On October 28, 2026, Yantai Vocational College issued an acceptance announcement for additive manufacturing equipment for key components in the marine engineering field. The contract number is SDGP370600000202602001021A_001, the supplier is Shandong Mengchuang 3D Equipment Technology Co., Ltd., and the acceptance conclusion is qualified. The project took about one month from the procurement announcement to acceptance. The award announcement was published on October 13, 2026, and the contract was signed on October 28, 2026, with acceptance completed at the same time. The equipment will be installed in the Industry-Education Integration Building of Yantai Vocational College, and the service period after acceptance is 3 years.
The contract explicitly requires the supplier to supply and install in accordance with national standards, ministerial standards, industry standards, and the bidding documents. The service period is 30 calendar days after receiving notice from Party A to complete supply, installation, and commissioning. The acceptance team consisted of five people: Yu Renping, Wang Liang, Wang Zhongxun, Lu Zhe, and Xu Yanchao, and the acceptance opinion was qualified. The announcement did not disclose the specific equipment model, laser power, build dimensions, or material grades used, and the material system and process route for key marine engineering components await further information.
Marine engineering equipment components have long faced challenges such as seawater corrosion, alternating loads, and complex geometric forming. The entry of additive manufacturing equipment into vocational college industry-education integration scenarios means that metal additive technology is moving from the laboratory down to regional industry skills training. For powder suppliers, the process development and teaching training that accompany the equipment installation will create a stable entry point for material consumption. Local metal powder and additive manufacturing service enterprises in Shandong can pay attention to the consumable support and technical service needs of this platform.
Value for powder buyers: ① Pay attention to opportunities for adapting high-corrosion-resistant alloy powders for marine engineering (such as stainless steel and nickel-based alloys) on this platform; ② Track Shandong Mengchuang 3D's subsequent consumable support and equipment process parameters to determine entry points for powder procurement; ③ Note the procurement rhythm for small-batch, multi-batch powders in vocational college training scenarios and plan regional supply in advance.
📰 News Source
This article was translated from a Chinese source.
Source URL not available
Show Chinese original
烟台职业学院海工领域关键部件增材制造设备验收公告
烟台职业学院于2026年10月28日发布海工领域关键部件增材制造设备验收公告,合同编号SDGP370600000202602001021A_001,供应商为山东梦创三维设备科技有限公司,验收结论为合格。项目从采购公告到验收历时约一个月,成交公告发布于2026年10月13日,合同于2026年10月28日签订并同步完成验收,设备将安置于烟台职业学院产教融合大楼,验收后服务期3年。
合同明确要求供应商按国标、部标、行业标准及招投标文件执行供货安装,服务期限为接到甲方通知后30个日历天内完成供货、安装与调试。验收组由于仁萍、王亮、王仲勋、鲁哲、徐言超五人组成,验收意见为合格。公告未披露设备具体型号、激光功率、成形尺寸或所用药材牌号,海工关键部件的材料体系与工艺路线尚待后续信息补充。
海工装备部件长期面临海水腐蚀、交变载荷与复杂几何成形难题,增材制造设备进入职业院校产教融合场景,意味着金属增材技术正从实验室向区域产业技能培养端下沉。对粉末供应商而言,设备落地后伴随的工艺开发与教学实训将形成稳定的材料消耗入口,山东本地金属粉末与增材服务企业可关注该平台的耗材配套与技术服务需求。
对粉末采购商的价值:① 关注海工用高耐蚀合金粉末(如不锈钢、镍基合金)在该平台的适配机会;② 跟踪山东梦创三维后续耗材配套与设备工艺参数,判断粉末采购切入点;③ 留意职业院校实训场景对小批量、多批次粉末的采购节奏,提前布局区域供应。