GLASSMAN GRASPER,10MM,32CM,MOUTH 2,5X30

  1. Glassman Grasper: The Glassman grasper is a type of surgical instrument designed specifically for grasping, holding, and manipulating tissue during laparoscopic surgery. It may be named after its inventor or manufacturer, or it could denote a specific model or type of grasper.
  2. 10mm Diameter: The “10mm” diameter refers to the size of the shaft of the grasper. In laparoscopic surgery, instruments are inserted through small incisions called ports, and the diameter of the instrument determines the size of the port required for insertion. A 10mm diameter indicates that this grasper can fit through a 10mm port or incision.
  3. 32cm Length: The length of 32cm indicates the overall length of the grasper, including both the shaft and the handles. This length provides the surgeon with sufficient reach and control during the surgical procedure.
  4. Mouth Size 2.5x30mm: The mouth size of the grasper is 2.5x30mm, which describes the dimensions of the jaws or mouth of the instrument. This indicates that the opening of the jaws is 2.5mm wide and 30mm long. These jaws are used for grasping and holding tissue during surgery, and the specific size may be suitable for various types of tissue or procedures.
  5. Material: Glassman graspers are typically made of high-quality stainless steel or other durable materials. These materials are chosen for their strength, corrosion resistance, and compatibility with sterilization methods.
  6. Design: Glassman graspers feature two hinged arms with jaws at the distal end. The jaws may have a serrated design or other features to enhance grip and stability when grasping tissue. The specific design of the jaws may vary depending on the intended use of the instrument.
  7. Handle Design: The handles of Glassman graspers are designed for ergonomic comfort and control. They may feature finger loops or ergonomic grips to allow the surgeon to manipulate the instrument with ease during the surgical procedure.
  8. Sterility: Like all surgical instruments, Glassman graspers must be sterile to prevent the risk of infection during surgery. They are typically provided in sterile packaging and sterilized using methods such as steam autoclaving or ethylene oxide gas sterilization before each use.

Description

  1. Glassman Grasper: The Glassman grasper is a type of surgical instrument designed specifically for grasping, holding, and manipulating tissue during laparoscopic surgery. It may be named after its inventor or manufacturer, or it could denote a specific model or type of grasper.
  2. 10mm Diameter: The “10mm” diameter refers to the size of the shaft of the grasper. In laparoscopic surgery, instruments are inserted through small incisions called ports, and the diameter of the instrument determines the size of the port required for insertion. A 10mm diameter indicates that this grasper can fit through a 10mm port or incision.
  3. 32cm Length: The length of 32cm indicates the overall length of the grasper, including both the shaft and the handles. This length provides the surgeon with sufficient reach and control during the surgical procedure.
  4. Mouth Size 2.5x30mm: The mouth size of the grasper is 2.5x30mm, which describes the dimensions of the jaws or mouth of the instrument. This indicates that the opening of the jaws is 2.5mm wide and 30mm long. These jaws are used for grasping and holding tissue during surgery, and the specific size may be suitable for various types of tissue or procedures.
  5. Material: Glassman graspers are typically made of high-quality stainless steel or other durable materials. These materials are chosen for their strength, corrosion resistance, and compatibility with sterilization methods.
  6. Design: Glassman graspers feature two hinged arms with jaws at the distal end. The jaws may have a serrated design or other features to enhance grip and stability when grasping tissue. The specific design of the jaws may vary depending on the intended use of the instrument.
  7. Handle Design: The handles of Glassman graspers are designed for ergonomic comfort and control. They may feature finger loops or ergonomic grips to allow the surgeon to manipulate the instrument with ease during the surgical procedure.
  8. Sterility: Like all surgical instruments, Glassman graspers must be sterile to prevent the risk of infection during surgery. They are typically provided in sterile packaging and sterilized using methods such as steam autoclaving or ethylene oxide gas sterilization before each use.

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