Design of a Clamping Device for Drilling Machine at the Work Systems and Manufacturing Laboratory, Muhammadiyah University of Surakarta
Keywords:
Clamping Tool, Drilling, Jig & Fixture, Machining EfficiencyAbstract
The machining process is a crucial element in the manufacturing cycle; in an academic setting,
it is implemented through laboratory practical sessions. Industrial Engineering Practicum (PTI)
I at Universitas Muhammadiyah Surakarta is a capstone design course that integrates the product
design process through to actual manufacturing. In its implementation, particularly in the
production of toy car wheels, a challenge was identified in the form of low efficiency during the
machine setup phase. This was caused by the suboptimal use of clamping aids, resulting in lengthy
setup times and repetitive work. This study aims to design machining aids in the form of jigs and
fixtures for a drilling machine to improve setup time efficiency, process time, and machining
accuracy. The research was conducted by integrating design using SolidWorks CAD software
and technical analysis covering clamping force calculations and the application of the 3-2-1
locator principle. Performance evaluation was conducted using the time study method to
quantitatively measure cycle time and standard time. The research stages include a preliminary
study, collection of machine specifications and actual operating times, design development, and
the fabrication of tools using aluminum. The results of this research are expected to establish new
standards for the machining process at the UMS Work Systems and Manufacturing Laboratory,
which will not only shorten production times but also improve the precision of the products
produced by students.
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Copyright (c) 2026 Ratnanto Fitriadi, Munajat Tri Nugroho, Bayu Ahmad Wicaksono, Aditya Panji (Author)
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