FIGH series
S type
Fujikura's image fiber is silica based coherent image fiber. Numbers of silica cores are together with melted silica cladding, which composes a multi-core optical fiber. Those fibers are used for the image transmission of fiber scopes applications.
Features
・Ultra Thin Diameter and High Density
・High heat resistance
・Long size image fiber is possible by excellent light transmission properties
・Applicable for biocompatibility(USP classⅥ)
Specifications
| FIGH-016-160S | FIGH-03-200S | FIGH-03-215S | FIGH-06-280S | |
| Number of picture elements | 1,600±160 | 3,000±300 | 3,000±300 | 6,000±600 |
| Imagecircle diameter(µm) | 145±15 | 186±15 | 190±20 | 252±20 |
| Fiber diameter (µm) | 160±20 | 200±15 | 215±25 | 280±20 |
| Coating diameter (µm) | 210±30 | 250±20 | 285±30 | 340±30 |
| Minimum bending radius (mm) | 20*¹ (10*²) | 25*¹ (15*²) | 25*¹ (15*²) | 30*¹ (15*²) |
| Lattice defect (%) | < 0.1 | |||
| Uncircularity of imagecircle (%) | < 5 | |||
Cross-section Image |  | |||
| FIGH-06-300S | FIGH-10-350S | FIGH-30-650S | |
| Number of picture elements | 6,000±600 | 10,000±1,000 | 30,000±3,000 |
| Imagecircle diameter(µm) | 270±20 | 325±20 | 600±30 |
| Fiber diameter (µm) | 300±25 | 350±25 | 650±30 |
| Coating diameter (µm) | 400±30 | 450±30 | 750±50 |
| Minimum bending radius (mm) | 30*¹ (15*²) | 35*¹ (20*²) | 70*¹(35*²) |
| Coating material | Silicone resin (Black) | ||
| Lattice defect (%) | < 0.1 | ||
| Uncircularity of imagecircle (%) | < 5 | ||
Cross-section Image | | ||
*1：Minimum bending radius in storage.
*2：Recommended bending radius in use for short period of time.
(For your reference only, possible breakages due to static fatigue)
*1：Minimum bending radius in storage.
*2：Recommended bending radius in use for short period of time.
(For your reference only, possible breakages due to static fatigue)
Other custom products
・FJK is able to manufacture various types of Image fibers according to customer
specifications, from design and prototyping to mass production. Please contact us for
more information.
