Views: 0 Author: Site Editor Publish Time: 2026-09-02 Origin: Site
Minimally invasive orthopedic surgery has reshaped modern joint treatment. An advanced arthroscopy system enables surgeons to diagnose and repair joint damage via tiny skin incisions, replacing large open surgical procedures for knee, shoulder, elbow, hip and ankle disorders.
Traditional open joint surgery brings large wounds, heavy blood loss, long hospital stays and obvious scarring for patients. Modern arthroscopy solves these pain points perfectly. The whole surgery only needs 0.5‑1cm small cuts. Surgeons insert high‑definition rigid arthroscope into joint cavity to directly observe meniscus, cartilage, ligaments, synovium and rotator cuff tissues, then finish repair, debridement and suture with matched surgical instruments.
A qualified clinical arthroscopy workstation consists of four major modules to guarantee stable intra‑operative performance.
HD & 4K rigid endoscope imaging system Including camera host, medical camera, LED cold light source, light guide fiber, high‑definition monitor and medical trolley. Our rigid arthroscope adopts German optical glass and rod‑lens patent technology. Available lens angles include 0°, 30°,70°, diameters 2.7 mm and 4.0 mm. Sapphire lens surface resists scratch. The scope supports autoclave, low‑temperature plasma sterilization to meet strict hospital disinfection standards. A full range of handheld instruments such as grasping forceps, punch forceps, scissors and probes are optional for different joint operations.
Orthopedic power shaver system The shaver host, handpiece and replaceable cutter heads complete high‑speed cutting and suction. Full‑radius burrs rapidly remove hyperplastic synovium; partial‑radius cutters realize fine meniscus trimming; burr drills remove osteophytes for acromioplasty. Integrated suction removes bone and soft‑tissue debris continuously. It delivers high‑efficiency bulk tissue removal. Note that the shaver system has no hemostasis function, so it must work together with radio‑frequency equipment.
Plasma radio‑frequency ablation system Working under low temperature between 40‑70℃, the radio‑frequency device ionizes saline to form plasma layer for cutting, ablation, hemostasis and ligament shrinkage. Different tips serve for synovectomy, meniscus edge trimming, capsular release and ligament tightening. Compared with conventional high‑temperature electrocautery, it greatly reduces thermal injury to articular cartilage and peripheral tendons. Its limitation lies in low efficiency for massive tissue resection.
Irrigation perfusion pump system Continuous normal‑saline perfusion maintains joint cavity expansion, washes away blood and tissue debris, cools surgical site and assists hemostasis. Doctors adjust pressure and flow rate according to shaver cutting or radio‑frequency hemostasis procedures to keep a clear surgical field all through the operation.
Knee joint: Meniscus suture & trimming, ACL reconstruction, synovial debridement, loose body removal, cartilage micro‑fracture, popliteal cyst resection
Shoulder joint: Rotator cuff repair, labral reconstruction, frozen shoulder release, acromioplasty, shoulder dislocation repair
Other joints: Ankle ligament reconstruction, elbow loose‑body removal, hip labral repair, wrist TFCC repair
✅ Small incision, less bleeding, shorter patient recovery cycle
✅ Complete system solution: imaging + shaver + radio‑frequency + irrigation pump
✅ Multiple sterilization options, long‑service‑life rigid arthroscope with sapphire lens
✅ Modular design, easy upgrade, compatible with various disposable surgical tips
✅ CE, ISO certified, supports multi‑language setting for global clinical scenarios
If you are a hospital procurement manager, orthopedic clinic operator or medical device distributor looking for high‑performance arthroscopy full set solutions, contact our team to get detailed specifications, quotation and product catalog.oscope Solution for Knee, Shoulder, Ankle Surgery
