Design, construction and implementation of an automated assembly machine to produce the furniture rails

The scope of this thesis is the design, production and implementation of an Assembly Machine to assemble the cage product, which is one of the products of Samet A.Ş. The machine was integrated into the production line after its preliminary performance tests. The slider systems, unit fittings, the transfer mechanism table and drive plate thickness, and other material properties used in the assembly machine were analyzed and determined using the finite element method. The design of the Vibrator Feeding units of the machine, the production of the designed parts and the software used in the machine operation were carried out within the company. The assembly machine, where the preliminary tests were completed, works successfully in the production line with 80 products/min speed. Keywords: Cage of hidden rail, assembly machine, finite element analysis, design, production, implementation