The linear cutter stapler is a precision surgical instrument used in various types of surgeries, especially gastrointestinal and thoracic surgeries. It combines the functions of cutting tissue and simultaneously suturing the edges of the incision to facilitate effective closure. The instrument usually has a reloadable system where the old staple cartridges filled with used staples and new blades can be quickly replaced during surgery.
how many rows of staples is the linear cutter able to staple at a time?
The number of rows of staples that a linear cutter stapler can deploy at a time depends on the specific model and design of the instrument. Typically, linear cutters and staplers are designed to deploy multiple rows of staples simultaneously along the tissue being operated on.
Here are some typical features regarding the number of rows of staples:
Single row: Some basic models of linear cutters and staplers deploy one row of staples per firing.
Double or triple row: More advanced models can deploy two or three rows of staples simultaneously. This is advantageous in certain surgeries to ensure better closure and sealing of the tissue.
Variable configuration: There are also models that allow surgeons to choose between different configurations (such as single or double row) depending on the specific requirements of the surgery.
Application Specific: The number of rows of staples deployed can also vary depending on the application and the thickness of the tissue being stapled. For example, thicker tissue or areas that require a more secure closure may benefit from multiple rows of staples.
Reloadable Cartridges: Staples are typically contained in reloadable cartridges within the device that can be easily replaced during surgery to maintain continuous stapling capabilities.
To determine the exact number of rows of staples that a specific linear cutter stapler can deploy at one time, it is best to refer to the manufacturer's specifications or consult with the medical device supplier, who can provide detailed information on specific models.