In this study, two processes to fabricate casting mold, conventional sand casting process and additive manufacturing or 3D printing process, are comparatively investigated. The two processes were compared in terms of their weight saving, surface finish, design allowance, and fettling work. The results show that there are significant advantages in using additive manufacturing in the production of mold. The 3D printed molds provide substantial saving of sand used, design allowances, and fettling work. The mechanical properties of 3D printed molds are also higher than the conventional ones due to good bonding strength during 3D printing
Successful case studies of metal casting applications using sand moulds and cores produced by additi...
Binder jetting of sand allows for the design and rapid fabrication of complex molds and cores. The ...
Abstract: Rapid sand casting technology is a growing field of additive manufacturing (AM) or three-d...
Additive manufacture of sand molds via binder jetting enables the casting of complex metal geometri...
Casting is a forming process based on material pouring in liquid state. Heat is applied to melt the ...
Purpose: Metal casting industry is in recovery phase after the crisis in 2008; customer demand cont...
Various material systems have been created for Binder Jetting of sand molds; however, a formal anal...
Sand mold casting is a manufacturing method that has been used for thousands of years. In recent yea...
Abstract: Advances made in Additive Manufacturing (AM) or 3D printing led to the 3D printing of sand...
The foundry industry provides near net shape metal casting for a wide range of industries, producing...
Additive Manufacturing (more commonly referred to as 3D printing) is resulting in a metamorphosis o...
3D printing sand mold technology offers an opportunity for the foundry industry to rethink old casti...
There are many 3D printing technologies available, and each technology has its strength and weakness...
Additive manufacturing of metal components has brought about new approaches for optimization and des...
Additive Manufacturing has significantly developed over the years and is widely used in most industr...
Successful case studies of metal casting applications using sand moulds and cores produced by additi...
Binder jetting of sand allows for the design and rapid fabrication of complex molds and cores. The ...
Abstract: Rapid sand casting technology is a growing field of additive manufacturing (AM) or three-d...
Additive manufacture of sand molds via binder jetting enables the casting of complex metal geometri...
Casting is a forming process based on material pouring in liquid state. Heat is applied to melt the ...
Purpose: Metal casting industry is in recovery phase after the crisis in 2008; customer demand cont...
Various material systems have been created for Binder Jetting of sand molds; however, a formal anal...
Sand mold casting is a manufacturing method that has been used for thousands of years. In recent yea...
Abstract: Advances made in Additive Manufacturing (AM) or 3D printing led to the 3D printing of sand...
The foundry industry provides near net shape metal casting for a wide range of industries, producing...
Additive Manufacturing (more commonly referred to as 3D printing) is resulting in a metamorphosis o...
3D printing sand mold technology offers an opportunity for the foundry industry to rethink old casti...
There are many 3D printing technologies available, and each technology has its strength and weakness...
Additive manufacturing of metal components has brought about new approaches for optimization and des...
Additive Manufacturing has significantly developed over the years and is widely used in most industr...
Successful case studies of metal casting applications using sand moulds and cores produced by additi...
Binder jetting of sand allows for the design and rapid fabrication of complex molds and cores. The ...
Abstract: Rapid sand casting technology is a growing field of additive manufacturing (AM) or three-d...