GPX4000LZ Advanced Fiber Processing System with CO2 Laser and Graphite-Filament Heating
The GPX4000LZ advanced fiber-processing system combines CO2-laser and graphite-filament heat sources. This new generation of fiber and glass processing equipment integrates a CO2 laser with the established Thorlabs/Vytran GPX-3000 platform. A highly stable CO2 heat source provides up to40W with an innovative annular-beam design to address localized, nonuniform fiber heating associated with the previous generation of CO2-laser processing. The source also identifies the established GPX-3850 system as the GPX4000LZ base platform. Vytran True Core Imaging supports high-quality splicing of specialty and large-core fibers. The system offers high-resolution imaging, with fiber-positioning and control precision stated to be an order of magnitude higher than other fiber splicers.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Primary Heat Source | CO2 Laser |
| Laser Wavelength | 10.55-10.63um |
| Laser Output Power | 40W |
| Metal Enclosure | Metal Enclosure with Safety Interlock; Class I Eye-Safe Laser |
| Laser Safety Features | Fully Enclosed; Automatic Laser Power Shutoff |
| Laser Safety Features | Triple-Redundant Laser Safety Test Configuration |
| Laser Beam Control | Closed-Loop Feedback System |
| Secondary Fiber Heat Source | Graphite-Filament Furnace |
| Typical Splice Loss [SMF (ITU G.652)] | typical:0.02dB |
| Splice-Strength Enhancement Method | Annealing Polish (Graphite-Filament Fusion) |
| Fiber Alignment Method | Fully Automatic Alignment with True Core Imaging |
| X-Y Fiber Positioning Accuracy [Via Stepper Motor] | 0.2um via Stepper Motor |
| Z-Axis Travel [Furnace / Total Travel] | Furnace:67.5mm (Total Travel) |
| Z-Axis Travel [Fiber Holding Block FHB / Total Travel] | Fiber Holding Block FHB:107mm (Total Travel) |
| Z-Axis Positioning Accuracy [Via Stepper Motor] | 0.25um via Stepper Motor |
| Rotational Axis Alignment | Fully Automatic Alignment to Fiber Stress Regions |
| Rotational Drive Accuracy | 0.02 ° |
| Rotational Dynamic Range | Each Fiber Holding Block FHB Can Rotate190 Degrees |
| PC Control and Specialized Software | Control Software and General Splicing Application Files |
Key Features
Datasheet
Supplier Information
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