Analysis of Problems in Basic Sewing Machine Settings: A Case Study on Needle Shaft and V-Belt Adjustment Errors
Analisis Permasalahan pada Setting Dasar Mesin Jahit: Studi Kasus pada Kesalahan Setting As Jarum dan Vanbelt
DOI:
https://doi.org/10.21070/qs571h36Keywords:
Sewing Machine, Basic Setting, Needle Shaft, V-Belt, MaintenanceAbstract
General Background Basic setting errors in sewing machines represent major factors affecting stitch quality and production efficiency in garment manufacturing. Specific Background The Mitsubishi Electric LY2-3300-B0B heavy-duty single-needle lockstitch machine operates under high-load conditions where component alignment and maintenance are critical. Knowledge Gap Detailed troubleshooting protocols regarding needle shaft alignment and v-belt adjustments require systematic evaluation to prevent common mechanical failures. Aims This study analyzes common problems occurring in the basic setting process of industrial sewing machines, focusing specifically on needle shaft and v-belt adjustments. Results Improper needle shaft alignment causes needles to deviate from rotary hooks resulting in thread breakage, while misaligned v-belts lead to unstable operations. Novelty The integration of direct daily maintenance observations with structured component troubleshooting frameworks for heavy-duty industrial sewing machines. Implications These technical findings serve as practical reference guidelines for technicians and garment industry practitioners to maintain machine reliability.
Key Findings Highlights
- Improper needle shaft alignment frequently causes needle deviation from the rotary hook, resulting in frequent thread breakage.
- Loose or misaligned v-belts directly cause unstable machine operation during heavy-duty sewing processes.
- Standardized resetting procedures and regular component tension checks effectively restore optimal machine performance.
Keywords Sewing Machine, Basic Setting, Needle Shaft, V-Belt, Maintenance
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