Dalam kontruksi Excavator terdapat terdapat komponen Undercarriage yang berfungsi sebagai sistem steering dan juga rem yang akan menggerakan unit untuk bisa bergerak maju, mundur, ke kiri, dan ke kanan. Pada Undercarriage terdapat komponen Guard Front Idler. Guard Front Idler merupakan sebagai dudukan komponen idler, dan berfungsi juga untuk pelindung idler dari kotoran-kotoran. Guard Front Idler menggunakan material baja SS400. Baja SS400 termasuk baja berkualitas Medium. S45C adalah Baja umum (mild steel) yang dipakai untuk aplikasi struktur/konstruksi umum (general purpose structural steel). Proses pembuatan Guard Front Idler yaitu, Pemilihan material bahan yang digunakan dalam proses pembuatan Guard Front Idler yaitu Baja SS400, Mesin Gas Cutting, Mesin Bending, dan Mesin Las. Pada proses pemotongan Mesin Gas Cutting benda kerja di potong. Selanjutnya proses Mesin Bending dimana benda kerja dilakukan penekukan. Selanjutnya proses las benda kerja di las dengan 2 tahap yaitu yang pertama tack welding dan pengelasan penuh/Fillet Weld, kemudian dilakukan Quality Control untuk mengecek apakah produk siap di distribusikan, Produk di kualifikasi menjadi dua jenis yaitu GOOD untuk produk yang telah lulus Quality control dan NOT GOOD untuk produk yang tidak lulus Quality Control.

Kuantitas kebutuhan energi telah menjadi indikator standar kehidupan dan tingkat industrialisasi. Angin adalah udara yang bergerak akibat adanya perbedaan tekanan udara di sekitarnya. Angin bergerak dari tempat bertekanan udara tinggi ke bertekanan udara rendah. Penelitian ini bertujuan untuk mengetahui ditribusi tegangan, displacement, dan faktor keamanan pada frame turbin angin savonius. Di dalam penelitian ini kontruksi frame di desain menggunakan software solidworks 2020 dengan Material besi siku (ASTM A36) yang mempunyai beberapa titik pembebanan. Hasil penelitian yang dilakukan menunjukan hasil nilai Von misess stress pada perhitungan teoritis material ASTM A36 sebesar 46.79 MPs sedangkan pada perhitungan simulasi sebesar 50.76. Displacement pada perhitungan teoritis sebesar 0.5 mm, sedangkan pada perhitungan simulasi sebesar 0.500 mm. Safety of factor pada perhitungan teoritis sebesar 5.343 dan perhitungan simulasi sebesar 330.193.

Fundamental, detailed and in-depth understanding of technology is carried out through the use of concrete pumps used to move fluid from one place to a higher place, high pressure and circulation. One of the important components of the pumping system in the industry is the Gearbox Bearing Housing which functions as a bearing housing so that the bearing can move and continue the shaft work system on the pump. The material used to make the Gearbox Bearing Housing is based on FCD 400. The manufacturing process for the Gearbox Bearing Housing is a lathe where in this process the workpiece is fed by rotating the workpiece and then touching it to a chisel which is moved in translation parallel to the axis of rotation. of the workpiece. The outer diameter is 700 mm, while the inner diameter is 340 mm and D2 is 440 mm. Drilling Machine Process, the machining process is the process of expanding or enlarging a hole that can be done with a drill bar. For the size of the holes, namely the diameter of 22 mm as many as 16 holes, the diameter of 20 mm as many as 16 holes and for the diameter of 12 mm there are 4 holes. Grinding Machine Process is a finishing process that is used to remove parts of the workpiece that are uneven. In the manufacture of Gearbox Bearing Housing, checks are carried out on the workpiece to determine whether or not an item is produced. If the workpiece is said to be feasible, it will be packaged to be marketed, if not, the workpiece will be destroyed.

In this modern era, the industrial world continues to experience rapid development, especially in the manufacturing process, particularly in machining processes. The production process is a way, method, and technique for creating, processing, or adding value to a product or service using available resources such as labor, machinery, materials, and funds. The purpose of this writing is to understand the production process for making Horz Cam Masema AW6035- SR using VCN 150 material. It also involves simulating static tests using Solidworks software to analyze von misses, displacement, and fatigue values. This writing is based on field studies and literature reviews conducted by the author. The simulation results conducted with a torque loading of 16.67 Nm obtained a maximum von misses value of 228,788,416 N/m2 and a displacement value of 0.222 mm. Therefore, the obtained fatigue values include the highest damage percentage of 0.488 and a minimum total life of 204,845 times.

Coffee is a commodity that is currently developing. However, many coffee farmers in remote areas experience problems in increasing their business along with high market demand due to a lack of business support tools. The purpose of this paper is to find out the materials used in designing a wet coffee bean peeler machine. Design the frame of a wet coffee bean peeler machine using Solidwork software. Wet coffee bean peeler analysis. The type of iron to be used in the frame of this wet coffee bean peeler is galvanized angle iron with a size of 22 x 22 x 1.8 mm. The results obtained show that the von misses stress calculated using solidworks has the greatest stress of 69,654 Mpa. For von misses stress by manual calculation, a value of 71.707Mpa is obtained. The results obtained show that the displacement calculated using solidworks has the greatest stress of 0.293 mm. For displacement with manual calculations, a value of 0.163 mm is obtained. The results obtained show that the Factor of Safety value calculated using Solidworks has the greatest stress of 2,928 ul. For the Factor of Safety with manual calculations, a value of 2,830 ul was obtained.