Powder injection molding (PIM) is a well-known technique to manufacture net-shaped,
complicated, macro or micro parts employing a wide range of materials and alloys …

The last few years have been characterized by the development of 3D printing technology;
in parallel, many analytical techniques have been proposed for this new technology to favor …

Powder injection moulding is a low-cost manufacturing process that produces very complex
parts to net shapes in a wide variety of materials and unique alloys, including superalloys …

Rheological behavior of powder-binder mixture has a direct impact on the successful mold
filling for parts obtained from powder injection molding. In this study, the impact of binders on …

Moldability and segregation of feedstock are linked to the rheological behavior of the
powder-binder mixture. In this study, the impact of binders on viscosity and segregation of …

The rheological behavior of wax-based feedstocks has a direct impact on successful mold
filling for parts produced by low-pressure powder injection molding. During a rheological …

The impact of binders and temperature on the rheological properties of feedstocks used in
low‐pressure powder injection molding was investigated. Experiments were conducted on …

Low-pressure powder injection molding is an emerging technology for cost-effectively
producing complex shape metallic parts with the proper dimensional tolerances, either in …

The success of metal injection moulding (MIM) process is significantly influenced by the
homogeneity level of the powder-binder mixture (feedstock). This paper highlights some …

Metal injection molding (MIM) is a metal working process used to compact Titanium, Ti-6Al-
4V and the binder through injection moulding process. In this work, Titanium Ti-6Al-4V was …