PERANCANGAN LINTAS PERAKITAN PRODUK KAP LAMPU VALEX VOLIFIX PT VALENSI CAHAYA PERSADA

• Main Author: Abdulghani, Ibrahim
• Format: Final Project
• Language: Indonesia
• Online Access: https://digilib.itb.ac.id/gdl/view/63647
• Institution: Institut Teknologi Bandung

PT Valensi Cahaya Persada is a company engaged in the production of innovative goods, namely valex folifix lampshades. The development of an innovation climate and increasing market opportunities provide companies with more opportunities to develop their business. Improvements and adjustments are needed by the company in dealing with these changing conditions. Of the several activities and processes carried out by the company, the assembly process is the activity that absorbs the most of the company's resources. Improvements in the assembly process will greatly affect the efficiency and effectiveness of production, product quality and production management will also be positively affected by these improvements. Improvements are made by evaluating the assembly system used. Twenty models were simplified by identifying assembly similarities and grouping the assembly. There were six assembly groups and eight assembly stations. Determination of the assembly layout using a systematic layout planning methodology and ABSMODEL 1 and ABSMODEL 2 for final completion. Six alternative calculations are proposed, namely with pure ABSMODEL 1, ABSMODEL 1 with the assembly unit that has the most output on the left side of the assembly line, ABSMODEL 1 but only involving assembly units that have outputs and inputs, ABSMODEL 1 which only involves assembly units that have outputs and inputs. but the unit with the most output on the left side of the track, pure ABSMODEL 2, ABSMODEL 2 with the assembly unit having the most output on the left side of the assembly line. The six alternatives were selected based on the lowest total cost of moving. The results of the selection carried out in the study stated that the second alternative had the lowest cost and became the optimal solution for cross-assembly layout problems.