CONGRESS SECRETARIAT
Meetx is the congress bureau handling the secretariat for CIRP 2025.
E-mail: cirp2025@meetx.se
IMPORTANT DATES
Registration opens: 10 March 2025
Early-bird registration closes: 31 May 2025
Event dates: 17–23 August 2025
Start small and become part of the CIRP community
Our Starter Sponsorships are for individuals as well as for small business and organisations interested in supporting and interacting with the latest research and development in the field of production engineering.
Centre for Design and Management of Manufacturing Systems (DMMS)
The Design and Management of Manufacturing Systems (DMMS) Center is dedicated to advancing knowledge and developing methods for cost-effective manufacturing of high-performance components. The center plays a vital role in enhancing efficiency and productivity in manufacturing while tackling modern challenges, including a competitive global market, a shortage of skilled workers with manufacturing expertise, the drive for sustainability, and the adoption of innovative methodologies and cutting-edge technologies. The centre focuses on manufacturing complex, knowledge-intensive components, such as automotive powertrain parts, by emphasizing precision and quality through advanced machining processes, digital tools, and information feedback systems to enhance accuracy, reduce waste, and improve operational efficiency.
The Kistler Group
Kistler is the global market leader for dynamic pressure, force, torque and acceleration measurement technology. Cutting-edge technologies provide the basis for Kistler’s modular solutions. Customers in industry and scientific research benefit from Kistler’s experience as a development partner, enabling them to optimize their products and processes so as to secure sustainable competitive edge. Unique sensor technology from this Swiss corporation helps to shape future innovations not only in automotive development and industrial automation but also in many newly emerging sectors.
Drawing on our extensive application expertise, and always with an absolute commitment to quality, Kistler plays a key part in the ongoing development of the latest megatrends. The focus is on issues such as electrified drive technology, autonomous driving, emission reduction and Industry 4.0. Some 2,000 employees at more than 60 facilities across the globe are dedicated to the development of new solutions, and they offer application-specific services at the local level.
MANUS Software
Manus Software specializes in advanced CNC post processor developer, G code simulation and optimization solutions, helping manufacturers, engineers, and researchers achieve greater efficiency and precision in machining. With nearly two decades of experience in CNC software development, we deliver reliable and innovative tools tailored to industry needs.
Our core solutions include:
- MANUSpost developer – A cloud based CNC post processor developing solution that enables seamless and efficient CNC programming.
- MANUSsim – A powerful CNC simulation software that ensures accurate G code verification, reducing errors and improving machining reliability.
- MANUSsim optimize – An advanced optimization tool that enhances toolpath efficiency, reduces cycle times and minimizes machining costs.
With a strong commitment to innovation, we empower industries with the technology, enabling smarter and more efficient manufacturing. Additionally, we support academic institutions by providing free educational licenses, ensuring the next generation gains valuable hands on CNC simulation experience.
NOKOV
NOKOV specializes in advanced optical motion capture solutions, supporting a wide range of applications in robotics and automation across academic research and industrial sector. Committed to precision and adaptability, our motion analysis technology provides valuable insights and enhances research efficiency in every project.
By utilizing high-performance infrared cameras, NOKOV can accurately locate the positions of reflective markers and generate 3D motion data through our sophisticated analysis system. This cutting-edge approach is an ideal solution for motion capture in fields such as robotics, UAVs, virtual reality, sports biomechanics, movement analysis, gait rehabilitation, ergonomics, film animation, and game production.
At NOKOV, we are committed to pushing the boundaries of innovation. Our mission is to make high-quality motion capture technology available to a wider audience, empowering countless industries with the tools they need to excel.
SAAB AB
When Saab was founded in 1937, our primary aim was to provide military aircraft for Sweden. Today, we serve the global market with world-leading products, services and solutions from military defence to civil security. With operations on every continent, Saab continuously develops, adapts and improves new technology to meet customers’ changing needs. Since Saab was started, we have strived to keep people and society safe. It is a basic human need to feel safe and, as we see it, a human right. Through systems and solutions that increase security, we can make this possible.
The State Key Laboratory of Ultra-precision Machining technology (SKL-UPMT)
The State Key Laboratory of Ultra-precision Machining technology (SKL-UPMT) in the Department of Industrial and Systems Engineering at The Hong Kong Polytechnic University has been pioneering at the forefront of providing innovative solutions in optics design, ultra-precision machining, measurement, and precision mould making for some of the world’s most critical industrial applications. Our mission is to achieve technological advancement and knowledge transfer of ultra-precision machining technology to industry. We invite collaborations with industries, academic institutions, and research organizations.
The main research directions of the SKL-UPMT are:
- Research and development of ultra-precision machining equipment and precision manufacturing equipment: Developing next-generation ultra-precision manufacturing equipment, leveraging the advancements in artificial intelligence.
- Micro and Nano Machining Mechanics: Exploring the surface generation mechanisms of micro/nano structures to develop new theories and innovative processes for ultra-precision machining.
- Advanced Ultra-precision Machining Processes: Creating novel machining processes and technologies to enhance the accuracy and performance of products in high-tech industries like semiconductors and optoelectronics.
- Research and development of precision metrology and instrumentations: Developing next-generation precision metrology and instrumentation using artificial intelligence methods.
- Interdisciplinary applications of ultra-precision machining: Expanding the scope of ultra-precision machining through interdisciplinary research, fostering innovation across various fields, and addressing the major national needs and improving the quality of life.
These research directions are crucial for advancing the design, fabrication, and measurement of advanced optics and critical precision components. By collaborating with the SKL-UPMT, you can leverage our cutting-edge technologies and expertise to drive innovation and achieve mutual goals. Together, we can push the boundaries of ultra-precision machining and contribute to the development of strategic emerging industries.
Wingquist Laboratory
Wingquist Laboratory is an internationally competitive competence centre for multidisciplinary research within the field of digital product realization. The lab envisions a fully digital product realization process, where complex, mechanical, assembled products and their production systems are developed and verified together, without need for physical prototypes or testing.
Yueshan Energy
Fujian Yueshan Energy Technology Co., Ltd., a high-tech innovator specializing in energy-efficient mining machinery upgrades, intelligent energy-saving production equipment, AI+ solutions, and scenario-based digital twin technologies, leverages a robust technical and expert team. It collaborates with universities including Tianjin University of Science and Technology to establish R&D centers and labs for technological advancement.
Subsidiary “Yueshan Zihuan” developed the world’s first switched reluctance drive-powered pure electric non-road wide-body dump truck and led the formulation of industry technical specifications. “Yueshan Zhijie” provides the YSE mineral processing solution integrating “motor + electric control + operational conditions + CFD (Computational Fluid Dynamics) + DT (Digital Twin)”, enhancing ore grade and reducing energy consumption.
Focused on low-carbon, eco-friendly intelligent equipment manufacturing, the company aims to lead the industry and drive sustainable development.