The powerful functions of ASOM-630 neurosurgical microscope

In the 1980s, microsurgical techniques were popularized in the field of neurosurgery worldwide. Microsurgery in China was established in the 1970s and has made significant progress after more than 20 years of effort. It has accumulated a wealth of clinical experience in the treatment of intracranial tumors, aneurysms, arteriovenous malformations, spinal cord tumors, and other areas.

Chengdu CORDER Optics&Electronics Co., Ltd. has recently developed the ASOM-630 surgical microscope, which is a high-end neurosurgical surgical microscope. This surgical microscope has good visual brightness, strong stereoscopic effect, and clear images in neurosurgery. It can magnify lesion tissues hundreds of times, accurately locate them, observe them directly at any angle and position, and has strong controllability. It provides precise navigation for minimally invasive surgical operations on small parts.

The ASOM-630 neurosurgical microscope can meet various brain surgery needs, with a large working distance of 200-630mm and a large depth of field, providing sufficient operating space even for deep surgeries or surgeries using long instruments. Especially its unique high-definition imaging technology improves the resolution and fidelity of images, allowing surgeons to more accurately locate the boundaries of various brain tumors, clearly distinguish between normal and diseased tissues, and perform precise navigation for minimally invasive surgical operations on small parts, thereby improving the accuracy of intraoperative judgment, making surgery safer and smoother, making complex operations more flexible and convenient, effectively reducing surgical incisions, reducing tissue damage, improving the precision of cranial surgery and tumor resection rate, and achieving significant hemostatic effects, greatly improving the safety and success rate of surgery.

Microsurgery is characterized by the use of Operating microscopes, but we must not unilaterally understand it as simply using a surgical microscope during surgery. The correct concept of microsurgical neurosurgery refers to a surgical procedure centered around intracranial lesions, based on modern imaging as the diagnostic foundation and a complete set of surgical equipment and microsurgical instruments that are compatible with microsurgery. Microsurgery is not only about technology, but more importantly, about updating concepts.

The combination of surgical microscope and micro neuroanatomy will further improve many conventional neurosurgery procedures, such as spinal cord resection, aneurysm clipping, etc., and create surgeries that cannot be performed by neurosurgeons in the past. Due to a deep understanding of microscopic neuroanatomy, doctors are able to safely and accurately remove micro injuries by performing small brain retractions or cortical structure incisions, passing through the neurovascular gap, and reaching deep brain lesions. In summary, the combination of micro neuroanatomy and microsurgical techniques can achieve minimally invasive removal of lesions that were previously impossible to surgically remove. The application of Operating microscopes for neurosurgical anatomy research and neurosurgical teaching is a new revision of previous research on gross neural anatomy. It makes small structures and delicate nerves that are difficult to observe with the naked eye clear and distinguishable, belonging to a completely new field.

The powerful functions of the ASOM-630 neurosurgical microscope will provide advanced hardware support for more difficult surgeries and minimally invasive treatments in the field of neurosurgery, marking the transition of neurosurgery from the "naked eye era" to the micro neurosurgical era.