The Fujikura CT-03HT-06 is a high-tensile precision fiber cleaver engineered to deliver consistent, high-quality cleaves across conventional silica optical fibers. Built for professional field and laboratory environments, it combines precise blade control with durable construction to meet the exacting demands of fiber optic cable preparation, fusion splicing, and termination workflows where cleave quality directly impacts signal integrity.
## Technical Specifications
• **Applicable Fiber:** Conventional silica optical fiber
• **Bare Fiber Diameter:** 125 µm
• **Cladding Diameter:** 125 µm
• **Coating Diameter:** 250 to 900 µm (expandable to 2 mm and 3 mm cord and drop cable with optional AD-30C fiber plate)
• **Cleaving Angle:** 0.5 degrees
• **Blade Life:** Up to 48,000 fibers
• **Blade Positions:** 3 height positions and 16 rotating positions for extended blade utilization
• **Dimensions:** 113.5(W) × 82(D) × 42(H) mm (including fiber scrap collector)
• **Weight:** Approximately 225 g (including fiber scrap collector)
## Key Features
• Multi-position blade design—3 height and 16 rotating positions—maximizes cleaving life to 48,000 fibers per blade
• Precision blade control ensures consistent cleave angles at 0.5 degrees
• Integrated fiber scrap collector manages cleaved fiber debris
• Tool-free blade adjustment using included hexagonal wrench
• Requires no lubrication; maintenance limited to isopropyl alcohol and lint-free wipe cleaning
• Straightforward operation: fiber stripping, cleaning, loading, and lid closure initiates cleave
## Typical Applications
• Fiber optic cable preparation for network installations
• Fusion splice termination workflows
• High-performance optical network assembly
• Field and laboratory fiber termination processes
## Compatibility & Integration
The CT-03HT-06 works with Fujikura fiber holders and fiber plates designed for different fiber types and cleave lengths. Integration with standard Fujikura fiber optic preparation accessories accommodates diverse coating diameters and application requirements.
