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Our projects

Tooling Projects

Various tooling projects meeting aerospace, automotive and manufacturing criteria.

Explore the excellence of our creations at OCX with this assembly fixture dedicated to welding and quality control of welded parts. Our expertise is reflected in every detail, ensuring impeccable manufacturing processes and unrivaled quality standards. Trust OCX for your tailor-made solutions, combining innovation and precision in each project.

Explore the excellence of our creations at OCX with this assembly fixture dedicated to welding and quality control of welded parts. Our expertise is reflected in every detail, ensuring impeccable manufacturing processes and unrivaled quality standards. Trust OCX for your tailor-made solutions, combining innovation and precision in each project. Various adaptations of the tool such as inspection position 3 to inspect the arrival of the four conduits.

Explore the excellence of our creations at OCX with this assembly fixture dedicated to welding and quality control of welded parts. Our expertise is reflected in every detail, ensuring impeccable manufacturing processes and unrivaled quality standards.

Specialized inspection fixture for flexible parts in the automotive industry. Designed by OCX to ensure exceptional quality and high safety standards during assembly. A tailor-made solution to ensure the reliability of components in the automotive sector.

Illustration of a Go-NoGo inspection template, an essential tool in quality control. The template has two distinct areas, one marked 'Go' for compliant parts and the other 'NoGo' for non-compliant parts. This device allows rapid and precise evaluation of automotive components, thus helping to maintain high manufacturing standards and guaranteeing the quality of final products.

Illustration highlighting the design process of a specialized inspection tool for flexible parts in the automotive industry. The image captures the careful engineering of the tool, suitable for the precise assessment of flexible components such as joints, pipes and wiring. This innovation helps ensure the durability, safety and optimal performance of essential parts in the automotive sector, thereby strengthening the quality standards and reliability of the vehicles produced.

Illustration highlighting the use of 3D printing to create a specialized assembly tool for flexible parts in the automotive industry. The image captures the engineering and 3D printed representation of the various assembled parts.

Metrology projects

Our expertise allows us to address projects for sectorsaeronautical, space, medical, automotive and more.

Illustration capturing the process of carefully inspecting an aeronautical part using a coordinate measuring machine (CMM). The image highlights the precision of the equipment, which scrutinizes every detail of the part with advanced coordinated measurement technology. This inspection method, essential in the aviation industry, ensures rigorous compliance with dimensional and geometric specifications, thereby ensuring the quality and reliability of components crucial to aircraft safety and performance.

Illustration highlighting the innovative use of 3D scanning technology during the inspection of an aeronautical part. The scene depicts the part carefully positioned on a dedicated assembly jig, while the 3D scan captures every detail with exceptional precision. This advanced inspection approach guarantees the dimensional and geometric conformity of the part, while offering an exhaustive vision of its topography. The integration of 3D scanning into the inspection process strengthens the quality and precision of components, helping to ensure the safety and optimal performance of aircraft in the aeronautical sector.

Illustration highlighting the cutting-edge inspection process of a large automotive part using 3D scanning technology. The scene captures the moment when the 3D scanner, equipped with state-of-the-art sensors, meticulously analyzes every contour and detail of the part, ensuring exceptional dimensional accuracy. This advanced inspection method not only speeds up the process, but also provides a complete view of the part's complex geometry, thereby strengthening quality standards in the automotive industry. The integration of 3D scanning significantly contributes to ensuring the conformity and optimal performance of large components, thus consolidating the reliability of the vehicles produced.

Illustration highlighting the innovative process of inspecting a part for a recreational vehicle using 3D scanning technology. The image captures the moment when the 3D scan, equipped with high-resolution sensors, carefully analyzes every detail of the part, providing a complete three-dimensional representation. This advanced inspection method ensures exceptional dimensional accuracy, while facilitating in-depth analysis of the geometric complexity unique to recreational vehicle components. The integration of 3D scanning thus reinforces quality standards, contributing to the manufacturing of reliable and safe parts for recreational vehicles.

