证券日报网讯永利股份11月26日在互动平台回答投资者提问时表示，公司下属全资子公司于2019年增资 参股深圳德科精密科技有限公司，持有其19.01%的股权，积极布局3D打印行业。深圳德科主要为模具 制造行业提供专业的3D金属打印和3D激光雕刻服务。公司利用3D打印增材制造实现更短的生产周期、 制造更为复杂的几何形状以及降低最终制造成本的能力，进一步提高模具设计和制造的整体效率。 （文章来源：证券日报） ...

Core Viewpoint - The company is actively expanding its presence in the 3D printing industry through strategic investments and partnerships, particularly in metal printing and laser engraving services for the mold manufacturing sector [1]. Group 1: Company Overview - The company has a wholly-owned subsidiary that invested in Shenzhen Dekai Precision Technology Co., Ltd. in 2019, acquiring a 19.01% stake [1]. - Shenzhen Dekai specializes in providing professional 3D metal printing and 3D laser engraving services primarily for the mold manufacturing industry [1]. Group 2: Industry Insights - The company leverages additive manufacturing through 3D printing to achieve shorter production cycles, create more complex geometric shapes, and reduce final manufacturing costs [1]. - This approach enhances the overall efficiency of mold design and manufacturing processes [1].

Group 1 - The company, Yongli Co., announced on September 29 that its affiliated company, Shenzhen Dekai Precision Technology Co., Ltd., primarily provides professional 3D metal printing and 3D laser engraving services for the mold manufacturing industry [2]

Core Viewpoint - The company is actively engaging in the precision molding sector, emphasizing its advanced capabilities in mold processing and its strategic investment in 3D printing technology to enhance manufacturing efficiency [2]. Group 1: Company Capabilities - The company's mold processing precision can reach 0.005mm, with a general workpiece tolerance standard of 0.01mm and a qualification rate of approximately 95% [2]. - The company has a stake in Shenzhen Dekai Precision Technology Co., which specializes in providing professional 3D metal printing and 3D laser engraving services for the mold manufacturing industry [2]. Group 2: Industry Positioning - The company is actively positioning itself in the 3D printing industry, leveraging additive manufacturing to achieve shorter production cycles, create more complex geometric shapes, and reduce final manufacturing costs [2]. - The company's efforts in 3D printing are aimed at improving the overall efficiency of mold design and manufacturing processes [2].

Group 1 - The core viewpoint of the article highlights the precision capabilities of the company in the field of precision molding, with mold processing accuracy reaching 0.005mm and a general workpiece tolerance standard of 0.01mm, achieving a qualification rate of approximately 95% [1] - The company’s subsidiary, Shenzhen Deca Precision Technology Co., Ltd., specializes in providing professional 3D metal printing and 3D laser engraving services for the mold manufacturing industry, showcasing deep theoretical knowledge and rich practical experience [1] - The company is actively expanding into the 3D printing industry, leveraging additive manufacturing to achieve shorter production cycles, the ability to manufacture more complex geometric shapes, and reduced final manufacturing costs, thereby enhancing overall efficiency in mold design and manufacturing [1]

Core Viewpoint - The company has demonstrated significant capabilities in precision molding, achieving high accuracy and low defect rates, while actively expanding its presence in the 3D printing industry to enhance manufacturing efficiency [1]. Group 1: Precision Molding Capabilities - The company's mold processing accuracy can reach 0.005mm, with a general workpiece tolerance standard of 0.01mm [1]. - The defect rate for the company's products is approximately 5%, resulting in a qualification rate of around 95% [1]. Group 2: 3D Printing and Laser Engraving - The company has a stake in Shenzhen Dekai Precision Technology Co., Ltd., which provides professional 3D metal printing and laser engraving services for the mold manufacturing industry [1]. - The company is actively positioning itself in the 3D printing sector, leveraging additive manufacturing to achieve shorter production cycles, create more complex geometric shapes, and reduce final manufacturing costs [1].