Structure facilitating easy assembly of fiber-optic communication components

A structure facilitating easy assembly of fiber-optic communication components, said fiber-optic communication components enabling a light beam transmitted via an input optical fiber to be coupled to a collimator to obtain a collimated beam that passes through one or more function elements before passing through a mating collimator and being coupled to an output optical fiber, so that transmission of said light beam via optical fibers is continued;

• said structure comprising a lower support and an upper support;
• said lower support being provided with small V-shaped cuts for receiving and locating said optical fibers therein, such that first tangent planes passing top points of said optical fibers are contained in horizontal planes passing openings of said small V-shaped cuts, respectively;
• said upper support being provided with big V-shaped cuts for receiving and locating said collimators therein, such that second tangent planes passing top points of said collimators are contained in horizontal planes passing openings of said big V-shaped cuts, respectively;
• and
• axes of said collimators being either in alignment with or horizontally coplanar with axes of said optical fibers, respectively, to simplify optical alignments and adjustments in forming said fiber-optic communication components and ensure well-aligned connection of said optical fibers.