Jonard JIC-175 Ergonomic 250 µm Fiber Optic Stripper

Jonard JIC-175 Ergonomic 250 µm Fiber Optic Stripper

The Jonard JIC-175 Ergonomic 250 µm Fiber Optic Stripper is a precision hand tool designed to remove 250 µm coating from optical fiber and expose the underlying 125 µm glass fiber. Its preset factory configuration eliminates the need for blade adjustments, helping technicians achieve consistent stripping results during fiber preparation.

Correct coating removal is an essential step before cleaning, cleaving, fusion splicing or connector termination. The JIC-175 uses a dedicated stripping opening engineered for 250 µm coated fiber. Its controlled stripping action helps remove the coating without unnecessarily nicking or scratching the delicate glass fiber underneath.

The tool features ground and hardened blades for durability and extended service life. Ergonomic thermoplastic rubber handles provide a comfortable gripping surface for technicians performing repeated fiber preparation tasks in field, laboratory, production and telecommunications environments.

Features and Benefits of the Jonard JIC-175 Fiber Optic Stripper

• Removes 250 µm fiber coating to expose 125 µm glass fiber.
• Preset factory settings eliminate routine blade adjustments.
• Controlled stripping design helps prevent nicks and scratches.
• Ground and hardened blades provide durability and long service life.
• Ergonomic thermoplastic rubber handles provide a comfortable grip.
• Single stripping opening simplifies tool selection and operation.
• Supports consistent fiber preparation for fusion splicing.
• Suitable for compatible fiber optic connector termination procedures.
• Compact design is convenient for field tool kits and workstations.
• Useful for fiber installation, maintenance, repair and cable assembly.

Preset Stripping for Consistent Fiber Preparation

The Jonard JIC-175 is manufactured with preset factory settings, so technicians do not need to adjust the stripping blades before normal use. This fixed configuration reduces setup time and helps avoid errors associated with an incorrectly adjusted stripping tool.

When the fiber is positioned correctly, the stripping opening removes the 250 µm coating while leaving the 125 µm optical fiber exposed for subsequent preparation. The tool should be operated using a smooth, controlled motion without twisting or sharply bending the fiber.

Although the tool is preset, the fiber construction should still be confirmed before use. Different coatings and specialty fibers may have different preparation requirements. The JIC-175 is intended specifically for compatible 250 µm coated fiber.

Designed to Help Protect the Glass Fiber

The exposed 125 µm glass fiber is fragile and can be affected by scratches, nicks or excessive bending. The JIC-175 uses a precise stripping profile intended to remove the coating without contacting the glass more than necessary.

After stripping, technicians should visually inspect the fiber for residual coating or visible damage. A fiber that appears damaged should be cut back and prepared again. Using a damaged fiber during fusion splicing or connector termination may affect mechanical strength and optical performance.

The stripped fiber should not be touched with bare fingers or placed on a contaminated work surface. Oils, dust and coating debris can interfere with cleaning, cleaving and fusion splicing.

Ground and Hardened Stripping Blades

The stripping blades are ground and hardened to provide precise operation, durability and extended service life. These blade characteristics help the tool maintain its stripping profile through repeated fiber preparation procedures.

The blades should be inspected regularly for contamination, coating residue, wear or physical damage. A contaminated stripping opening may transfer debris onto the fiber, while worn or damaged blades can interfere with clean coating removal.

To maintain the tool, remove loose coating fragments after use and store the JIC-175 in a clean, dry location. Avoid using hard objects that could damage the blade surfaces or alter the preset stripping geometry.

Ergonomic Thermoplastic Rubber Handles

The JIC-175 features ergonomic handles made with thermoplastic rubber, commonly abbreviated as TPR. The shaped handles provide a comfortable gripping surface and help technicians maintain controlled hand pressure during stripping.

This ergonomic design is useful in cable assembly facilities, field installations and other working environments where multiple fibers may need to be prepared during one session. Proper grip and controlled movement can help improve repeatability while reducing unnecessary pressure on the fiber.

Fiber Preparation for Fusion Splicing

The Jonard JIC-175 supports the coating-removal stage of a typical fusion splicing workflow. Before stripping, a compatible protection sleeve should be placed over one of the fibers. The required length of 250 µm coating can then be removed using the JIC-175.

After stripping, the exposed 125 µm fiber should be cleaned with an approved fiber optic cleaning wipe and suitable cleaning fluid. The clean fiber can then be cleaved using a compatible precision fiber cleaver and positioned in the fusion splicer according to the equipment manufacturer’s instructions.

Proper stripping alone does not guarantee a successful splice. Fiber cleanliness, cleave quality, V-groove condition, electrode condition and fusion splicer calibration also contribute to splice performance.

Connector Termination and Cable Assembly

The JIC-175 can also support compatible connector termination, mechanical splicing and cable assembly procedures requiring removal of 250 µm fiber coating. The required stripping length depends on the connector, ferrule, splice or assembly process.

Technicians should follow the applicable component installation instructions and avoid removing more coating than required. Correct strip length helps maintain fiber protection while providing sufficient bare glass for cleaning, cleaving and installation.

Jonard JIC-175 Applications

• Removing 250 µm fiber coating
• Exposing 125 µm glass optical fiber
• Fusion splicing preparation
• Fiber optic connector termination
• Mechanical splice preparation
• Fiber optic cable assembly
• FTTx installation and maintenance
• Telecommunications network construction
• Data centre fiber cabling
• Laboratory fiber preparation
• Fiber optic training applications

Jonard JIC-175 Fiber Optic Stripper Specifications

Recommended Operating Procedure

1. Confirm that the optical fiber has a compatible 250 µm coating.
2. Determine the required stripping length for the splice or connector procedure.
3. Place the fiber into the stripping opening without twisting the fiber.
4. Close the handles using controlled pressure.
5. Pull the stripper in a smooth, straight motion to remove the coating.
6. Inspect the exposed fiber for coating residue, scratches or damage.
7. Clean the fiber with approved fiber optic cleaning materials.
8. Place all coating debris and fiber scraps in a suitable disposal container.
9. Clean the stripping opening and store the tool in a dry location.

Safety notice: Bare optical fiber is fragile and can produce sharp glass fragments. Wear suitable eye protection, keep food and beverages away from the work area, and place fiber scraps in an approved fiber-shard disposal container.

Compatibility notice: The JIC-175 is designed to remove compatible 250 µm coating and expose 125 µm glass fiber. Confirm the fiber dimensions and coating construction before use.

The Jonard JIC-175 Ergonomic 250 µm Fiber Optic Stripper provides a simple and controlled solution for preparing optical fiber. Its preset design, durable ground and hardened blades, and comfortable thermoplastic rubber handles make it a practical tool for professional fusion splicing, connector termination and fiber optic installation.