Overview
The Swift Fiber Splice Machine (Semi-Automatic) is a reliable and user-controlled fusion splicer designed for technicians who prefer a balance between manual handling and automated precision. These machines (like the Swift K11 series) are widely used in telecom, FTTH, and CATV networks due to their high accuracy, durability, and cost efficiency.
Semi-automatic operation allows technicians to control certain steps while the machine assists with alignment and fusion, offering better flexibility and learning control.
Key Features
Semi-Automatic Operation
Combines manual fiber positioning with automated arc fusion for better control and efficiency
Core / Clad Alignment Technology
Ensures precise fiber alignment and low splice loss depending on model
High Accuracy Performance
Designed for medium and long-distance fiber networks with stable results
Compact & Portable Design
Lightweight and rugged, ideal for field use
Good Data Storage Capacity
Stores up to 10, 000 splice results for tracking and analysis
User-Friendly Interface
Simple controls and display for quick learning and operation
Technical Specifications (Typical for Semi-Automatic Swift Models)
Operation Type: Semi-Automatic
Alignment Method: Core Alignment / Clad Alignment
Fiber Type: SM, MM, DS, NZDS
Splicing Time: ~7–10 seconds
Heating Time: ~15–20 seconds
Typical Splice Loss:
SM: ~0.02–0.03 dB
MM: ~0.01–0.02 dB
Return Loss: Up to 60 dB
Storage Capacity: Up to 10, 000 results
Battery Backup: ~150–200 splice cycles
Display: LCD Screen
Applications
FTTH (Fiber to the Home) installation
Telecom & broadband networks
Cable TV (CATV) systems
Fiber repair and maintenance
Access and metro fiber networks
Advantages
More control for technicians compared to fully automatic models
Affordable solution for small to medium projects
Reliable and consistent performance
Ideal for training and field engineers
Lower maintenance complexity
Why Choose Swift Semi-Automatic Splicer?
A Swift Semi-Automatic Fusion Splicer is perfect if you want:
Better control than fully automatic machines
Lower cost investment
Reliable performance for daily field work
