Claim Missing Document
Check
Articles

Found 2 Documents
Search
Journal : Diversity Logic Journal Multidisciplinary

THE DEVELOPMENT OF 3D PRINTING MODIFICATION OF LIQUID HANDLING SYSTEM CONCEPT FOR PIPETTING SYSTEM PROCESS IN THE MEDICAL AREA Abdi, Ferly Isnomo; Sakti, Arya Mahendra; Wulandari, Diah; Utama, Firman Yasa; Puspitasari, Dewi; Manggalasari, Lena Citra
DIVERSITY Logic Journal Multidisciplinary Vol. 1 No. 3 (2023): December: Diversity Logic Journal Multidisciplinary
Publisher : SYNTIFIC

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.61543/div.v1i3.40

Abstract

Background. The development of electromedical technology in the healthcare field is increasing. However, the measurement of liquid samples in the pipetting process is still done manually which makes it highly contaminated from human hands. A Liquid Handling System (LHS) is a device used to automatically transfer fluids to prevent contamination. 3D Printing is a tool used to create creative design objects using filament material. The mechanism of this tool is similar to that of a liquid handling system but is simpler and has a smaller capacity. In the future, Research Purpose. To determine 3D printing modification of liquid handling system for pipetting system process in the medical area. Research Method. This research uses the research and development (R&D) method by designing and constructing a Prototype Liquid Handling System with a modified 3D Printing 3-axis, placing measuring cups and sample tubes, and designing G-Code programs and servo motor coding to test the capabilities of the designed Prototype Liquid Handling System. Findings. Based on the functional test results of the liquid handling system using NaCl solution, the pipetting results were 0.82 ml with a processing time of 5.6 seconds. The electromedical device has a percentage error rate of 2.4% with a pulling force of 6.56 N and an injection pressure of 8.44 Pa. Conclusion. This electromedical device will be able to automatically process extraction fluids or pipetting processes with high accuracy.
FUNCTIONAL TESTING OF THE VARIABLE GEOMETRY SUSPENSION (VGS) PROTOTYPE ON BUMPY ROAD CONDITIONS Murti, Dafa Aditya; Huda, Miftachul; Abdi, Ferly Isnomo; Wulandari, Diah; Firman Yasa Utama
DIVERSITY Logic Journal Multidisciplinary Vol. 2 No. 3 (2024): December: Diversity Logic Journal Multidisciplinary
Publisher : SYNTIFIC

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.61543/div.v2i3.107

Abstract

Background. Modern vehicles must prioritize comfort and safety, including the suspension system. While passive suspension systems are common, they struggle with excessive vibrations on uneven roads. Semi-active and active systems address this but are costly and complex. To solve this, a Variable Geometry Suspension (VGS) prototype was developed, integrating an active actuator into a passive system to adjust its geometry, providing performance comparable to active suspension systems. Research Purpose. This study aims to examine the effect of single-link angle variations in the Variable Geometry Suspension (VGS) prototype on bumpy roads to determine the most comfortable single-link angle. Research methods. This research employs a Research and Development (RnD) method by testing the single-link angle at 0°, 90° (reference angle), and 180°. Data collection was conducted by introducing road disturbances in the form of a bumpy road. Findings. The testing results showed that the lowest Root Mean Square (RMS) value of the sprung-mass was at a single-link angle of 90°, with an RMS value of 0.72 m/s². This indicates a "Fairly Uncomfortable" level based on ISO 2631, with the damper on the unsprung-mass (ct) and tire stiffness (kt) disregarded, as well as the weight of the sprung-mass. Conclusion. The VGS prototype's response to changes in the single-link angle on bumpy roads varies. However, the system effectively reduces vibrations at all angles, stabilizing the vehicle's body (sprung-mass) as the wheel (unsprung-mass) moves over uneven surfaces.
Co-Authors ', Usman 'Ilmi, Muhammad Iklil Ulil Adam, Fian Adidya Adham Rifai, Hasif ADIYANTORO, ARI Afghan, Fayyadh Buddy Al AFIF HIDAYAT, AHMAD Afifah, Hidayanti Nuzulatul Aidah, M. Fishal Askarul Faris Aji Nugroho Akbar, Mokhamad Rizky Alam, Ilham Rofiqul Alfadilla, Muhammad Fajar ALFIANTO, RENDI Amalia, Sefi AMNA, MUSTAFID Anatri Desstya Andrian Andrian Apriyanti, Fitri Ariana Setiani Arruafy, Mohammad Ghithrof Arya Mahendra Sakti Atiqoh, Nisrina Bayu Kurniawan Bin Laday, La Dedy Augustino Cahyo Nugroho, Cahyo Chinsa, Iqbal Rifky Dewanti Handayani, Sri Sularti Dewi Puspitasari Dyah Riandadari Eka, Yuliasti Eko Marsyahyo Fachry Abda El Rahman FARADILLA FIRDAUSY, MEUTIA Farizi, Aziizun Faiq Al Fatahillah, Idham Rizki Yusma Febrianto, Andrie Seva Ferly Isnomo Abdi Fikri, Zainur Rijalul Firdaus, Oktavian Bachtiar Firiski, Edwi Febrian Firman Yasa Utama Firman Yasa Utama Firmansyah, Rian Ganda, Andita Ganda, Andita Nataria Fitri Gegatama, Muhammad Henwa HAMIDI, M. NIZAR SYARIF Hartuti Purnaweni Hermawan, Dedy Andy Hudaya, Adam Aryadana Irfa’i, Mochamad Arif IRFAN MAULANA, MUHAMMAD Irwandy Syofyan Kusuma, Muhammad Dewantara Kusuma, Rachmad Andrian Jaya Manggalasari, Lena Citra MARTINO, SANDI Marzad, Deftana Aqsya Mubarok Mubarok Muhammad Riza Hafizi Mujakki, Muhammad Akbar Murti, Dafa Aditya Naqsyabandi, Ananda Rafly Naufal, Bayu Ahmad Nosuvian, Joko Laksono Novi Resmini Nur, Muhammad Baihaqi Nurhadi, Jatmika Octavianissa, Icha Nur Pata Ledi, Simon Aten Prasetyo, Rafly Budi Pratama, ceisaleo Pandu PRATIYAS, FANDI Putri, Annisa Rizqika Hermalia Putri, Danisha Yoananda Rachma Hasibuan Rachmanda, Reza Irfani Rachmattan, Ryan Rahman, Riandito Auki Minanda Rakhman, Abdullah Ramadhan, Aldhi Fahrezy Ramadhani A, Gilang Ridho, Mukhlis Yazid ROHMADANININGSIH, LINDA ROUDHOTUL HARIRIN, SITI Rusli, Ghozy Meiky Ryandadari, Dyah Saputra, Prihatama Wahyu Sedjati, Moch. Ari Wibowo Shadiq, Muhammad Difa Ash Sri Endah Wahyuningsih Sudana, Undang Sulistyorini, Elisa Suryonegoro, Satrio Adi Sutriyono Titik Djumiarti Toni Prahasto Trimanah, Trimanah Trimariyono, Dimas Ubaidillah, Moch. Rizal Vincencius Gunawan, Vincencius WARJU Widiyanti, Prastiwi Wahyu Widoretno, Yustin Setiya Widyastuti, Yani Winoto, Roy Ariel Wulandari, Cyndhi Kartika Yuda, Mohammad Wira Yulianto, Angki Narda Zainal Abidin