MANUFACTURING PROCESS

Engineering industry is branching of mechanical engineering and industrial engineering itself is a discipline that studies on the design, repair, manufacturing systems, industrial management and installation of integrated systems consisting of human, machine, methods, tools, materials, information, and energy. This discipline is supported by knowledge of mathematics, physics, social sciences, and the principles and methods of design analysis and design to build and repair the system.
In the industrial engineering is divided into 3 scientific, systematic manufacturing, industrial management, industrial systems and techno-economic. Industrial Management, we learn about how we prepare human resources equipped to survive a dynamic business environment, while the techno-industrial system and economists focus on improving the competitiveness of industrial engineering graduates to go into business. And then the manufacturing system, manufacturing system more focused on improving quality, productivity, and efficiency through the design and planning process. In manufacturing systems are also studying how an engineer in the image which is usually referred to manufacturing process.
The manufacturing process itself role is very important in designing an integrated system from start to process its raw materials to the distributed goods to the hands of consumers, are scientifically manufacturing process itself, we learn the flow of a production process from raw materials into finished goods, which his process that uses technology in the form of robots or other tools and an engineer will design its process to such an extent that all is well integrated.

Yellow cane contributes on mass food production industries. The use of this plant had become popular in mass production for raw sugar and beverage industry in Malaysia and the disposals of sugarcane consists of two elements; Bagasse and Pith (BP). A research into BP was motivated by the possibility of making highly value-added products for the benefit of creative industry. The objectives of this project are to process a sugarcane BP biocomposite based consumer product design. The treated sugarcane BP biocomposite from disposals have a potential on sustainable design to use in mass manufacturing of product design. Some of potential using a BP biocomposite in mass manufacturing are available in Malaysia for making a flat particleboard and Medium Density Fibreboard (MDF). Several of BP biocomposite mass-produced for industry, for examples automotive component, toys manufacturing, packaging design, and furniture component production. The technologies that are applying on manufacturing process in large-scale factory for examples; hot press, injection moulding and cool press whilst, through this project, a new technique using Hot Air Moulding Template (HAMP) which used in this development is more suitable for sustainable design and in addition, the technique can be developed and widely use as a low-technology manufacturing process. This can benefits the society in terms of giving knowledge for local creative craft industry. Finally, the outcome of tested BP biocomposite using HAMP technique is potential to benefits the SMEs industry and local village industry in developing commercial crafts using BP biocomposite. Base on literature search. It giving a good statement of high disposal amount of sugarcane bagasse and pith from night market and food industry has increased from time to time and becomes a serious disposal issues. Sustainable for manufacturing process for biocomposite products can be further develops. Through literature search, it is detected that there is a technique that have a potential to explore in producing BP biocomposite but not extensively researched.