1.60mm Ferrule Field Fiber Polishing Fixture,1.60mm-PC-8-FF
Model: AO-0.3um
Origin: China
Brand: Neofibo
Production Description:
Shenzhen NEOFIBO Technology Limited’s independently developed 1.60mm ferrule field fiber polishing fixture is specifically designed for high-precision polishing operations on 1.60mm 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 8 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 1.60mm, supports PC 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 8 ferrules, compatible with field fiber optic polishing machine for convenient outdoor use.
Technical Parameters:
| Brand | NEOFIBO |
| Name | 1.60mm ferrule field fiber polishing fixture |
| Model | 1.60mm-PC-8-FF |
| Max number of cores | 8 Positions |
| Polishing product category | 1.60mm 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 | 240*240*120mm |
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.








