Polishing Fixture for Domaille APM-HDC-5300 & FPM-5000

Improve your connector polishing efficiency with the polishing fixture for domaille apm-hdc-5300 & neofibo fpm-5000. this fixture effectively solves the problem of low connector polishing efficiency that comes with a long time for disassembly and assembly of the ferrule, and high polishing cost. with high efficiency polishing and the ability to polish 12-24 cores at

Polishing Fixture for Domaille APM-HDC-5300 & FPM-5000 Read More »

Shenzhen Neofibo Non-standard Custom Polishing Fixture

Neofibo offers custom polishing fixtures for various optical fiber components such as ferrule, bare fiber, fa and capillary. each fixture is designed exclusively for the specific component and is customizable according to the customer’s requirements. the ferrule quick mount polishing fixture is designed for high-density polishing of ferrules and can polish 12-48 ferrules. the bare

Shenzhen Neofibo Non-standard Custom Polishing Fixture Read More »

Shenzhen Neofibo Programmable Polishing Machine

Shenzhen Neofibo Programmable Polishing Machine MPO Programmable Polishing Machine — FPM-5000 Picture:  Features: * Neofibo CE certified polishing machine * LCD touch screen, free switch between Chinese and English interface * Pneumatic pressure, frequency conversion motor drive, total power 200W * Built-in verified polishing parameters * Store up to 6 groups of parameters, the last

Shenzhen Neofibo Programmable Polishing Machine Read More »

Neofibo Efficient Single Core Polishing Solution

Title: single core optical fiber polishing solution for patch cord productionKeywords: optical fiber patch cord production equipment, fiber polishing machine, fiber stripping machine, fourquare polishing machineDescription: improve your patch cord production with our single core optical fiber polishing solution. our recommended equipment includes automatic fiber cutting machine, curing oven, crimping machine, inspection scope, loss test

Neofibo Efficient Single Core Polishing Solution Read More »