Qilu University of Technology and Highlight Hold Science and Technology Station Unveiling Ceremony

University-industry cooperation creates opportunities for closer communication between scientific research and industrial applications. Qilu University of Technology (Shandong Academy of Sciences) and Jinan ODMT Fluid Control Equipment Co. Ltd. recently held a Science and Technology Station unveiling ceremony, marking the establishment of a dedicated platform for further cooperation.

Science and Technology Station Unveiling Ceremony

Qilu University of Technology (Shandong Academy of Sciences) and Jinan ODMT Fluid Control Equipment Co., Ltd. held the Science and Technology Station unveiling ceremony.

The ceremony marks the establishment of a cooperation platform between the university and the company. Such a platform provides a basis for communication between an academic institution and an industrial enterprise.

For a technology-oriented equipment company, cooperation with a university can create opportunities to connect industrial needs with scientific and technical resources.

Qilu University of Technology and Industry-University Cooperation

Qilu University of Technology (Shandong Academy of Sciences) is the university involved in this Science and Technology Station.

The cooperation represented by the unveiling ceremony connects the academic and industrial sides through a dedicated platform.

University-industry cooperation can provide a channel for both sides to communicate around technology, engineering requirements, and industrial development.

Establishing a Platform for Technology Exchange

The establishment of a Science and Technology Station provides a formal platform for communication between the participating parties.

For industrial equipment companies, technology exchange can be relevant to areas such as product development, engineering applications, testing equipment, and fluid control technology.

For universities and research institutions, cooperation with industrial enterprises can provide opportunities to better understand practical industrial requirements.

The actual activities and research scope of this Science and Technology Station will depend on the subsequent cooperation arrangements.

Jinan ODMT Fluid Control Equipment Co. Ltd.

Jinan ODMT Fluid Control Equipment Co., Ltd. is the company involved in the Science and Technology Station unveiling ceremony.

The company focuses on high-pressure testing equipment and fluid control systems, with business areas covering gas boosting, liquid boosting, valve testing, leak detection, hydrostatic testing, pressure testing, and testing line integration.

Its equipment serves industrial testing and fluid control applications where customers may require personnalisé engineering solutions.

High-Pressure Testing Equipment and Fluid Control

ODMT’s technical business is centered on high-pressure testing equipment and fluid control systems.
Its solution areas include:

• Systèmes de suralimentation à gaz
• Systèmes de suralimentation à fluide
• Équipements de contrôle des vannes
• Leak detection equipment
• Équipements d'essais hydrostatiques
• Équipements d'essais de pression
• Intégration complète de la ligne de contrôle

These equipment categories address different industrial testing requirements.

The company also provides standalone machines and complete testing line solutions according to project requirements.

Connecting Technology with Industrial Equipment

The Science and Technology Station provides a platform for closer communication between the university and the industrial enterprise.

For a company working with fluid control equipment and high-pressure testing systems, technical development can involve multiple engineering considerations, including pressure control, testing processes, equipment integration, and application requirements.

A university-industry cooperation platform can provide a channel for future communication around these areas.

Supporting Future University-Industry Cooperation

The unveiling ceremony is an important step in establishing the cooperation platform.

Future cooperation may depend on the needs and arrangements of both parties. The platform provides a basis for continued communication between academic and industrial teams.

For industrial technology companies, maintaining communication with universities and research institutions can support broader connections between scientific research, engineering practice, and industrial applications.

Technology-Oriented Development in Fluid Control Equipment

Fluid control is an important part of many industrial testing systems.

In high-pressure applications, equipment may need to manage pressure, flow, testing media, and system connections according to the specific application.

ODMT’s product and solution scope covers both individual equipment and integrated testing lines. Its business includes gas boosting, liquid boosting, valve testing, leak detection, hydrostatic testing, and pressure testing.

The Science and Technology Station provides a new platform for communication between the company and the academic side.

From Research Communication to Practical Applications

University-industry cooperation can connect technical knowledge with practical industrial requirements.

For an engineering-oriented company, practical applications are an important part of equipment development. Customer requirements, testing processes, equipment stability, and system integration all influence the development of industrial testing solutions.

The Science and Technology Station creates a platform for future communication between Qilu University of Technology (Shandong Academy of Sciences) and Jinan ODMT Fluid Control Equipment Co., Ltd.

The specific results of this cooperation will depend on subsequent activities.

Ceremony Marks a New Cooperation Platform

The Science and Technology Station unveiling ceremony represents the formal establishment of the platform.

For both sides, the ceremony provides a starting point for further communication and cooperation.

Rather than claiming specific achievements that have not yet been provided, the project can be understood as an institutional step toward closer university-industry communication.

This approach also leaves room for future cooperation activities, technical exchanges, and potential industrial applications.