively. Surgeons undergo training and practice to master the techniques involved in laparoscopic suturing and stitching.

Open Biclamp Forceps, also known as open bipolar forceps or open bipolar coagulation forceps, are surgical instruments used in various surgical procedures. These forceps are designed to provide a combination of grasping and coagulation functions. They consist of two elongated arms that are joined together at one end, forming a pincer-like structure. Here are some common uses of Open Biclamp Forceps:

1. Hemostasis: Open Biclamp Forceps are often used for hemostasis, which involves controlling bleeding from blood vessels during surgery. The forceps can be used to grasp the bleeding vessel and apply gentle pressure to occlude it. The bipolar coagulation feature allows for precise and controlled cauterization of the vessel to stop the bleeding.
2. Tissue manipulation: These forceps can be used to manipulate tissues during surgical procedures. Surgeons can grasp and hold tissues firmly while performing various surgical maneuvers, such as dissection, retraction, or suturing.
3. Electrocoagulation: Open Biclamp Forceps are designed with an insulated coating on the tips of the arms, except for the very ends. This allows for precise electrocoagulation, as an electrical current can be applied to the tissue only at the exposed ends of the forceps. The bipolar coagulation feature enables targeted tissue coagulation without the need for additional grounding pads.
4. Tubal ligation: In gynecological procedures, Open Biclamp Forceps may be used for tubal ligation, a surgical method of female sterilization. The forceps are used to grasp and occlude the fallopian tubes, and then bipolar coagulation is applied to seal the tubes, preventing the passage of eggs and sperm.
5. Other surgical applications: Open Biclamp Forceps can be utilized in a variety of surgical procedures where grasping and coagulation are required, such as gastrointestinal surgeries, urological procedures, or general surgeries involving vascular structures.

It's important to note that the specific design and features of Open Biclamp Forceps may vary among different manufacturers and surgical specialties. Surgeons choose the appropriate forceps based on the specific requirements of the procedure and the surgeon's preference.

As with any surgical instrument, the use of Open Biclamp Forceps requires proper training and adherence to surgical principles to ensure safe and effective outcomes.

 PCOD Needle is offered in various sizes and dimensions to suit the diversified needs of the clients. Offered rang finds application in a number of hospitals. This product is manufactured by experienced professionals making use of the optimum quality raw material and contemporary technology at manufacturing unit. Offered range is checked stringently on certain quality stages before final dispatch. This product is hugely demanded by valuable clients for high efficiency, corrosion resistance and other unmatchable attributes.

These are controlled with thumb and are used in medical fields. These are developed by our highly skilled professionals using fine quality material which we sourced from the certified vendors of the industry. Moreover, we offer our products at reasonable prices.

Simple design of knot pusher ensure easy & quick application of knot during laparoscopic procedures. Made up of finest quality medical grade stainless steel for durability. Surgical grade material being used to provide the highest level of craftsmanship