The manifestation of material and process advantages in surgery
Guarantee of high-quality stainless steel and complete process
UBE cervical nucleus pulposus forceps are made of high-quality stainless steel. This material selection lays a solid foundation for the quality and functionality of the instrument. The strength and corrosion resistance of stainless steel ensures that the nucleus pulposus forceps can withstand repeated operating stress during surgery and are not easily damaged. The complete production process system further guarantees the quality and stability of the product. In UBE double-channel spinal endoscopic surgery, especially cervical spine surgery, this high-quality nucleus pulposus forceps can reliably complete various operation tasks. For example, in the surgical treatment of cervical disc herniation, the nucleus pulposus forceps need to enter the intervertebral disc space many times to grab the nucleus pulposus tissue. The high-quality materials and processes enable it to maintain good performance and avoid interruptions or accidents due to instrument quality problems.
The role of the overload protection device
The overload protection device is a highlight of the nucleus pulposus forceps. During the surgical operation, various tissue resistances may be encountered, such as tough annulus fibrosus tissue or adherent nucleus pulposus tissue. The overload protection device can prevent damage to the instrument due to excessive force. This not only extends the service life of the instrument and reduces the cost expenditure of the hospital, but also ensures the continuity of the operation during the operation. For example, when grabbing a large piece or a tightly adhered nucleus pulposus, the overload protection device can prevent the nucleus pulposus forceps from excessive deformation or damage, ensuring that the nucleus pulposus tissue can be accurately grasped and removed every time.
Design advantages that meet the concept of UBE surgery
The concept of small and delicate tools fits
UBE surgery emphasizes the use of small and delicate tools for precise operation, and this 2.5MM×180MM nucleus pulposus forceps meets this requirement well. In the UBE surgery of the cervical spine, the anatomical structure of the spine is complex, and the surrounding nerves and blood vessels are dense. The smaller 2.5MM diameter allows the nucleus pulposus forceps to pass through the surgical channel smoothly and enter the narrow surgical site such as the cervical intervertebral disc without causing excessive compression on the surrounding tissues. The length of 180MM provides a sufficient extension range for the operation, which is convenient for doctors to perform surgery in the appropriate operating position. For example, when performing nucleus pulposus removal in the cervical intervertebral space such as C3-C4 or C5-C6, this small and delicate nucleus pulposus forceps can flexibly reach the target location and reduce interference with surrounding tissues.
Blunt tip design improves safety
The blunt tip design of the forceps head is to reduce damage to the nerve roots. In cervical UBE surgery, the protection of nerve roots is crucial. Compared with sharp-tipped instruments, blunt-tipped nucleus pulposus forceps can avoid accidental puncture or scratching of nerve roots when entering the intervertebral disc space or operating near nerve roots. For example, when the nucleus pulposus forceps grasp the nucleus pulposus tissue near the cervical nerve roots, the blunt tip design can act as a "buffer" to reduce the risk of nerve root damage and improve the safety of the operation.
The results of the long cup-shaped forceps head in surgery
Efficiency of nucleus pulposus grasping
The long cup-shaped forceps head design increases the contact area with the nucleus pulposus tissue and improves the efficiency of nucleus pulposus grasping. In cervical UBE surgery, the nucleus pulposus tissue is usually soft and irregular in shape. The long cup-shaped forceps head can better fit the shape of the nucleus pulposus and hold the nucleus pulposus like a "small spoon". This design is very effective in grabbing free nucleus pulposus fragments or larger pieces of nucleus pulposus tissue. For example, in the case of cervical disc degeneration causing the nucleus pulposus to be fragmented and free, the long cup-shaped forceps head can more easily collect these fragments, reducing the operation time and patient trauma.
Accuracy of tissue cleaning
In addition to grabbing the nucleus pulposus, the long cup-shaped forceps head can also be used to clean other tissue fragments and pathological tissues in the surgical area. In cervical spine UBE surgery, such as cleaning degenerative annulus fibrosus tissue, inflammatory granulation tissue, etc., the long cup-shaped forceps head can accurately clamp and remove these tissues. Its shape advantage allows it to more selectively remove pathological tissues during the cleaning process without accidentally clamping the surrounding normal tissues, which helps to keep the surgical area clean and tidy and creates good conditions for the recovery of the cervical spine after surgery.
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