Ergonomic design, rigorous internal structure design, sub-vacuum-level sealed molding warehouse, etc., ensure the safety and stability of the equipment, high precision of molded parts, good surface finish, and high density.
Ergonomic design, rigorous internal structure design, sub-vacuum-level sealed molding warehouse, etc., ensure the safety and stability of the equipment, high precision of molded parts, good surface finish, and high density. It is suitable for powder metallurgy, medical dentistry, education and scientific research. Personalized customization 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.
With open systems of all functions, using round base plate, HBD-80 could start printing with a small amount of powder, which is a high cost efficient industrial-grade metal 3D printer.
Ergonomic design, rigorous internal structure design, sub-vacuum-level sealed molding warehouse, etc., ensure the safety and stability of the equipment, high precision of molded parts, good surface finish, and high density. It is suitable for powder metallurgy, medical dentistry, education and scientific research. Personalized customization 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.
With open systems of all functions, using round base plate, HBD-80 could start printing with a small amount of powder, which is a high cost efficient industrial-grade metal 3D printer.
Fast and efficient full-range calibration software provides micron-level calibration accuracy, and secondary calibration is available, ensuring long-term high-precision printing.
