• 新洁净室扩展了可重复制造流程的能力，并优化了高纯度和高精度的工艺策略。

• Maximator 对新生产区域投资约 25 万欧元，为在半导体技术、医疗技术、食品技术以及制药技术和生物技术等要求苛刻行业的进一步增长奠定基础。

• 工业技术专家 item 为规划和实施提供了支持。

随着其新洁净室于 2026 年 2 月 11 日（星期三）投入使用，Maximator 正在加强其在超高纯度高压组件和系统方面的制造专长。在受控环境中，Maximator 为其半导体行业的客户项目制造气体压缩系统。通过这种方式，这家总部位于诺德豪森的技术专家最大限度地降低了颗粒和污染风险，并为可重复的制造流程以及优化的工艺策略奠定了基础。

该洁净室的设计也适用于未来高压技术中其他组件和部件（如泵或阀门）的组装和验收测试。Maximator GmbH 的董事总经理 Dr. Alexander Müller 解释道：“通过新的洁净室，我们正在利用最先进的基础设施扩展我们的制造业务，使我们能够始终如一地满足最严苛的客户要求，并保持高质量水平——具有可靠的过程安全性和保证低颗粒水平。”

洁净室满足严格规范

新洁净室包括约 60 平方米的生产区域以及技术和循环区域，并划分为非洁净区、洁净区和超净区。一个约 30 帕斯卡 (Pa) 的压力梯级概念（通过人工监控）确保了该结构在运行期间的有效性。区域之间产生压力差，使得空气从较洁净区域流向较不洁净区域，防止颗粒被引入关键区域。通过作为受控接口的人员和物料气闸室进行进入。这些气闸室充当不同洁净级别之间的缓冲，实现受控流程，如人员更衣或物料装载，并防止在开门时非洁净区和超净区之间直接的空气和颗粒交换。这确保了敏感工艺步骤的条件保持稳定和可重复。该洁净室符合 ISO 14644-1 标准的 ISO 6 级要求。

与 item 合作实现

该项目是与 item 合作规划和实施的。这家工业技术专家在洁净室结构的规划和建设、材料供应以及实施期间的技术支持方面为 Maximator 提供了支持。Maximator 的董事总经理 Müller强调：“我们感谢 item 的合作夥伴关系和透明的知识。凭借关于要求和实施的具体建议，我们能够在早期阶段确定正确的方向，并有针对性地实现洁净室结构。”item 的区域销售经理 Jennifer Thor 补充道：“得益于所有参与者的非凡承诺，这个项目才能如此成功并在如此短的时间内实施完成。我们很自豪能够作为合作伙伴支持这个重要的面向未来的项目。”

对基地和未来增长的投资

通过新的洁净室，Maximator 正在持续发展其诺德豪森基地。在大约四个月的施工期内，公司投资约 25 万欧元创建了该基础设施。这项投资为这家来自诺德豪森的技术专家在半导体技术、医疗技术、食品技术、制药和生物技术以及航空航天等面向未来的行业的进一步增长奠定了基础。项目经理 Andor Thelen 强调：“通过 ISO 6 级洁净室，Maximator 正在加强其在众多高科技行业中的地位——远远超出其现有市场。在低颗粒水平、过程可靠性和功能安全性具有决定性的领域，具备 ISO 6 级能力的装配流程能够以更低的工艺投入和更低的成本，高效地实现久经考验的质量。”

Maximator Opens New Cleanroom in Nordhausen: Expanding Manufacturing Capabilities for Customer Projects in the Semiconductor Industry

· New cleanroom expands capabilities for reproducible manufacturing processes and optimizes process strategies for high purity and precision.

· Maximator invests approximately EUR 250,000 in the new production area, creating the foundation for further growth in demanding industries such as semiconductor technology, medical technology, food technology, as well as pharmaceutical technology and biotechnology.

· Industrial technology specialist item supported the planning and implementation.

With the commissioning of its new cleanroom on Wednesday, February 11, 2026, Maximator is strengthening its manufacturing expertise for ultrahighpurity highpressure components and systems. In the controlled environment, Maximator manufactures its gas compression systems for customer projects in the semiconductor industry. In this way, the Nordhausenbased technology specialist minimizes particle and contamination risks and creates the basis for reproducible manufacturing processes as well as optimized process strategies.

The cleanroom is designed to also be used in the future for the assembly and acceptance testing of additional assemblies and components in highpressure technology, such as pumps or valves. “With the new cleanroom, we are expanding our manufacturing operations with a stateoftheart infrastructure that enables us to consistently meet even the most demanding customer requirements at a high level of quality – with reliable process safety and guaranteed low particle levels,” explains Dr. Alexander Müller, Managing Director of Maximator GmbH.

Cleanroom Meets Stringent Specifications

The new cleanroom comprises a production area of approximately 60 square meters as well as technical and circulation areas, and is zoned into nonclean, clean and ultraclean areas. A pressure cascade concept of around 30 pascals (Pa), which is monitored manually, ensures the effectiveness of this structure during operation. Pressure differentials are created between the zones so that air flows from the cleaner to the less clean areas, preventing particles from being introduced into critical zones. Access is provided via personnel and material airlocks acting as controlled interfaces. These serve as buffers between the different cleanliness levels, enable regulated processes such as personnel changes or material loading, and prevent direct air and particle exchange between non clean and ultra clean areas when doors are opened. This ensures that conditions for sensitive process steps remain stable and reproducible. The cleanroom meets the requirements of ISO Class 6 in accordance with ISO 146441.

Implementation with Support from item

The project was planned and implemented in cooperation with item. The industrial technology specialist supported Maximator in the planning and construction of the cleanroom structure, the provision of materials, and technical support during implementation. “We would like to thank item for the cooperative partnership and the transparent transfer of knowhow. With specific recommendations regarding requirements and implementation, we were able to set the right course at an early stage and realize the cleanroom structure in a targeted manner,” emphasizes Maximator Managing Director Müller. Jennifer Thor, Area Sales Management at item, adds: “This project could only be implemented so successfully and within such a short time thanks to the exceptionally high level of commitment shown by everyone involved. We are proud to have supported this important future oriented project as a partner.”

Investment in the Site and Future Growth

With the new cleanroom, Maximator is consistently continuing the development of its Nordhausen site. Within a construction period of around four months, an infrastructure was created in which the company invested approximately EUR 250,000. This investment provides the technology expert from Nordhausen with the foundation for further growth in future oriented industries such as semiconductor technology, medical technology, food technology, pharmaceutical and biotechnology, as well as aerospace. “With the ISO Class 6 cleanroom, Maximator is strengthening its position in numerous hightech industries – far beyond its existing markets. Wherever low particle levels, process reliability and functional safety are decisive, an ISO6capable assembly process enables the efficient implementation of proven quality with lower process effort and reduced costs,” underscores project manager Andor Thelen.