Provides larger building chamber, ability to fabricate large-sized parts, stability and accuracy of powder delivery system, efficiency in laser optical path with professional management system, intelligent sensor and monitoring equipment with automation feedback
Mainstream molding size, stable and accurate powder spreading system, efficient and precise laser light path and management system, with equipment intelligent sensing and monitoring, all-round feedback, suitable for molds, education and scientific research, medical equipment, auto parts manufacturing and other fields.
From Stainless steel, Cobalt-chrome alloy, Tool steel, Titanium alloy, High temperature alloy, Aluminum alloy, Hastelloy, Tungsten, Tantalum and some other refractory metals.
According to the characteristics of the individual bones, According to the characteristics of the individual bones, using a 3D scanner to create a three-dimensional model, and then through the metal 3D high-precision printing, to achieve the preoperative verify quickly and effectively, ensure the bone plate, implants were high precision matching with the patient, which reduce the surgical risk and improve the cure rate; It can also be personalized manufacturing trabecular, porous, lattice and other structures to improve prosthesis and bone mechanical adaptation to speed up the combine of muscle tissue with prosthesis.
Mainstream molding size, stable and accurate powder spreading system, efficient and precise laser light path and management system, with equipment intelligent sensing and monitoring, all-round feedback, suitable for molds, education and scientific research, medical equipment, auto parts manufacturing and other fields.
From Stainless steel, Cobalt-chrome alloy, Tool steel, Titanium alloy, High temperature alloy, Aluminum alloy, Hastelloy, Tungsten, Tantalum and some other refractory metals.
According to the characteristics of the individual bones, According to the characteristics of the individual bones, using a 3D scanner to create a three-dimensional model, and then through the metal 3D high-precision printing, to achieve the preoperative verify quickly and effectively, ensure the bone plate, implants were high precision matching with the patient, which reduce the surgical risk and improve the cure rate; It can also be personalized manufacturing trabecular, porous, lattice and other structures to improve prosthesis and bone mechanical adaptation to speed up the combine of muscle tissue with prosthesis.
Selective laser melting (SLM) is a specific 3D printing technique, which utilizes high power-density laser to fully melt and fuse metallic powders with a fairly extensive range of metal alloys available.
