Bralco Advanced Materials is in the field of Metal Additive Manufacturing using Laser Powder Bed Fusion (L-PBF) or Direct Metal Laser Melting (DMLM) process.
Our expertise covers designing (dfAM), Product Development and Prototyping for a wide variety of high-performance materials such as magnetic materials for electromagnetic applications, titanium alloys, stainless steel (including Super Duplex and 6MO), inconel, permalloy, all compositions of iron- based alloys and cobalt chrome alloys.
Our Materials and Engineering teams work with the customers’ R&D team to “design” the material composition that will best suit the intended application, design / redesign the components under development to achieve higher performance matrix and then 3D print the prototypes within a very short lead time for customer evaluation.
We use the power of Finite Element Method (FEM) to simulate flux and hot spots prior to building the parts.
We are an innovative company focused on leveraging the power of Additive Manufacturing to solve our customers’ problems in design, prototyping and product development of components having complex geometry, high performance specifications and required to be developed within a very short lead time at an economical cost.
We cater to various industries such as new energy including e-mobility, rotating electrical devices, automotive, aerospace, robotics and industrial automation.
We have ongoing collaborative relationship with GE Additive (a division of GE Aviation, USA) who are world leaders in Additive Manufacturing technology and its applications in aerospace industry and with world leading research institution Nanyang Technology University (NTU) of Singapore.