CAM 소프트웨어를 활용한 완만한 구배면의 효율적인 가공에 관한 연구
A study on efficient machining of smooth drafting surface using CAM software
0
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
In the mold industry, CAM software has been introduced to solve the impossible or time-consuming part of the mold industry because the increase in labor costs, the drop in mold price, and the short delivery time are tasks to be solved not only in the manufacturing industry but also in the mold industry as a whole. In order to reduce the processing time and improve the surface roughness, we have been conducting various researches for efficient machining. This study was carried out to compare the ball end mill and radius end mill tools with the Power mill software and NC brain software under the same conditions and to find out the most efficient method of machining the smooth drafting surface and improving the surface roughness. (1) By machining the smooth drafting surface using radius end mill, the machining time is 23.7% faster than when using ball end mill. (2) Surface roughness when machined with radius end mill is smoother than when using ball end mill. Based on these results, it can not be applied to all shapes, but if it is a relatively wide and simple gradient shape, the raster machining method using radius end mill can be more effective in terms of delivery and quality than machining with ball end mill.
Abstract
In the mold industry, CAM software has been introduced to solve the impossible or time-consuming part of the mold industry because the increase in labor costs, the drop in mold price, and the short delivery time are tasks to be solved not only in the manufacturing industry but also in the mold industry as a whole. In order to reduce the processing time and improve the surface roughness, we have been conducting various researches for efficient machining. This study was carried out to compare the ball end mill and radius end mill tools with the Power mill software and NC brain software under the same conditions and to find out the most efficient method of machining the smooth drafting surface and improving the surface roughness. (1) By machining the smooth drafting surface using radius end mill, the machining time is 23.7% faster than when using ball end mill. (2) Surface roughness when machined with radius end mill is smoother than when using ball end mill. Based on these results, it can not be applied to all shapes, but if it is a relatively wide and simple gradient shape, the raster machining method using radius end mill can be more effective in terms of delivery and quality than machining with ball end mill.
참고문헌 (4)
- J. H. Ahn, "Development of Rapid Tooling Processes Based on Three-Dimensional CAD", CAM, 2001, ~
- Park, Ji-Hoon, "A Study on the Die Machining using CAD", CAE, pp.Graduate School of Pukyoung National University, Department of Mechanical Engineering[DOI]
- Hyung-Man, Kim․, "Review of Safety for CAM System in Mold Structure Manching", 2006 Korea Safety Management & Science Fall Conference (2006)
- Development of a decision support system for high quality NC data selection in mold manufacturing, "Eun-Young Heo", Chonbuk National University, 2005