ADDLER Autoclavable HD 4mm 0° Arthroscope
The ADDLER Autoclavable HD 4mm 0° Arthroscope is a high-definition rigid endoscope designed for precise diagnostic and operative arthroscopic procedures. Equipped with advanced HD rod-lens optics, it delivers exceptional image clarity, superior light transmission, and accurate color reproduction for detailed visualization of intra-articular structures. The 0° viewing direction provides a direct forward view, making it ideal for straightforward examination and assessment of joint anatomy during arthroscopic interventions.
Manufactured from premium medical-grade stainless steel, the arthroscope is engineered for durability, reliability, and long-term clinical performance. Its fully autoclavable construction ensures safe and effective sterilization while maintaining outstanding optical quality through repeated sterilization cycles.
Technical Specifications
Parameter | Specification |
Product Type | HD Rigid Arthroscope |
Brand | ADDLER |
Diameter | 4 mm |
Viewing Direction | 0° |
Working Length | 175 mm |
Optical System | High-Definition Rod Lens Technology |
Image Quality | HD Compatible |
Material | Medical-Grade Stainless Steel |
Illumination | Fiber Optic Light Transmission |
Light Post Compatibility | Standard Storz / ACMI Compatible |
Sterilization | Fully Autoclavable |
Application | Diagnostic and Operative Arthroscopy |
Reusable | Yes |
Certification | ISO Certified |
Key Features
High-definition rod-lens optical system for exceptional image quality
0° direct-view optics for straightforward joint visualization
Excellent brightness, contrast, and color accuracy
Ideal for routine arthroscopic examinations and procedures
Durable medical-grade stainless-steel construction
Fully autoclavable for safe and effective sterilization
Compatible with standard HD camera systems and light sources
Designed for both diagnostic and therapeutic arthroscopic applications
Applications
Diagnostic arthroscopy, knee arthroscopy, shoulder arthroscopy, ankle arthroscopy, elbow arthroscopy, cartilage assessment, meniscal evaluation, ligament inspection, sports medicine procedures, and various minimally invasive orthopedic interventions requiring direct high-definition visualization of joint structures.