EFB Elektronik Miller Tri-Hole FO 103-T-250 απογυμνωτής οπτικών ινών

The EFB Elektronik Miller Tri-Hole FO 103-T-250 is a precision fiber optic stripper designed for fast, damage-free stripping of fiber optic cables. Manufactured by Ripley Tools (Miller brand) in the USA, this tool features three precision-ground stripping holes to handle jacket, buffer, and coating removal in one compact tool. Factory-set blades require no adjustments, ensuring consistent performance for splicing and termination tasks.

Advantages

Three-hole design eliminates the need for multiple tools, reducing preparation time. Precision-ground hardened steel blades provide clean, nick-free stripping. Ergonomic non-slip handles offer comfort and control during repetitive use. Factory-set calibration ensures immediate, reliable operation out of the box.

Suitable for

• Fiber optic cable preparation for splicing and termination
• Stripping 2-3 mm outer jackets, 900 µm buffer, and 250 µm coating
• Field technicians and network installers requiring a durable, portable stripper

Key specifications

• Tool Type: Fiber Optic Stripper
• Number of Stripping Holes: 3
• First Hole: Strips 2-3 mm fiber optic cable jackets
• Second Hole: Strips 900 µm buffer coating
• Third Hole: Strips 250 µm buffer coating to 125 µm cladding
• Compatible Cladding Diameter: 125 µm
• Compatible Primary Buffer Diameter: 250 µm
• Compatible Secondary Buffer Diameter: 900 µm
• Compatible Jacket Diameter: 2-3 mm
• Blade Material: Precision ground, hardened steel
• Handle Material: Ergonomic, non-slip grips
• Application: Fiber optic cable preparation, splicing, termination
• Factory Set: Yes, no adjustments required
• Precision: Damage-free stripping
• Manufacturer: Ripley Tools (Miller Brand)
• Country of Origin: USA

Recommendations

For optimal results, use the Miller Tri-Hole FO 103-T-250 in conjunction with a fiber optic cleaver and fusion splicer. Always clean the blades after each use to maintain precision. This tool is ideal for FTTH, LAN, and data center installations.