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All Journal PROCEEDING STIMA Journal of Mechanical and Manufacture
Haris Budiman
Universitas Majalengka
Aerospace Engineering Automotive Engineering Control & Systems Engineering Education Electrical & Electronics Engineering Industrial & Manufacturing Engineering Mechanical Engineering

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ANALISIS JIG DI MESIN GURDI PADA PROSES PRODUKSI HUB KONEKTOR KURSI DI PT.ANEMATO GUNA SADAYA DI SUMEDANG Ajay Gufron Rafsanjani; Haris Budiman
PROCEEDING STIMA Seminar Teknologi Majalengka 3.0
Publisher : PROCEEDING STIMA

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Abstract

Dalam pembuatan suatu kontruksi diperlukan material dengan spesifikasi dan sifat-sifat yang khusus pada setiap bagiannya. Sebagai contoh dalam pembuatan jig. Diperlukan material yang kuat untuk menerima beban diatasnya. Material juga harus elastis agar pada saat terjadi pembebanan standar atau berlebih tidak patah. Salah satu material yang sekarang banyak digunakan pada kontruksi bangunan atau umum adalah logam. Dalam penulisan laporan ini akan dibahas mengenai cara menentukan safety factor kontruksi jig menggunakan software solidwork, Bagaimana mencari beban maksimal kontruksi jig menggunakan software solidwork. Setelah dilakukan analisis menggunakan software solidwork untuk mencari beban maksimal dengan angka safety factor 2,5. maka untuk safety factor 2,5, diketahui bahawa kontruksi jig tersebut dapat menerima beban maksimal di 22.000 N, oleh karena itu kita dapat menyimpulkan bahwa kontruksi jig memiliki safety factor 2,0 dengan beban maksimal 22.000 N.
ROTARY IMPACT CAPACITY PLASTIC CRUSHER ANALYSIS MAX 35 KG/HOUR Agus Septiana; Yudi Samantha; Haris Budiman
Jurnal Mekanika dan Manufaktur Vol 1 No 1 (2021)
Publisher : Universitas Majalengka

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Abstract

Plastik crusher machine is made with capacity of max 35 kg/hr, it is easy to operate. Especially can to destroy material of break Plastik containers of bottled water / wasteof Plastik. Formula and teori used are to design to crusher of Plastik, It is constructed based on standard measurement 50 x 50 x 150 cm withcapacity 35 kghr. So resulted that yield times intersection of 23 kg/hr.
DESIGN AND MANUFACTURE OF SEAT GRINDING BENCH Irwansyah Hasibuan; Haris Budiman; Yudi Samantha
Jurnal Mekanika dan Manufaktur Vol 1 No 1 (2021)
Publisher : Universitas Majalengka

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Abstract

The working principle of grinding is a grinding stone rotates in contact with the workpiece so that erosion, sharpening, grinding, or cutting. The shape and size of the base material will certainly not correspond to the shape and dimensions of a machine component. On the purchase of a grinding seat, is not included as a complementary tool holder or frame grinding sitting, therefore grinding sitting placed on the floor. It is very uncomfortable in the use of grinding to sit. Therefore, it is necessary to have a tool or a place to put the grinding seated. Tools or place holder for grinding is expected to create more comfortable when sitting grinding process use. Making bench grinder can be done with a series of processes, ie material cutting, making holes, grinding and welding. The strength of the bench grinder that has been made is 29821.26 N so that it can be said that has created a bench grinder is able to sustain grinding.
Co-Authors Agus Septiana Ajay Gufron Rafsanjani Irwansyah Hasibuan Yudi Samantha