2.5mm Ferrule Field Fiber Polishing Fixture,2.5mm-APC-6-FF
Model:2.5mm-APC-6-FF
Origin: China
Brand: Neofibo
Production Description:
Shenzhen NEOFIBO Technology Limited’s independently developed 2.5mm ferrule field fiber polishing fixture is specifically designed for high-precision polishing operations on 2.5mm diameter ferrule. Featuring a hook-type locking mechanism, this fixture enables one-second core clamping and one-second removal for convenient and efficient operation. It supports simultaneous clamping of six ferrules, with each station equipped with independent pressure adjustment to ensure uniform force distribution during polishing, delivering outstanding end-face polishing results. Additionally, the fixture can be customized to accommodate different ferrule diameters, adapting to diverse application scenarios.
Key Features:
- Compatible with 2.5mm, supports APC end-face polishing.
- Hook-style locking mechanism enables one-second quick assembly/disassembly.
- Delivers high reliability and consistency to ensure stable processing quality.
- Achieves excellent end-face polishing results after parameter tuning.
- Suitable for laboratory R&D and small-batch repair applications.
- Supports simultaneous polishing of 6 ferrules, compatible with field fiber optic polishing machine for convenient outdoor use.
Technical Parameters:
| Brand | NEOFIBO |
| Name | 2.5mm ferrule field fiber polishing fixture |
| Model | 2.5MM-APC-6-FF |
| Max number of cores | 6 Positions |
| Polishing product category | 2.5mm ferrules |
| X-axis angle control (degree) | ≤0.15 |
| Y-axis angle control (degree) | ≤0.15 |
| Applicable models | NEOPL-70D2 |
| Net weight | 0.5 kgs |
| Gross weight | 1 kgs |
| Packing size | 220*220*100mm |
Application:
- Suitable for laboratory R&D and small-batch ferrule repair tasks.
- Meets rapid polishing demands for outdoor field operations and mobile environments.
- Compatible with small field fiber polishing machine for fiber optic communication teaching and practical training.
- Designed for high-efficiency, small-batch processing scenarios requiring frequent ferrule replacement.







