Arthroscopy (GJJ-001)

Features:
1. The surgical incision is small, causing minimal damage to the soft tissues around the joint and avoiding the large incisions typically associated with traditional open surgery.
2. It can provide real-time, dynamic, high-definition images of intra-articular structures, with a diagnostic accuracy significantly higher than that of imaging techniques such as MRI for conditions including meniscus tears, cruciate ligament ruptures, cartilage damage, and synovitis.
3. Under arthroscopic visualization, doctors can use miniature instruments to perform delicate procedures such as meniscus shaping, ligament reconstruction, and removal of loose bodies, thereby preserving healthy tissue to a greater extent and repairing damaged structures.
4. To accommodate joints of different sizes (such as the knee, shoulder, ankle, and wrist) and patients with varying body types, arthroscopes come in a variety of diameters and viewing angles, offering exceptional operational flexibility.
5. Arthroscopic surgery is equipped with a continuous irrigation system that helps maintain a clear surgical field, expands the joint cavity, and flushes out inflammatory factors and debris.

Accessories:
Arthroscopic scope body: the core optical component that is directly inserted into the joint to capture images.
Camera host: Processes image signals and outputs them to the display.
Medical monitor: Displays surgical images.
Cold light source and light guide: Provides illumination within the joint cavity.
Puncture needle and sheath: The sheath is a tubular conduit that is fitted over the arthroscope; the puncture needle is used to enter the joint cavity and establish the initial access channel.
Infusion system: Continuously pumps saline solution into the joint to expand the joint cavity, flush out blood and debris, and maintain a clear surgical field.
Power Debriding System: A core surgical device used for cutting, grinding, and removing diseased tissues, such as synovial membranes and damaged menisci.

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