3D printing is more about building on the experimental knowledge because there are hundreds of parameters to control and each material responds differently to changes in these parameters. The machine you are using also has ranging effects on how your prints turn out. Couple all these variables and what you have are infinite combinations to try. Therefore precision in 3d printing always comes by making educated guesses of settings, practicing, journaling the successes and failures and then getting help from the huge community of 3d printing. By consistently doing all these, you'll eventually ramp up your ability to handle intricate prints and maintain precision. In short, it is more of a journey to reach accuracy than a one-time process.

Debemos siempre tener muy bien dimensionadas nuestras capacidades productivas. Debemos trabajar en rangos continuados que no superen el 80% para poder gestionar de una manera elástica los pedidos de los clientes. También es muy necesario tener una buena red de partners en los que apoyarse para esos momentos de mayor trabajo, antes de lanzarse a invertir en más tecnología. La estrategia comercial, y afianzamiento de la recurrencia, son piezas clave para el crecimiento sostenible de la producción. Por supuesto, se da por hecho que los equipos deben estar sometidos a un riguroso procedimiento de mantenimiento y cuidado. Cautela, meticulosidad y excelencia operativa.

In my experience, the factor that most effects this is optimisation of the model(s) during preparation, since with layered UV resin the tallest model dictates the overall time, as such if I can fit more smaller models onto the build plate for a project, it will decrease the overall time of the project without compromising precision

Balancing precision and speed in complex 3D printing projects is a constant challenge. I believe the key lies in a combination of meticulous planning, advanced technology, and effective communication. First, I ensure that every project has a detailed timeline with clear milestones. This helps me anticipate potential bottlenecks and allocate resources accordingly. Second, I leverage the latest 3D printing technologies, such as additive manufacturing and advanced materials, to streamline the process and enhance accuracy. Finally, open and transparent communication with my team is essential to ensure everyone is aligned on goals and expectations.By following these principles, I've been able to consistently deliver high-quality results on time

Une personne qui a la double compétence : le dessin technique en CAO et des connaissances du processus de l'impression 3D permet une rapidité de l'impression. Cela permet d'être plus précis et de réduire le taux d'échec, de régler et d'optimiser l'impression. Une maintenance préventive du parc est primordial pour la qualité et rapidité. Utiliser des consommables recommandés par la marque de de l'imprimante et du slicer assure la qualité du produit finis et de l'intégrité de la machine. Certaines imprimantes sont équipées de la technologie RFID et lit donc la puce de la bobine installée : elle fait alors les réglages qu'il faut en automatique. Pas besoin de régler manuellement dans le logiciel = gain de temps