Illustration demonstrating the dimensional results obtained by colorimetry from a detailed 3D scan of a tibia as part of a medical project. The visual representation highlights dimensional variations using a color palette, providing a precise view of the anatomical characteristics of the tibia. The colorimetry from the 3D scan allows a detailed analysis of dimensions, thus contributing to the in-depth understanding of future intervention points. This technological advancement facilitates surgical planning and personalization of medical interventions, thereby improving the care and precision of orthopedic procedures.

Illustration highlighting the process of reverse engineering the interior of a transportation vehicle using 3D scanning technology. The image captures the moment as the 3D scan, equipped with high-resolution sensors, meticulously explores every detail of the vehicle's interior. This advanced approach to reverse engineering allows for the precise creation of a three-dimensional model, providing a faithful reproduction of the internal configuration. 3D scanning thus facilitates the design, modification and improvement of vehicle interior spaces, contributing to innovation in the transport industry.

3D printing projects

Our 3D printing manufacturing processes make it possible to offer a range of materials meeting medical, aeronautical and space criteria. OCX can offer production of up to 10,000pcs for certain types of materials and print large parts.

Illustration highlighting a high-precision fixture, made with advanced 3D printing technology. The image captures the complexity and finesse of the design, highlighting the ability of 3D printing to produce bespoke fasteners to exact specifications. This fixture, with its precise geometry and minute details, is an example of innovation in manufacturing, offering a tailor-made solution to ensure the precision and stability needed during industrial processes.

Illustration highlighting innovative hip parts manufactured using 3D printing. The image reflects the sophistication and precision of these biomedical components, tailor-made to perfectly adapt to human morphology. 3D printing offers the ability to create complex orthopedic parts, ensuring personalized fit, optimal integration and improved functionality. These technological advances in the manufacturing of hip parts highlight the revolutionary potential of 3D printing in the medical field, offering tailor-made solutions to improve the quality of life of patients.

Illustration highlighting a small detailed 3D printed part, specially designed for the electronics field. This image demonstrates the sophistication of the components, highlighting the precise details achieved using advanced 3D printing technology. With an impressive production capacity reaching up to 10,000 units per week, this revolutionary approach offers a fast, efficient and cost-effective solution for manufacturing custom electronic parts. 3D printing thus plays a crucial role in large-scale production, meeting the electronics industry's growing needs for highly detailed and functional components.

Illustration highlighting a 3D printed tool holder, specially designed for a demanding industrial environment. The image reflects the robustness of this tool carrier, created with advanced 3D printing technology to provide exceptional resistance to impact and contamination. Thanks to its optimized structure, this tool holder guarantees increased durability, while ensuring effective protection against impacts and contaminating agents present in industrial environments. This innovation demonstrates the ability of 3D printing to provide tailor-made solutions meeting the rigorous requirements of industrial applications.

Illustration highlighting innovation in automobile manufacturing with the use of a 3D printed part. This image highlights the contribution of 3D printing technology to the creation of a specific part for the Volkswagen Touareg. The 3D printed part offers a tailor-made solution, combining precision and adaptability. This example illustrates the ability of 3D printing to play a vital role in the customization and optimization of components, contributing to efficiency and innovation in the automotive industry.

Illustration highlighting an assembly fixture component, produced with innovative 3D printing technology. The image highlights the specific design of this part, incorporating dimples that help reduce weight while maintaining a sturdy structure. 3D printing allows precise customization of the fixture, offering a lightweight and functional solution for industrial assembly processes. The dimples in this component demonstrate the ingenuity of 3D printing in creating parts optimized for efficiency and performance.

Illustration highlighting precise 3D printed parts, used as prototypes for the ergonomic evaluation of a product intended for public transport. The image reflects the ingenuity of 3D printing in creating personalized prototypes, enabling in-depth assessment of product ergonomics. These tailor-made parts facilitate the tests and adjustments necessary to optimize the comfort, functionality and efficiency of equipment in the field of public transport. 3D printing is thus proving to be a valuable resource for the development of innovative ergonomic solutions in the transport industry.

