In the manufacturing of fiber optic patch cords and during network deployment and maintenance, selecting a polishing machine that offers both high polishing precision and compatibility with multiple connector types (such as LC/SC/FC/MPO, etc.) is crucial for enhancing efficiency and ensuring connection quality. The selection process should focus on two core criteria: “multi-type compatibility” and “high-precision control,” combining technical specifications with actual operational requirements for a comprehensive evaluation.

Fiber polishing machine are core equipment for ensuring the quality of Optical fiber communications, with their polishing precision directly impacting the transmission efficiency of optical signals. A systematic maintenance plan not only guarantees consistent polishing quality but also significantly extends equipment lifespan while reducing overall operating costs. Statistics indicate that properly maintained equipment can see its service life extended by 30% to 50%.

Keywords: OCS technology, two-dimensional FA fiber array With the rapid development of artificial intelligence, data-intensive applications have experienced explosive growth. Traditional electrical switching technology, plagued by inherent drawbacks such as low bandwidth, high latency, and high power consumption, can no longer meet the demands of ultra-large-scale data transmission. Against this backdrop, Optical Circuit Switching (OCS) technology has emerged rapidly. By enabling direct exchange of optical signals for all-optical transparent transmission, it boasts distinct advantages of high bandwidth, low latency, and low power consumption, thus becoming an advanced data center solution supporting cutting-edge applications like artificial intelligence (AI). In response to this technological trend, JONHON has launched the 2D fiber array assembly. It provides core support for OCS systems to achieve array optical signal switching, while meeting the requirements of large-scale system deployment, laying a crucial foundation for promoting the implementation and application of OCS technology in advanced data centers.

The FA (Fiber Array) component, also known as FAU (Fiber Array Unit), is a precision optical device that integrates multiple optical fibers. Through its array configuration, it enables efficient optical signal coupling and transmission. Main Applications: Waveguide coupling for PLC/WDM devices, MT-FA components for high-speed optical transceiver modules, PM-FA for coherent optical communications, and MFD-FA for silicon photonics integrated modules.

Product Applications: 1、Widely used in precision hardware, ceramics, glass products for flat or cylindrical polishing; 2、Suitable for plane polishing of fiber optic arrays, glass capillaries, small wafers, silicon wafers, germanium wafers, molds and light guides;

2024/08/10，Neofibo Exhibition News Shenzhen Neofibo Technology Limited will bring a series of ultra-precision grinding equipment for optoelectronic industry, medical industry customers, shafting equipment, etc. debut in 2024“ 25th CHINA INTERNATIONALOPTOELECTRONIC EXPOSITION”, and in the exhibition site to share the bare fiber grinding, endoscopic grinding, SMA905 grinding the latest grinding and polishing process, as well as the single-core, multi-core PM fiber shafting product information, welcome new and old customers and friends to visit the exhibition! We will share the latest grinding and polishing process of bare fiber grinding, endoscopic grinding, SMA905 grinding, and the product information of single-core and multi-core bias-preserving fiber alignment at the exhibition site, Booth No.: Hall 9,9c25, and welcome new and old customers and friends to visit the exhibition for communication!

Welcome to the 2024 PHOTONICS CHINA EXPO Time：24-26 July, 2024 Booth：NO.C86 Add：China National Convention Center, Beijing, China Professional Sales Team and Rich Product Knowledge，Neofibo looking forward to seeing you at Exhibition！

Endoscopy/Transmission Beam Polishing Solution Widely used in medical endoscopes/transmitter beams manufacturing field, it is suitable for grinding design of metal casing transmitter beams and endoscopes end face, precisely controlling the amount of grinding cut and grinding pressure. Equipped with special multi-objective end inspection instrument, it is convenient to check the overall appearance and local detail defects. Dozens of grinding processes to meet the requirements of different levels of grinding, unique grinding formula to ensure that the grinding end face without damage or zero defects.

2024/05/27，Neofibo Exhibition News Shenzhen Neofibo Technology Limited will bring a series of ultra-precision grinding equipment for optoelectronic industry, medical industry customers, shafting equipment, etc. debut in 2024 " ICT COMM VIETNAM", and in the exhibition site to share the bare fiber grinding, endoscopic grinding, SMA905 grinding the latest grinding and polishing process, as well as the single-core, multi-core PM fiber shafting product information, welcome new and old customers and friends to visit the exhibition! We will share the latest grinding and polishing process of bare fiber grinding, endoscopic grinding, SMA905 grinding, and the product information of single-core and multi-core bias-preserving fiber alignment at the exhibition site, Booth No.: D5, and welcome new and old customers and friends to visit the exhibition for communication!

I do not talk about fiber polishing today only about cleaning, we can not underestimate the role of end-face cleaning. In the fiber optic network before the operation of the fiber optic end-face inspection, in fact, a large part of the reason is also for better cleaning of the fiber optic end face. Ours today to inventory which you do not know the use of fiber optic cleaner, ready to accept the knowledge point oh!

QBH Water-cooled Laser Connector Polishing Solution Solution Description: This solution applies to the QBH connector end-face polishing, using NPL-2000D intelligent foursquare polishing machine with Z-axis adjustable polishing fixture to use. QBH head end-face is a relatively easy to damage external optical circuit device, mainly by the optical coating and quartz block composition, quartz block is prone to rupture due to bumping, affecting the welding effect, so the end-face polishing of the QBH is particularly important.

With the rapid development of the optical network era, fiber optic network operations are gradually standardized and standardized. As the end-face inspection in the fiber optic network operations play a vital role in the operation, so it is necessary to carry out strict control of this operation. Data show that in the fiber optic network operation in the detection of unqualified fiber, 95% of the end-face is not clean, and the end of the end-face is not clean because it is not connected to the equipment when the fiber optic end-face inspection operation.