What is LIMS forceps?
Laparoscopic instrument management system forceps, or simply LIMS forceps, are specialist medical devices used in the laparoscopic surgery. During laparoscopic surgeries, they are intended to grab, hold, and move tissue and other things, often used in conjunction with other laparoscopic instruments, such as scissors or needle drivers, to perform complex surgical tasks.
Overview / Product Profile of LIMS forceps:
A long, thin handle with small jaws at the end ia a general description of LIMS forceps, which are often made of titanium or stainless steel. Depending on the intended usage, the jaws may be straight or curved, smooth or serrated, or both.
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Dimensions of LIMS Forceps:
Length:
Tipically LIMS forceps are available in lengths between 5-10 inches.
Width of jaws:
Generally LIMS forceps are available with Width of jaws between 0.5-1.5 inches.
Handle diameter:
Mostly LIMS forceps are available with handle diameter between 0.25-0.5 inches.
Jaw curvature:
Can vary depending on the design, but can be straight or curved
Tissue grasping capacity:
Can vary depending on the design, but can range from 0.5-1 inch
Overall weight:
Typically lightweight, ranging from 0.5-2 ounces
Material:
Usually LIMS forceps are made of stainless steel or titanium
Jaws type:
Can be smooth or serrated.
Note: The above dimensions may vary slightly depending on the manufacturer and specific design of the forceps. It's always advisable to consult with the manufacturer's specifications and guidance for accurate measurements.
Uses of LIMS forceps.
1) Grasping and manipulating small or delicate tissue during laparoscopic procedures
2) Holding suture material during laparoscopic suture closure
3) Gallbladder removal
4) Appendectomy
5) Hernia repair
6) Gynaecological procedures such as hysterectomy and ovarian cyst removal
7) Retrieval of foreign bodies or debris from the abdominal cavity
8) Placement of surgical clips or staples
9) Dissection and removal of adhesions
10) Retraction of tissue during surgery
11) Biopsy and tissue sample collection
12) Ligating blood vessels or other structures during surgery.
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History of LIMS forceps:
The development of laparoscopic surgery, which first became a practical surgical technique in the early 1900s, can be linked to the origins of LIMS forceps. Dr. Erich Mühe of Germany performed the first cholecystectomy, often known as laparoscopic surgery, in 1987. At the time, this procedure—which required the removal of the gallbladder—was revolutionary and signalled the start of a new era in minimally invasive surgery.
The demand for specialised devices to carry out these treatments increased as laparoscopic surgery gained popularity and acceptance. The LIMS forceps was one of the important tools created in this field.
Surgeons started to understand the limitations of the conventional laparoscopic tools in the late 20th century. These instruments were primarily made for grabbing and slicing tissue. When LIMS forceps were developed, they could be used in laparoscopic surgeries because they could offer greater precision and control.
With a long, thin handle and narrow jaws at the end, LIMS forceps were made to help surgeons move tissue and other objects more precisely and with greater control. Depending on the intended function, the jaws might be smooth or serrated, and the handle might be straight or curved.
The use of LIMS forceps became more crucial as laparoscopic procedures grew more intricate and diverse. They are utilised in a variety of laparoscopic surgeries nowadays, such as ovarian cyst removal and hysterectomy, as well as the removal of gallbladders, appendices, hernias, and gallbladders.
The technology underlying LIMS forceps has developed over the past few years with the addition of cutting-edge features including rotatable jaws, articulating tips, and comfortable grips. These developments have further enhanced the laparoscopic treatments' control and precision, making them safer and more effective for patients.
The evolution of LIMS forceps as a whole is a tribute to the field of laparoscopic surgery's constant innovation and advancement. Laparoscopic surgery has greatly improved because to the development of these specialised tools, which have also made it a safe and viable alternative for patients all over the world.
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