Laproscopy Instruments

A laparoscopic bipolar forceps is a surgical instrument used during minimally invasive surgeries. It enables surgeons to grasp and manipulate tissues while also delivering electrical energy to coagulate or cut tissue. The bipolar design means that the electrical current passes between two electrodes, minimizing thermal spread to surrounding tissues. This makes it particularly useful for controlling bleeding and ensuring precise dissection in procedures such as laparoscopic cholecystectomy, hernia repairs, and other abdominal surgeries. Its use enhances visualization and reduces recovery time compared to traditional open surgery.

Diameter: 10 mm Angle of View: 30 degrees (provides a forward-oblique view to see around structures) Working Length: Typically 33-45 cm Optics: High-definition rod lens Illumination: Fiber optic light source for clear visibility in the abdominal cavity Material: Surgical-grade stainless steel, compatible with sterilization

A needle holder is made from stainless steel and is used to hold a suturing needle during surgical procedures.

Specification for Laparoscopic Bipolar Forceps 1. General Features: Instrument Type: Laparoscopic bipolar forceps Usage: Coagulation and tissue grasping during laparoscopic surgery Material: Medical-grade stainless steel and insulated shaft Length: Typically 33“45 cm Shaft Diameter: 5 mm or 10 mm (standard sizes) 2. Handle: Type: Ergonomic and insulated handle Mechanism: Spring-loaded or ratcheted for controlled grip Connector: Compatible with standard bipolar energy generators Insulation: High-quality insulation to prevent current leakage 3. Tip Design: Jaw Configuration: Curved, straight, or Maryland-style tips Coating: Non-stick or ceramic-coated tips (optional) Articulation: Precise and smooth articulation for easy maneuverability Opening Range: Suitable for fine and wide tissue grasping 4. Electrical Specifications: Energy Mode: Bipolar electrosurgical energy Compatibility: Universal bipolar cable or specific generator adapters Voltage Rating: As per device standards for safety and efficiency 5. Sterilization: Method: Autoclavable (or disposable, depending on the model) Durability: Resistant to repeated sterilization cycles 6. Optional Features: Disposable or reusable configurations Rotational shaft for better flexibility during surgery Non-stick technology for reduced tissue adherence

Specification for Laparoscopic Bipolar Sealer and Cutter 1. General Features: Instrument Type: Laparoscopic bipolar sealer and cutter Usage: Sealing and cutting tissues during laparoscopic procedures Material: Medical-grade stainless steel with insulated shaft Length: Typically 33“45 cm Shaft Diameter: 5 mm or 10 mm 2. Handle: Type: Ergonomic, insulated handle Mechanism: Integrated sealing and cutting trigger mechanism Connector: Compatible with standard bipolar energy generators Insulation: Ensures safety and prevents current leakage 3. Functional Features: Sealing Mechanism: Delivers bipolar energy for precise vessel/tissue sealing Cutting Mechanism: Mechanical or integrated cutting blade for simultaneous tissue transection Jaw Design: Curved or straight jaws with non-stick coating (optional) Sealing Capability: Effective on vessels up to 7 mm in diameter 4. Electrical Specifications: Energy Source: Bipolar electrosurgical energy Compatibility: Universal or proprietary bipolar generator compatibility Thermal Spread: Minimal to protect adjacent tissues 5. Sterilization: Method: Autoclavable for reusable models; disposable options available Durability: Designed for repeated use or single-use, depending on the model 6. Applications: Ideal for procedures requiring hemostasis and tissue transection, such as hysterectomy, colectomy, and laparoscopic cholecystectomy.

A laparoscopic bipolar sealer-cutter is a surgical instrument designed for precise and efficient tissue sealing and cutting during minimally invasive procedures. Below is a concise specification: 1. Functional Overview Dual functionality: tissue sealing and cutting in a single instrument. Suitable for laparoscopic surgeries, including general surgery, gynecology, and urology. 2. Design Features Bipolar Technology: Uses controlled energy to seal vessels up to 7mm in diameter. Integrated Cutting Blade: Allows simultaneous sealing and cutting without the need for instrument exchange. Ergonomic Handle: Provides comfortable and intuitive operation. Rotatable Shaft: Enhances maneuverability and access to surgical sites. 3. Technical Specifications Sealing Mechanism: Bipolar RF energy-based sealing. Power Source: Compatible with electrosurgical generators with bipolar output. Shaft Length: Typically 33“45 cm for laparoscopic procedures. Jaw Width: Varies (e.g., 5mm or 10mm) depending on model and application. Insulation: High-quality insulation to prevent unintended energy dispersion. Material: Stainless steel jaws, heat-resistant and biocompatible materials. 4. Usability Sterilization: Compatible with autoclaving or single-use disposable versions available. Compatibility: Works with standard laparoscopic ports (5mm or 10mm). Safety Features: Audible/visual indicators for successful sealing.

1. Functional Overview Primarily used for tissue manipulation, dissection, and coagulation during laparoscopic surgeries. Uses monopolar energy to coagulate and cut tissue, often in general surgery, gynecology, and urology. 2. Design Features Monopolar Energy: Delivered through a single electrode, allowing for cutting and coagulation of tissue. Ergonomic Handle: Comfortable grip for precise control during procedures. Insulated Shaft: Prevents unintended tissue contact and ensures energy is only directed through the active tip. Variety of Tip Sizes: Available in different jaw sizes and tip configurations depending on the surgical need. 3. Technical Specifications Power Source: Compatible with standard electrosurgical generators with monopolar output. Shaft Length: Typically 33“45 cm for laparoscopic access. Jaw Length: Varies (e.g., 5mm, 10mm) depending on the model and procedure. Material: Stainless steel construction with high-quality insulation. Electrode Tip: Sharp or blunt tips available for different surgical applications. 4. Usability Sterilization: Can be sterilized using autoclave or used as disposable for single-use models. Compatibility: Fits most standard laparoscopic ports (5mm or 10mm). Safety Features: Equipped with safety mechanisms to prevent accidental burns or electrical discharge.

Type: Laparoscope Diameter: 10 mm Angle of View: 30 degrees Length: Typically ranges from 30 cm to 45 cm,

A laparoscopic clip applicator (10mm) is a surgical instrument designed for minimally invasive procedures. Here are some key specifications: Diameter: 10 mm Length: Typically ranges from 30 to 45 cm, allowing for access to deeper abdominal cavities. Function: Used to apply clips for vascular control, tissue approximation, or occlusion during surgeries such as cholecystectomy or bowel resections. Mechanism: Often features a single or dual-action handle to securely deploy clips. Material: Made from surgical-grade stainless steel for durability and sterility. Compatibility: Designed for use with specific types of clips, which may be absorbable or non-absorbable. These devices help enhance safety and efficiency in laparoscopic procedures by facilitating precise and effective tissue management.

Diameter: 5 mm Angle of View: 30 degrees (angled view to visualize around structures) Working Length: Usually around 30-33 cm Optics: High-quality rod lens for clear and sharp imaging Illumination: Equipped with fiber optic light cable for optimal lighting in the abdominal cavity Material: Surgical-grade stainless steel, durable and suitable for repeated sterilization