UBE surgical tools-cervical spine protector biting cutter

Material and process advantages
High-quality stainless steel and process guarantee:
UBE cervical vertebra bite forceps are made of high-quality stainless steel. This material has good strength and corrosion resistance, which can ensure that the bite forceps are not easily deformed or damaged during repeated use, and maintain stable mechanical properties. The complete production process system ensures the quality consistency and reliability of the product. In cervical UBE surgery, the bite forceps need to accurately operate on the tissues in the cervical spine, such as handling bony structures such as lamina and articular processes or soft tissues such as intervertebral discs and ligaments. High-quality materials and processes enable the bite forceps to perform these tasks accurately without affecting the surgical effect due to defects in the instrument itself. For example, when dealing with cervical articular process joint hyperplasia, the cutting edge of the bite forceps can remain sharp, accurately bite off the hyperplastic part, and create conditions for nerve decompression.
The role of the overload protection device:
Equipped with an overload protection device is an important feature of the bite forceps. During surgery, when biting tissues of different hardness and toughness, greater resistance may be encountered. The overload protection device can prevent the bite forceps from being damaged due to excessive force, and avoid deformation, breakage, or loosening of the connection parts. This not only extends the service life of the instrument and reduces medical costs, but also ensures the smooth progress of the operation. For example, when biting the dense bone of the cervical spine, if there is no overload protection, the pliers head may be damaged. With this device, the excessive bite force can be sensed and limited in time to ensure that the bite operation is completed safely and effectively.
Design advantages that meet the UBE surgical concept
Adaptability of small and delicate tools:
UBE surgery focuses on the use of small and delicate tools to achieve precise operations, and the 2.5MM×180MM size design perfectly fits this concept. In cervical spine surgery, the anatomical structure of the cervical spine is complex, with abundant peripheral nerves and blood vessels and limited space. The smaller 2.5MM diameter allows the bite forceps to easily pass through the UBE surgical channel and reach the surgical site of the cervical spine while reducing pressure and damage to surrounding tissues. The length of 180MM provides a suitable working distance for the operation, which is convenient for doctors to perform bite operations in surgical areas of different depths. For example, in the case of cervical disc herniation accompanied by foraminal stenosis, the bite forceps can accurately deal with the bone hyperplasia around the foramina without causing unnecessary interference to the nerve roots and vertebral arteries.
Accuracy of endoscopic surgical operation:
Based on the characteristics of UBE surgery being performed under endoscopy, this compact bite forcep is convenient for doctors to operate accurately within a limited field of view. Under the visualization of the endoscope, the doctor can clearly see the positional relationship between the bite forceps and the surrounding tissues, and accurately control the direction and depth of the bite. For example, when dealing with the hypertrophy of the yellow ligament in the cervical spinal canal, the bite forceps can accurately bite off the yellow ligament, expand the spinal canal volume, and relieve the symptoms of nerve compression without damaging the spinal cord and nerve roots.
Application results in cervical spine surgery
Application in decompression surgery:
In decompression surgery for cervical spinal stenosis, UBE cervical bite forceps play a key role. It can be used to bite off part of the bone of the lamina, the yellow ligament, and the hyperplastic tissue around the foramina. Through precise biting operations, the space of the spinal canal and intervertebral foramen is effectively expanded, reducing the pressure on the spinal cord and nerve roots. For example, for patients with multi-segment spinal stenosis due to cervical degeneration, biting forceps can remove the compression factors in different segments in a targeted manner and improve the patient's neurological function, such as reducing symptoms such as pain, numbness, and weakness in the upper limbs.
Assistance in cervical disc surgery:
In cervical disc surgery, biting forceps can be used to deal with hyperplastic tissue at the edge of the disc, ruptured annulus fibrosus, etc. After removing the protruding nucleus pulposus, biting forceps can clean and trim the unstable tissue around the disc, creating good conditions for disc repair or subsequent fusion surgery. For example, when the cervical disc ruptures and is accompanied by partial prolapse of the annulus fibrosus, the biting forceps can accurately bite off the prolapsed annulus fibrosus tissue to prevent it from further irritating the nerve roots, while providing a relatively stable environment for the healing of the disc.