The Siecor CFS II is a precision fiber optic stripper engineered to remove buffer coatings and outer jackets from optical fibers during cable preparation for splicing, termination, and connectorization. Factory pre-set blades eliminate manual calibration, while the V-blade geometry protects the glass core from scratching or nicking. The tool handles both single-mode and multimode silica fibers with consistent, controlled removal across diverse installation and maintenance environments.
Technical Specifications
• Buffer coating removal: 250 µm coating stripped to expose 125 µm cladded fiber core
• Outer jacket stripping: 2–3 mm jacket removal capability via secondary stripping hole
• V-blade opening diameter: 140 µm for precise, controlled coating removal
• Blade configuration: 1.0 mm radiused blade paired with 140 µm V-blade
• Blade state: Factory pre-set and calibrated; no field adjustment required
• Length: Approximately 165 mm
• Weight: 113–119 grams
• Blade treatment: Anti-rust coating applied; prolonged moisture exposure may cause corrosion
– Key Features
• Ergonomic comfort-grip handles reduce hand fatigue during repetitive stripping operations
• Compact, lightweight design suited for field deployment
• Locking mechanism secures blades when tool is not in use
• Fiber protection geometry prevents core damage during removal
• Durable construction engineered for reliable field use
– Typical Applications
• Fiber to the Home (FTTH) and Fiber to the x (FTTx) network preparation
• Telecommunications infrastructure installation and maintenance
• Local Area Network (LAN) and Wide Area Network (WAN) cable termination
• Data center fiber connectivity projects
• General fiber optic network connectorization and splicing workflows
– Compatibility & Integration
The CFS II operates on 125 µm fiber with 250 µm buffer coatings and is compatible with standard single-mode and multimode silica glass fibers. The tool integrates into field service kits for technicians performing fiber preparation across commercial and carrier-grade network environments.
