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Simbol SFS-1 Three-Hole Fiber Optic Stripper
The Simbol SFS-1 Three-Hole Fiber Optic Stripper performs three common fiber preparation functions with one compact hand tool. Its dedicated stripping openings remove 1.6 to 3.0 mm outer jackets to expose 600 to 900 µm buffers, remove 600 to 900 µm buffers to expose 250 µm coating, and remove 250 µm coating to expose 125 µm glass fiber. This practical Simbol tool is suitable for fusion splicing, connector termination, installation and maintenance.
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Simbol SFS-1 Three-Hole Fiber Optic Stripper
The Simbol SFS-1 Three-Hole Fiber Optic Stripper is a practical fiber preparation tool designed to perform three common stripping operations. Its three dedicated stripping openings allow technicians to remove the outer jacket, buffer and primary coating from compatible fiber optic cables before cleaving, fusion splicing or connector termination.
The first stripping opening removes 1.6 to 3.0 mm outer fiber jackets to expose the underlying 600 to 900 µm buffer. The second opening removes 600 to 900 µm buffer material to expose the 250 µm fiber coating. The third opening removes the 250 µm coating to expose the 125 µm glass fiber.
Combining these three functions in one compact tool simplifies fiber preparation and reduces the number of separate stripping tools required at a workstation or installation site. The SFS-1 is suitable for field technicians, fiber optic installers, telecommunications contractors, cable assembly facilities, laboratories and training environments.
Features and Benefits of the Simbol SFS-1 Fiber Optic Stripper
- Performs three common fiber optic stripping functions.
- Strips 1.6 to 3.0 mm outer jackets to expose 600 to 900 µm buffer material.
- Strips 600 to 900 µm buffers to expose 250 µm fiber coating.
- Strips 250 µm coating to expose 125 µm glass fiber.
- Three dedicated openings simplify tool selection during fiber preparation.
- Compact hand-tool design supports field and laboratory use.
- Spring-loaded handles support repeated opening and closing.
- Yellow handles provide a visible gripping surface.
- Suitable for fusion splicing and connector termination preparation.
- Useful for fiber optic installation, maintenance and cable assembly.
- Combines jacket, buffer and coating removal in one tool.
Three Fiber Stripping Functions in One Tool
The three-hole design provides a separate stripping section for each stage of compatible fiber preparation. The technician can begin by removing the outer cable jacket, continue by removing the buffer and finish by stripping the primary coating from the optical fiber.
Using the correct opening is important because each section is intended for a particular material and diameter range. The technician should identify the cable construction before stripping and confirm that the selected opening matches the layer being removed.
| Stripping Function | Material Removed | Result |
|---|---|---|
| Outer Jacket Stripping | 1.6 to 3.0 mm fiber jacket | Exposes the 600 to 900 µm buffer |
| Buffer Stripping | 600 to 900 µm buffer | Exposes the 250 µm coating |
| Primary Coating Stripping | 250 µm fiber coating | Exposes the 125 µm glass fiber |
Outer Fiber Jacket Removal
The largest stripping section is used to remove compatible outer jackets measuring from 1.6 to 3.0 mm. This operation exposes the 600 to 900 µm buffered fiber beneath the jacket so that the next preparation stage can be completed.
Before stripping, the cable should be inspected for damage, and the required strip length should be determined according to the connector, splice or equipment instructions. The tool should be positioned perpendicular to the cable and operated using controlled pressure.
Buffer Removal
The intermediate stripping opening removes compatible 600 to 900 µm buffer material and exposes the 250 µm primary coating. This function supports the preparation of buffered optical fiber for fusion splicing, mechanical splicing and connectorization.
The buffer should be removed in a controlled motion to reduce unnecessary stress on the fiber. If the material does not release cleanly, the technician should stop and confirm the cable diameter, buffer construction and selected stripping opening before continuing.
