2000um SMA905 Fiber Optic Connector – Reliable Coupler for Optical Laser Applications

The 2000µm SMA905 Fiber Optic Connector is a reliable coupler designed specifically for optical laser applications, offering both high adaptability and stable performance. It utilizes a standard SMA905 interface design, precisely matching 2000µm fiber core specifications, enabling efficient optical signal transmission, significantly minimizing signal loss, and ensuring connection stability.
Specification
Download

I. Core Parameters and Design

As a coupler specifically developed for optical laser applications, the 2000um SMA905 Fiber Optic Connector is built with precise specifications. It utilizes the industry-standard SMA905 interface, enabling seamless integration with similar optical equipment. Its core adaptability to the 2000um fiber core size perfectly matches the requirements of large-core laser transmission, avoiding signal deviations caused by incompatible specifications and providing a stable foundation for optical connectivity.

SMA905 Fiber Optic Connector

II. Core Performance Advantages

Low-loss transmission: Precision interface processing reduces optical signal attenuation during transmission, ensuring efficient laser energy transfer and meeting the high signal stability requirements of industrial and scientific research applications.

Durability: The housing is constructed of high-strength, corrosion-resistant materials, resistant to moisture, dust, and minor mechanical impact. It withstands complex working environments such as factory floors, laboratories, and medical facilities, effectively extending product life and reducing replacement costs.

Easy Installation: No specialized tools are required for assembly, and the connectors are smooth to plug and unplug, with precise positioning. Even non-professionals can quickly complete the connection, reducing the time and cost of optical system setup.


III. Applicable Scenarios

This connector is widely compatible with various optical laser equipment. Core applications include:

Industrial: Signal connection for laser cutting and laser marking equipment to ensure processing accuracy;

Research: Laser experimental systems in universities and research institutes facilitate accurate data collection;

Medical: Optical transmission for laser therapy equipment to ensure stable therapeutic energy output.