Hyperion Robotics英国新厂投产，助力基建升级。

In a significant move for the construction industry, Finnish concrete 3D printing leader Hyperion Robotics has announced the location for its first UK manufacturing facility. The company will establish its new plant, named Forge I, in Flixborough, North Lincolnshire, in partnership with Swedish firm LKAB Minerals. Scheduled to open before summer 2026, this facility marks a major step in scaling automated, low-carbon construction methods across the UK.

在建筑行业的一项重大举措中，芬兰混凝土3D打印领导者Hyperion Robotics宣布了其首个英国制造设施的选址。该公司将与瑞典企业LKAB Minerals合作，在北林肯郡的弗利克斯伯勒建立名为“锻造一号”的新工厂。该设施计划于2026年夏季前开业，标志着在英国推广自动化、低碳建筑方法的重要一步。

The new factory represents a shift towards a fully digital and automated production model for critical infrastructure components. Forge I is designed to manufacture over 50 pre-cast concrete foundation units weekly. Each unit can measure up to 3m x 3m with a height of 2.5m and will be fully compliant with European construction standards (Eurocode and CE-marked).

新工厂代表着关键基础设施组件向全数字化和自动化生产模式的转变。“锻造一号”设计为每周生产超过50个预制混凝土基础单元。每个单元尺寸可达3米 x 3米，高度2.5米，并将完全符合欧洲建筑标准（欧洲规范与CE标志）。

Steve Handscomb, Managing Director Cementitious at LKAB Minerals UK, highlighted the partnership’s potential: “By supplying climate-efficient mineral inputs directly into Hyperion’s computational design and robotic production platform, we are helping to establish a new automated raw-materials-to-infrastructure value chain in the UK.”

LKAB Minerals英国水泥材料董事总经理史蒂夫·汉兹库姆强调了合作的潜力：“通过将气候高效矿物原料直接供应到Hyperion的计算设计和机器人生产平台，我们正在帮助英国建立一条从原材料到基础设施的新型自动化价值链。”

Hyperion’s initial focus will be on serving clients in energy, water, data centers, and utilities—sectors where foundation work is a major, repetitive cost driver. The company’s method offers a compelling solution to chronic industry inefficiencies:

Hyperion的初始重点将是为能源、水务、数据中心和公用事业领域的客户提供服务——这些行业的基础工程是主要且重复的成本驱动因素。该公司的方法为长期存在的行业低效问题提供了引人注目的解决方案：

Hyperion’s technology is already gaining traction in the UK. A landmark project with National Grid and the University of Sheffield involved the design, manufacture, and structural testing of 3D printed concrete foundations for electricity substations. The trials projected impressive outcomes:

Hyperion的技术在英国已获得认可。与国家电网和谢菲尔德大学合作的一个标志性项目，涉及为变电站设计、制造和结构测试3D打印混凝土基础。试验预计将取得令人瞩目的成果：

Beyond National Grid, Hyperion has collaborated with Yorkshire Water, Welsh Water, and engineering firm Mott MacDonald Bentley. The new Flixborough site will serve as the company’s primary UK base as it scales operations, creating around 10 advanced manufacturing and robotics jobs initially, with more expected as production ramps up.

除了国家电网，Hyperion还与约克郡水务、威尔士水务以及工程公司Mott MacDonald Bentley进行了合作。新的弗利克斯伯勒基地将作为该公司在英国的主要基地，随着业务规模的扩大，初期将创造约10个先进制造和机器人工作岗位，预计随着产量提升将创造更多就业机会。

Traditional infrastructure development is notoriously hampered by on-site variables like weather, labor shortages, and logistical challenges, which lead to cost overruns and delays. Hyperion Robotics is tackling this head-on by moving critical manufacturing processes into a predictable, factory-controlled setting. This industrial approach not only accelerates project delivery but also enables the use of optimized designs that would be difficult or impossible to achieve with conventional techniques.

传统基础设施开发因天气、劳动力短缺和物流挑战等现场变量而臭名昭著地受阻，导致成本超支和延误。Hyperion Robotics正通过将关键制造流程转移到可预测的、工厂控制的环境中，正面应对这一挑战。这种工业化方法不仅加快了项目交付速度，还使得采用优化设计成为可能，而这些设计用传统技术难以或无法实现。

This innovation mirrors a broader trend in manufacturing, where digital design and automated production are creating smarter, more sustainable outcomes. For enthusiasts and professionals inspired by such precision engineering, exploring premium STL files for personal or prototyping projects can be a great way to engage with the principles of digital fabrication.

这项创新反映了制造业更广泛的趋势，即数字设计和自动化生产正在创造智能……

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