ในการดำเนินโครงงาน การศึกษาถึงปัจจั

To perform the project. Factors that affect cutting force in milling process of 6063 aluminum by design. To study the factors of the machining process, materials, labor, resulting in material machining (Cutting Force) with design of experiments techniques applied to the machining of materials technology.The test kit is to be used in the cutting force in the X and Y axis vertical aluminium 6063 grade test specimen using a tread mill milling cutter size 2 sharp carbide lakha diameter 10 mm (NEO SERIES 2000, UF), there are 4 factors factor 1000 70 IDs is 1 speed. (Spindle Speed) 2., Ltd. (Step Over) entered phase 3 (Feed) enter rate. 4. milling depth (Depth of Cut) is divided into 2 levels at 8000 rpm speed. Depth 10 mm 1900 mm per minute rate and term, enter enter 5 bites and 3 mm impact strength in machining aluminum 6063 X and Y axis vertical to exceed the 0.05 significance level (respectively). Surface roughness in part machining processes aluminum 6063 no-load speed 8000 rpm and feed rates level 1900 mm per minute. As a result, smooth surface of aluminum 6063 0.05 significance level is exceeded.

In the project work. Study on the factors affecting the cutting force in milling processes of aluminum 6063 shear with design of experiments. To study the factors of process machining material. The resulting in force in machining material (Cutting Force) using experimental design technique was applied to the technology for machining material.The test uses a set force in machining in axial and X Y use grade aluminum specimens 6063 is ใช้ดอก. Bite n mill carbide 2 cutting edge. 10 mm diameter center (NEO UF SERIES 2000) code 1000 70 factors 4 factor is 1. Speed (Spindle Speed) 2 phase enter the bite. (Step Over) 3. Feed rate (Feed) 4. In depth, Ltd (Depth of Cut) is divided into 2 levels by 8000 rpm speed, deep 10 mm. Feed rate 1900 millimeters per minute, and stage and enter 5 3 Ltd. Affecting the force in machining aluminum 6063 axial X Y beyond the level and a significant 0.05 (respectively). The surface roughness in machining processes of aluminum 6063 8000 rpm speed and feed rate at the level of 1900 mm per minute. Affecting the surface roughness of aluminium 6063 over significant 0.05.