Illustration highlighting imposing 3D printed pieces, dedicated to the creation of personalized, life-size mannequins for the fashion industry. The image reflects advanced 3D printing technology, enabling the precise manufacturing of large parts needed to create custom mannequins. These mannequins provide a faithful representation of human proportions, allowing fashion designers to adjust and tailor their designs with exceptional precision. 3D printing is revolutionizing the clothing design process by offering personalized and realistic tools for fashion industry professionals.

Illustration highlighting 3D printed parts used in the manufacturing of personalized packaging components. The image highlights the intelligent design of these parts, tailor-made to prevent collisions and ensure the protection of the parts during transport. Thanks to the flexibility of 3D printing, these packaging components adapt perfectly to the specific shapes of the parts, guaranteeing secure and personalized packaging. This application demonstrates the effectiveness of 3D printing in creating tailor-made solutions for logistics, reducing the risk of damage during the transportation of components.

Illustration highlighting 3D printed parts of exceptional precision, specifically designed for the space sector. The image reflects the complexity and finesse of these components, manufactured with advanced 3D printing technology. These parts, subject to rigorous standards, demonstrate fire resistance and biocompatibility, making them ideal for applications in the space environment. 3D printing thus plays an essential role in enabling the manufacturing of tailor-made parts meeting the strictest requirements of space exploration, combining precision, durability and safety.

Illustration highlighting a 3D printed part of exceptional precision, specifically created for the production of electrical terminals. The image reflects the complexity and quality of this component, manufactured with cutting-edge 3D printing technology. These electrical terminals are designed to meet the demanding requirements of a new high-intensity electric motor, demonstrating the ability of 3D printing to produce tailor-made parts, combining precision and performance, for the most advanced applications in the field of electric motorization.

Illustration highlighting an extremely precise 3D printed part, highlighting fine and meticulous details. This image reflects the exceptional quality of manufacturing, achieved using advanced 3D printing technology. This part, custom-created for the electronics field, demonstrates the ability of 3D printing to produce complex components with microscopic precision. These fine details ensure optimal integration into electronic applications, illustrating the significant impact of 3D printing in the manufacturing of highly specialized and high-performance electronic components.

Illustration highlighting the part from the previous image printed in 3D with extreme precision, highlighting fine and meticulous details. This image reflects the exceptional quality of manufacturing, achieved using advanced 3D printing technology. This part, custom-created for the electronics field, demonstrates the ability of 3D printing to produce complex components with microscopic precision. These fine details ensure optimal integration into electronic applications, illustrating the significant impact of 3D printing in the manufacturing of highly specialized and high-performance electronic components.

Illustration highlighting a 3D printed part, specially designed for the creation of a high-precision containment enclosure. The image reflects the complexity and quality of this component, manufactured with advanced 3D printing technology. This custom-made enclosure demonstrates the ability of 3D printing to produce parts to exact specifications, guaranteeing remarkable sealing and precision. Used in applications requiring rigorous containment, this part illustrates the importance of 3D printing in manufacturing high-performance devices for specific environments.

Illustration highlighting the manufacturing of a very high precision part, produced to meet strict standards in the space sector. This image reflects the sophistication and exceptional quality of this component, manufactured with advanced 3D printing technology. Designed to be fire resistant and biocompatible, this part plays a crucial role in space applications, ensuring reliable performance in extreme environments. 3D printing thus demonstrates its potential in the creation of tailor-made components for space missions requiring cutting-edge engineering and exceptional reliability.

Illustration highlighting the manufacturing of a very high precision part, produced to meet strict standards in the space sector. This image reflects the sophistication and exceptional quality of this component, manufactured with advanced 3D printing technology. Designed to be fire resistant and biocompatible, this part plays a crucial role in space applications, ensuring reliable performance in extreme environments. 3D printing allows the creation of complex parts meeting the highest standards.

