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Perancangan Tata Letak Fasilitas Pabrik

Pokok bahasan:

1. Pengantar Tata Letak Pabrik (klik disini)
2. Analisis Produk dan Proses (klik disini)
3. Aliran Bahan, ARC, ARD dan AAD (klik disini)
4. Analisis Formasi Mesin-mesin (klik disini)
5. Model Matematik Formasi Mesin-mesin (klik disini)
6. Group Technology (klik disini)
7. Gudang (klik disini)
8. Sistem Pemindahan Bahan (klik disini)

Buku baru: Manajemen Pabrik

Pembelian hubungi Penerbit Bumi Aksara

Makalah Hibah Bersaing 2009

Disain Sel Manufaktur Pabrik Alsintan dengan Duplikasi dan Reorientasi Mesin yang Bottleneck
Insannul Kamil¹, Putri Andam Sari², Taufik¹ dan Rika Ampuh Hadiguna¹
1.Staf Pengajar, Teknik Industri Universitas Andalas, Padang
2.Alumni, Teknik Industri Universitas Andalas, Padang

Abstrak

Studi ini menghasilkan metoda mendisain formasi sel manufaktur didasarkan pada upaya meningkatkan fleksibilitas volume produksi dan variasi produk. Sebuah metodologi baru diperkenalkan untuk mendapatkan berbagai formasi sel manufaktur berdasarkan duplikasi dan reorientasi posisi mesin-mesin yang bottleneck. Studi kasus dilakukan pada pabrik alsintan. Hasil disain dipilih dengan metoda proses hirarki analitik (AHP).

Kata kunci: sel manufaktur, tata letak, pabrik alsintan, duplikasi, reorientasi (Full Paper)

Buku Baru: TATA LETAK PABRIK

www.isiem.org

Mathematical model for manufacturing cell formation with fuzzy demand consideration

Rika Ampuh Hadiguna, Insannul Kamil, Taufik
Department of Industrial Engineering, Andalas University
Limau Manis, Padang

Abstract (Notification)

This paper studies a mathematical modeling for solving manufacturing cell formation problems at agriculture equipment and machinery industries (alsintan). Model use a single objective by considering product demand as fuzzy number. Applying fuzzy number for product demand because demand always fluctuation. This fluctuation admission in uncertainty condition that represented in form of fuzzy number. Model consider costs of component processing and material handling. There are two activities of material handling that is intra cell and inter cell. Number of machines that grouped and batch size have been known. Fuzzy number applied is S curve modified that effectively in various of production management area. Model that developed was applied for alsintan industry that have two product types that is hydrotiller and thresher. Model performance is analyzed with two scenario’s. First scenario is cell formation based on two product types and second scenario only applies hydrotiller having more process type. Model performance measure as comparison is minimum total cost. Model who developed in this paper would be benefit to decision taker in choosing best cell formation for implementation.

Keywords: cell formation, fuzzy demand, mathematical model, S curve modified