| 제목 | 반도체 Back-end Process의 Miniload AS/RS 개발 및 구현 (사례연구) |
|---|---|
| Title | Develop and implementation of Miniload AS/RS in Semiconductor Back-end Process-A Case Study |
| 저자 |
장용훈 (랩투마켓) 판야카미 (NXP Manufacturing Thailand(ATBK)) 장윤석* (한국항공대학교 항공교통물류학부) |
| Author |
Yong Hoon Jang(Lab to Market Inc., Engineering) Panya Kammee(NXP Manufacturing Thailand(ATBK)) Yoon Seok Chang(School of Air Transport & Logistics, Korea Aerospace University) |
| Bibliography | Journal of Logistics Science & Technology, 3(1),90~104, 2022, |
| DOI | |
| Key Words | AS/RS 자동보관창고, Miniload 미니로드, 자동화 Automation |
| Abstract | A Miniload AS/RS system is a logistics automation system that supports the storage and in/outbound of various types of cargo. It can hold up to 50kg of cargo per tote box and is widely used in places that require the storage of small quantities of various types of goods. Mini-Load system is already applied in various types of Logistics warehouses. This study conducted a study on introducing Mini-load AS/RS to improve logistics work in the semiconductor back-end process. We gathered and analyzed various types of data considering the overall production environment, which includes the processing time, transportation time of worker/WIP and requirements/constraints of the field. By automating labor-intensive, inefficient work environments such as transporting and picking work that depends only on human resources, improvements such as minimizing picking work time, operator’s travel distance, and reducing workspace were obtained. To demonstrate the superiority and efficiency of Miniload AS/RS, we compared travel distance, working time and space utilization using real data. From the results, we verify that the proposed automation system can enhance productivity and improve the working environment. |
| PDF download | JM_3[1]-P90.pdf |