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Contact Name
Sholihul Abidin
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jurnal.eatij@gmail.com
Phone
+6289520091658
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Editorial Address
Jln. Lintas Padang Painan KM 24, Batang Kapas, Sumatra Barat.
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INDONESIA
Engineering and Technology International Journal (EATIJ)
ISSN : -     EISSN : 2714755X     DOI : 10.55642
Engineering And Technology International Journal is a scientific journal published by the Cendikia Mulia Mandiri Foundation for the development of publications for researchers in the field of Engineering and Technology in Indonesia and as a means of publishing research results and sharing the development of engineering science and technology. which have never been published before in the form of research or applied research articles articles related to technological developments and management used in the industrial world.
Articles 1 Documents
Search results for , issue "Vol 7 No 03 (2025): Engineering and Technology International Journal" : 1 Documents clear
Design, Development, and Performance Evaluation of a Closed-System Batik Fabric Drying Machine for Small-Scale Industry Applications Ekayuliana, Arifia; Dewadi, Fathan; Yudisha, Nabila; Rosid, Ibnu; Fauzi, Al; Purdiatama, Muhamad; Ludwika, Adinda; Royan, Ahmad; Nurcholis, Muhammad
Engineering and Technology International Journal Vol 7 No 03 (2025): Engineering and Technology International Journal
Publisher : YCMM

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55642/eatij.v7i03.1156

Abstract

This study presents the design and performance evaluation of a closed-system batik fabric drying machine for small-scale industries. The system integrates a spinner for initial dewatering and a hot-air blower with thermostatic control at 60 °C. Experimental tests examined drying time, temperature stability, and fabric quality. Results showed that 2 kg of batik fabric dried in 18 minutes—about 70 % faster than traditional sun drying. The closed-loop air circulation improved thermal uniformity (±1.5 °C deviation) and reduced energy use by 25 %. No color fading or fiber damage occurred, and ultraviolet lamps prevented microbial growth. This design demonstrates that combining mechanical efficiency, thermal control, and ergonomics can enhance energy efficiency and production reliability for micro-scale batik industries.

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