Illustration highlighting a 3D printed part, specially designed for the creation of a high-precision containment enclosure, part above the part. The image reflects the complexity and quality of this component, manufactured with advanced 3D printing technology. This custom-made enclosure demonstrates the ability of 3D printing to produce parts to exact specifications, guaranteeing remarkable sealing and precision. Used in applications requiring rigorous containment, this part illustrates the importance of 3D printing in manufacturing high-performance devices for specific environments.

Engineering projects

Various projects carried out over the years for the aeronautical, automotive, manufacturing and infrastructure sectors

Illustration highlighting a machine security project, specifically a press, within a manufacturing company. The image reflects the commitment to industrial safety, implementing devices and modifications to prevent potential risks associated with the use of the press. This project demonstrates the importance placed on operator safety and operational efficiency in the manufacturing environment, thereby strengthening safety standards within the company.

Tool holder magazine for precision rotary tools for wood.

Original tool holder which will be replaced by a 3D printed version

Illustration highlighting a project to adapt new tool holders for equipment equipped with a rotating tool magazine. The image reflects the innovative engineering involved in the design and integration of tool holders optimized to efficiently fit the rotary magazine. This project aims to improve the versatility, precision and efficiency of the equipment, providing a tailor-made solution to meet the specific needs of the application. The careful design of the new tool holders demonstrates the commitment to innovation and optimization of industrial processes.

Illustration highlighting an integral project involving the design, manufacturing, assembly and installation of solar charging stations dedicated to portable electronic devices. The image reflects the entire process, from creative planning to implementation on the ground. This innovative project aims to provide eco-friendly solutions by offering a renewable energy source to charge portable electronic devices, reinforcing the commitment to sustainability and accessibility of clean energy.

Motor protector with drive belt for ventilation systems in an educational establishment.

Illustration highlighting an innovative project for manufacturing conveyor components intended for the pharmaceutical field, produced by 3D printing. The image reflects the use of 3D printing technology to create bespoke parts, tailored to the specific requirements of the pharmaceutical industry. This project demonstrates the effectiveness of 3D printing in the manufacturing of precise, resistant components that comply with the strict standards of this sector, thus contributing to the improvement of production processes and the quality of operations in the pharmaceutical field.

Illustration highlighting a crucial project to secure industrial ventilation systems, aiming to guarantee the protection of workers in the area of operation. The image reflects the commitment to workplace safety by implementing effective protective measures for workers exposed to potentially hazardous industrial environments. This project significantly contributes to improving working conditions by ensuring optimal ventilation and reducing risks to workers' health, thus highlighting the importance of initiatives focused on industrial safety.

Illustration highlighting an innovative 3D scanning project of the intervention zone of industrial ventilation systems, followed by the design and production of suitable protection models. The image reflects the process of using 3D scanning technology to precisely map the area of operation of ventilation systems. The project continues with the creation of bespoke protective mock-ups, demonstrating the commitment to safety and efficiency in industrial environments. These personalized models help improve risk prevention while optimizing the performance of ventilation systems, thus ensuring a safer and more productive working environment.

Illustration highlighting a complete design, manufacturing and installation project for an access gateway. The image reflects the entire process, from the creative design phase to implementation on the ground. This project demonstrates the commitment to efficiency and safety by providing a tailor-made solution to facilitate access to specific areas. The precision-designed gateway offers a combination of functionality and durability, contributing to improved infrastructure and safe travel in varied environments.

Illustration highlighting a finite element analysis of a metal structure, specifically designed to support a significant mass during manufacturing operations for large parts. The image reflects the advanced engineering involved in modeling and analysis of the structure, ensuring adequate strength and optimal stability under heavy loads. This finite element approach allows for in-depth stress assessment, ensuring the reliability and safety of the structure during demanding industrial manufacturing processes.

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