证券日报网讯伊之密（300415）11月26日在互动平台回答投资者提问时表示，公司超大型压铸机的主要 应用场景是铝合金结构件。半固态镁合金设备目前最大吨位为6600吨。其他相关信息请关注公司后续的 官方信息。 ...

每经AI快讯，伊之密（300415.SZ）11月26日在投资者互动平台表示，公司超大型压铸机的主要应用场 景是铝合金结构件。半固态镁合金设备目前最大吨位为6600吨。 （文章来源：每日经济新闻） ...

Core Viewpoint - The company has made significant progress in promoting semi-solid magnesium alloy equipment, primarily targeting the automotive and consumer electronics industries [1] Group 1: Market Promotion and Applications - The market promotion of semi-solid magnesium alloy equipment is progressing well since its introduction in 2019 [1] - The primary downstream applications for this equipment are in the automotive and consumer electronics sectors [1] Group 2: Financial Contribution and Future Outlook - The financial details regarding the contribution of this business to the company's revenue and gross profit will be disclosed in future periodic reports [1] - The company is considering flexible sales strategies, such as financing leases, to lower the investment threshold for customers [1]

Core Insights - The company is actively pursuing collaboration opportunities in the North American new energy lightweight sector, particularly with the LEAP series die-casting machines and semi-solid magnesium alloy equipment [1] Group 1: Orders and Collaborations - The company has not confirmed any direct equipment orders or technical cooperation agreements with North American electric vehicle manufacturers such as Tesla or Rivian [1] Group 2: Service Center Development - The initial phase of the Mexico service center will cover equipment installation, training, and basic maintenance, with plans to gradually expand to spare parts storage and process support [1] Group 3: Geopolitical Risk Management - The company is taking specific measures to address geopolitical risks in the North American market, although details were not provided in the response [1]

Core Viewpoint - The company is actively seeking collaboration opportunities that align with its development goals, particularly in the North American market for new energy lightweight solutions [1]. Group 1: Company Developments - The company has established a service center in Mexico, which will initially cover equipment installation, training, and basic maintenance, with plans to expand into spare parts storage and process support in the future [1]. - There is a focus on technological breakthroughs in the North American new energy lightweight sector, specifically with the LEAP series die-casting machines and semi-solid magnesium alloy equipment [3]. Group 2: Investor Inquiries - Investors have inquired about whether the company has secured direct equipment orders or technology cooperation agreements with North American electric vehicle manufacturers such as Tesla and Rivian [3]. - Questions were raised regarding the construction progress of the Mexico service center and its expected service capabilities [3]. - The company was also asked about specific measures it is taking to address geopolitical risks in the North American market [3].

Group 1 - The company announced on October 20 that it secured nearly 10 million yuan in orders from the K2025 exhibition, with clients spanning multiple sectors including automotive and consumer electronics [1][3] - The specific composition of the orders and their future revenue contributions will be detailed in the company's subsequent official communications [1] - There was a query regarding the proportion of orders related to humanoid robots, specifically the seven-shot injection molding machines and semi-solid magnesium alloy equipment, as well as the expected revenue contribution from these orders in 2026 [3]

Core Viewpoint - The company, Yizhiming (300415), highlighted the importance of synchronizing its semi-solid magnesium alloy equipment with customer mold development and production line debugging to ensure stable matching of forming parameters and structural component processes [1] Group 1 - The verification cycle for customers primarily depends on the complexity of the parts and the progress of the customer's assembly and performance validation [1]