Development of optimized channels for injection molds, increasing production efficiency, improving part quality and reducing cycle times.
Reconstruction of components from physical parts using 3D scanning, measurement, and modeling technologies — ideal for situations with incomplete or nonexistent documentation.
Structural redesign of parts based on finite element simulation (FEA), removing non-essential material while maintaining strength. Resulting in geometries optimized for additive manufacturing.
Technical support from the beginning of product development, ensuring that the part is designed from scratch to take full advantage of the benefits of metal 3D printing.
Study of applications with the highest return, analysis of the customer's parts database, and support for the implementation of solutions with a positive economic impact.
Adjust shapes, angles, and orientations to facilitate additive manufacturing, reducing the need for supports and post-processing — and reducing costs.S
Development of optimized channels for injection molds, increasing production efficiency, improving part quality and reducing cycle times.
Reconstruction of components from physical parts using 3D scanning, measurement, and modeling technologies — ideal for situations with incomplete or nonexistent documentation.
Structural redesign of parts based on finite element simulation (FEA), removing non-essential material while maintaining strength. Resulting in geometries optimized for additive manufacturing.
Technical support from the beginning of product development, ensuring that the part is designed from scratch to take full advantage of the benefits of metal 3D printing.
Study of applications with the highest return, analysis of the customer's parts database, and support for the implementation of solutions with a positive economic impact.
Adjust shapes, angles, and orientations to facilitate additive manufacturing, reducing the need for supports and post-processing — and reducing costs.
