Evaluation of Material Selection in Large-Capacity Manual Paper Cutters for the Optimization of Local Product Design of Blade and Frame Components
Evaluasi Pemilihan Material pada Pemotong Kertas Manual Kapasitas Besar untuk Optimalisasi Desain Produk Lokal pada Komponen Pisau dan Rangka
DOI:
https://doi.org/10.21070/ups.8754Keywords:
material selection, manual paper cutter, local product design, technical evaluation, blade and frameAbstract
This study examines material selection for large-capacity manual paper cutters using literature and secondary data, referencing common product configurations. The focus is on analyzing the technical characteristics of two key components—blade and frame—to propose efficient, reliable, and cost-effective design alternatives for local products. A comparative technical evaluation using a weighted decision matrix is applied. Results show that materials like D2 and SKD11 tool steels and solid low-alloy steels offer high performance for professional-grade cutters but are not cost-efficient for small-scale enterprises. As alternatives, SK5 for the blade and AISI 1020 for the frame provide an optimal balance between performance and cost, considering local availability and ease of manufacturing. This study supports the redesign of manual paper cutters through material engineering principles tailored to the needs of small- and medium-scale domestic industries.
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