Redesign of drone remote control using design for manufacturing and assembly (DFMA) method

Xin, Tan; Farizuan, R. M.; Radhwan, H.; Shayfull, Z.; Fathullah, M.

doi:10.1063/1.5118167

Cited by 35 publications

(3 citation statements)

References 12 publications

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“…In this case using Design for manufacturing, the material and the manufacturing process used to make the product will be identified to simplify the design of the hair clipper assembly. The following guidelines are used for current research study (Boothroyd, 2005;Boothroyd et al, 2010;Xin, 2019).…”

Section: Design For Manufacturing (Dfm) Approachmentioning

confidence: 99%

Re-designing of hair clipper using design for manufacturing and assembly

Prasad

Jadhav

Kasireddi

et al. 2023

J APPL RES TECH ENG

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Evaluating the product functions and associating them with the manufacturing technique is crucial to reducing the manufacturing cost. Design for Manufacturing and Assembly (DFMA) is a concurrent engineering technique that plays a vital role in redesigning of existing product or service by reducing its manufacturing and assembly cost and time, have the desired level of quality and reliability. In this research work is apply DFMA on existing hair clipper and decrease the net manufacturing cost of the hair clipper. Hair clipper is very popular for at-home use and is seen as an essential tool in hair grooming. The analysis of design for manufacturing and assembly is done using guideline of Boothroyd Dewhurst DFMA. The components of the Hair clipper were undergone alteration by using DFMA and redesigned approaches. In the same platform, the actual model had the redesign. The assembly time for redesign exhibited an enhancement of 49.25% where the assembly time was decreased from 322.91s to 163.81s and design efficiency was improved 7.219% from 7.432% to 14.651%. Hence, the best design of hair clipper was made which is having optimal value is achieved.

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Section: Design For Manufacturing (Dfm) Approachmentioning

confidence: 99%

Re-designing of hair clipper using design for manufacturing and assembly

Prasad

Jadhav

Kasireddi

et al. 2023

J APPL RES TECH ENG

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“…Metode DFMA telah banyak digunakan pada penelitian-penelitian sebelumnya diantaranya Razak et al (2018), Farahin et al (2019), dan Safaa et al (2019) yang menggunakan metode ini untuk menganalisis performansi dari suatu produk serta Mesa et al (2018), Xin et al (2019), dan Butt dan Jedi (2020) yang menggunakan metode ini untuk meredesign suatu produk.…”

Section: Pendahuluanunclassified

Pengembangan Produk Wastafel Portable Secara Manual Dengan Metode Design for Manufacture and Assembly (Dfma)

Nazarudin

Suryadi

2021

JUMINTEN

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Menciptakan sebuah produk wajib melalui tahap pengembangan dan perancangan. Pada tahap ini seluruh komponen produk, biaya produksi, desain dan waktu perakitan diperhitungkan. Melalui desain dan evaluasi produk yang berkelanjutan, dimungkinkan untuk mengatasi tingkat kinerja perakitan produk dan kesulitan dalam proses perakitan, serta waktu dan biaya perakitan. Waftafel portabel secara manual merupakan konsep produk dimana alat yang dirancang lebih efektif dan efisien sehingga dapat meningkatkan higienitas daripada wastafel pada umumnya. Pada tahap pengembangan wastafel secara manual peneliti menambah fungsi dari sebuah wastafel yang semula proses keluarnya air dengan memutar kran dan dikembangkan dengan menambahkan pedal untuk menekan keluarnya air kran tersebut yang bernilai jualnya lebih tinggi sehingga pemanfaatkan barang yang tidak terpakai bisa menghemat biaya agar produk lebih ekonomis dan lebih efisien. Perancangan dan pengembangan produk ini menggunakan metode Design For Manufacturing and Assembly (DFMA). Metode DFMA merupakan metode yang digunakan untuk menentukan desain produk dengan waktu dan biaya yang terbaik. Secara umum, metode ini juga dapat digunakan dalam pengembangan untuk meningkatkan kualitas dan mengukur peningkatan desain produk wastafel. juga mengggunakan pedal untuk mempermudah pengguna untuk mengoperasikan. Diharapkan wastafel termasuk dikembangkan efisiensi desain lebih tinggi daripada desain wastafel dengan harapan dapat memberikan alternatif desain produk dalam mencapai produk berkualitas dan biaya produksi rendah.

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“…Design for Manufacturing (DFM) and Design for Assembly (DFA) are combined in a process known as DFMA (DFA). DFM is a method for producing parts that facilitate production, whereas DFA is a methodology for creating products that are simple to assemble to predict the assembly cost and time [18]. The products were improved thanks to the DFMA method in terms of quality, capability, and the reduction of manufacturing costs.…”

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confidence: 99%

Generative Design of A 6-Axis Quadcopter Drone for Weight Optimization

Md Ghazaly,

Jun

2023

IJIE

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Unmanned aerial vehicles (UAVs), known as drones, can be remotely operated using embedded technology and software-controlled flight plans. A six-axis drone's main problem is that its significant weight limits how much it can be used. As a result, the flexibility and endurance of the drone's design are necessary for excellent performance during altitude displacement. In order to create a body frame for the quadcopter, the project intends to solve the weight optimization problem via generative design. The three main steps of the optimization attempts utilizing generative design procedures are (a) abstraction, (b) initialization, and (c) interpretation. These are accomplished by employing the five generative design processes. The stress analysis and the generative design process were used to confirm that the generative design technique will help reduce the drone's weight. The drone using three (3) generative designs, was set to a total weight of less than 1kg. The results show that Generative Design 2 shows good optimization as follows, (a)50.00% of parts of assembly optimized from eight parts to four parts, (b) 54.09% of the weight of the body frame optimized from 1.1565kg to 0.531kg, (c) 36.17% of the height of the body frame optimized from 94mm to 60mm, (d) 45.44% of stress analysis increased from 3.457MPa to 5.028MPa, (e) 83.00% reduction of displacement elongation from 3.918mm to 0.666mm and (f) 61.25% of production time optimized from 40 hours to 15.5 hours.

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Redesign of drone remote control using design for manufacturing and assembly (DFMA) method

Cited by 35 publications

References 12 publications

Re-designing of hair clipper using design for manufacturing and assembly

Re-designing of hair clipper using design for manufacturing and assembly

Pengembangan Produk Wastafel Portable Secara Manual Dengan Metode Design for Manufacture and Assembly (Dfma)

Generative Design of A 6-Axis Quadcopter Drone for Weight Optimization

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