Stripping to 125 µm Glass Fiber
The smallest opening removes the 250 µm coating to expose the 125 µm glass fiber. This is a critical preparation step before cleaning and cleaving the fiber for fusion splicing or compatible connector termination.
The exposed glass fiber is delicate and should not contact fingers, tools or contaminated work surfaces. After stripping, approved fiber cleaning materials should be used to remove coating residue. The cleaned fiber should then be cleaved with a compatible precision fiber cleaver.
Fiber Preparation for Fusion Splicing
Reliable fusion splicing depends on correct stripping, cleaning and cleaving. The Simbol SFS-1 supports the stripping stage by providing access to the three common layers found in compatible fiber constructions.
A protection sleeve should be placed over one fiber before preparation begins. After the required jacket, buffer and coating have been removed, the bare fiber should be cleaned and cleaved according to the fusion splicer and cleaver manufacturers' instructions.
Any fiber that is nicked, scratched or incorrectly stripped should be cut back and prepared again. Attempting to splice damaged fiber may affect splice strength, alignment and optical performance.
Connector Termination and Maintenance Applications
The SFS-1 can also be used when preparing compatible fiber for connector termination, field installation and maintenance procedures. The three-hole configuration allows technicians to progress from the cable jacket to bare glass using one compact tool.
Strip lengths and preparation requirements vary according to the connector, mechanical splice or fusion splice process. The applicable component instructions should be consulted before selecting the amount of material to remove.
Simbol SFS-1 Applications
- Fusion splicing preparation
- Fiber optic connector termination
- Mechanical splice preparation
- Fiber optic cable installation
- FTTx construction and maintenance
- Telecommunications fiber preparation
- Data centre fiber cabling
- Fiber optic cable assembly production
- Laboratory fiber preparation
- Fiber optic training
- Removal of compatible jackets, buffers and coatings
Simbol SFS-1 Three-Hole Fiber Optic Stripper Specifications
| Specification | Details |
|---|---|
| Brand | Simbol |
| Model | SFS-1 |
| Product Type | Three-Hole Fiber Optic Stripper |
| Number of Stripping Functions | 3 |
| Outer Jacket Range | 1.6 to 3.0 mm |
| Buffer Range | 600 to 900 µm |
| Primary Coating Diameter | 250 µm |
| Exposed Glass Fiber Diameter | 125 µm |
| First Stripping Operation | 1.6 to 3.0 mm jacket to 600 to 900 µm buffer |
| Second Stripping Operation | 600 to 900 µm buffer to 250 µm coating |
| Third Stripping Operation | 250 µm coating to 125 µm glass fiber |
| Handle Colour | Yellow |
| Handle Operation | Spring-loaded |
| Primary Applications | Fiber stripping, fusion splicing preparation and connector termination |
Recommended Use and Maintenance
- Identify the cable layer and diameter before selecting a stripping opening.
- Determine the required strip length for the splice or connector application.
- Place the fiber in the correct opening without twisting or sharply bending it.
- Close the handles using controlled pressure.
- Pull the tool along the fiber using a smooth, straight motion.
- Inspect the stripped fiber for coating residue, scratches or damage.
- Clean the exposed fiber using approved fiber optic cleaning materials.
- Dispose of fiber scraps in a dedicated fiber-shard container.
- Clean the stripping surfaces after use and store the tool in a dry location.
Safety notice: Bare optical fiber is fragile and can create sharp glass fragments. Wear suitable eye protection, keep food and beverages away from the work area, and collect all fiber scraps in an approved disposal container.
Compatibility notice: Confirm the cable dimensions and construction before stripping. The stated diameter ranges describe the intended stripping functions, but compatibility may vary with jacket material, coating composition and cable design.
The Simbol SFS-1 Three-Hole Fiber Optic Stripper combines the principal stripping steps required for many fiber preparation procedures. Its ability to remove compatible 1.6 to 3.0 mm jackets, 600 to 900 µm buffers and 250 µm coatings makes it a convenient tool for professional fiber optic installation, splicing and termination.