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In the field of craft manufacturing, complex hollow patterns and interwoven curved structures have long been challenging manufacturing problems. Today, shared intelligent equipment has successfully broken this barrier with its self-developed Binder Jetting (BJ) metal 3D printing technology, bringing a new definition to craft aesthetics.
Binder Jetting Metal 3D Printing Equipment and Accessories
Reconstructing Classics
The Metal Narrative of Chess
The company uses BJ metal 3D printing technology to reshape a century-old chess game, giving chess a new industrial soul.
Selected 316L Stainless Steel Material
The company selects 316L stainless steel as the raw material, giving the chess pieces excellent corrosion resistance and durability, while presenting a delicate metallic texture, allowing you to enjoy the extraordinary touch brought by high-end craftsmanship during the game.
No Support Structure Required
The printing process does not require a support structure, allowing the complex structures and hollow designs of the chess pieces to be formed in one piece. The final chess pieces have sharp edges and high profile recognition, making the textures and facial expressions of the king, queen, and knight vividly come to life, showcasing their cold brilliance on the chessboard.
Customizable
The knight chess piece supports customization, making each one unique. Additionally, the surface of the chess pieces, after sandblasting, is smooth and delicate, and different colored coatings can be chosen to meet diverse aesthetic needs.
It can be said that this 3D printed chess set is not only a technological breakthrough but also an aesthetic innovation.
Inheritance Solidified
The Time Code in Metal School Badges
In the field of campus memorials, the company uses “spiritual visualization” as the design concept, transforming the iconic buildings and historical symbols of schools into tangible metal badges, allowing the weight of heritage to leap into the palm of your hand.
Hollow Nesting, One-Piece Formation
The school badge adopts a complex “hollow nesting” structure, which can be formed in one piece using 3D printing technology.
High Precision Restoration
The miniature text and fine lines in the badge are accurately restored, with a precision of < 0.1μm, showcasing the excellence of the technology.
Mass Production Capability
3D printing supports simultaneous production of multiple parts, significantly improving processing efficiency while ensuring precision, meeting the large-scale production needs of schools for customized badges.
It can be said that the significance of the badge lies in inheritance. Through the company’s Binder Jetting metal 3D printed badges, with their excellent corrosion resistance and wear resistance, they can be preserved for a long time, becoming a cultural carrier and emotional token that transcends generations.
From precision metal chess to culturally significant badges, BJ metal 3D printing is redefining the manufacturing boundaries of complex metal components. It not only breaks through the limitations of traditional craftsmanship but also perfectly integrates design aesthetics with industrial manufacturing through its outstanding detail performance and material durability. In the future, as technology continues to develop, this process will undoubtedly bring innovative possibilities to more fields, opening a new chapter in metal manufacturing.
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Editor | Ma Caixia
Reviewer | Wang Long