FRAMUN FL1610 Laser Cutter

Operating Instructions

Ultimaker S7 3D Printer

Instructions for use

Complementary Training Activity: 3D Printing Course: SLA

The 3D printing course is designed for students of any degree with an innovative vocation who wish to gain proficiency in additive manufacturing to produce their own creations. It provides the technical skills that will differentiate their projects in their respective disciplines.

Course content:

– Introduction to Additive Manufacturing (technologies, operation and applications) – Catalog of materials for SLA, post-processing and case studies (physical samples)

Complementary Training Activity: 2D Manufacturing: Laser Cutting

The 2D Manufacturing Course is for students of any degree who want to learn subtractive manufacturing. Laser cutting for personal projects.

Course content: – Introduction of the most common subtractive manufacturing methods (operation and applications)

Expert Course in Additive Manufacturing
FAB LAB. Agora/0. EPS
Registration: postgrado@ufv.es
The objective of the course is to equip experts in the field of additive manufacturing with the skills to develop projects from conceptualization to production. It will combine advanced modeling techniques with knowledge of materials and cutting-edge digital manufacturing.
The program emphasizes the customization potential of 3D printing, which is transforming industries and healthcare alike. Adaptable to the unique demands of each sector, 3D printing is a sustainable technique that generates minimal waste and enables on-demand manufacturing.
The course is taught at FAB LAB UFV, the inaugural European Ultimaker training and certification center in collaboration with SICNOVA. Upon successful completion of the course, students will be awarded the Ultimaker Application Engineering Certificate and the UFV Additive Manufacturing Expert Title.
Program:
• DESIGN AND DIGITAL FABRICATION
• DESIGN I: MODELLING
• DESIGN II: DIGITISATION
• MATERIALS I: PROPERTIES
• MATERIALS II: POST-PROCESSING
• ADDITIVE MANUFACTURING I: PREPARATION
• ADDITIVE MANUFACTURING II: PRODUCTION
• ULTIMAKER APPLICATION ENGINEERING CERTIFICATE
• PROFESSIONAL SEMINARS
• PROFESSIONAL PRACTICE
• FINAL PROJECT

FAB LAB: Design and Digital Fabrication
The digital fabrication course is designed for students of any degree with an innovative vocation who wish to gain proficiency in the use of digital tools such as 3D printing and laser cutting in the FAB LAB to produce their creations. The course will equip students with technical skills that will enhance the value of their projects in their respective disciplines.
Course contents:
– Training (Digital Fabrication Lab)
– Additive Techniques (scanning, modeling and 3D printing)
– Subtractive Techniques (molds, 2D design and CNC cutting)

Complementary Training Activity: 2D Manufacturing: CNC Milling

The 2D Manufacturing Course is designed for students of any degree with an innovative vocation who are interested in gaining proficiency in subtractive manufacturing. The course also includes CNC milling, which allows students to develop their own projects.

Course content: – Introduction of the most common subtractive manufacturing methods (operation and applications) – Preparation of designs – Final part and 2D fabrication

Can you imagine transforming your ideas into tangible objects with just a few clicks? It’s time to turn that imagination into reality! In this workshop you will discover the exciting world of digital fabrication with a demonstration of the main techniques of scanning, 3D printing and laser cutting from a real model.

The space was created as a forum for collaboration between individuals from diverse fields of expertise. It fosters synergies through direct experimentation, combining different technologies and the pedagogical method of learning by doing.

The documentation and dissemination of the creation process allows for iterative design improvements, which can then be shared with the entire maker community. This enables anyone to leverage the information to enhance and contribute to the project.

The advent of digital fabrication labs has opened the door to a new era of customized manufacturing, with a corresponding shift in production to a local scale. From a social perspective, it enables individuals to assume control of production techniques that address tangible issues in their daily lives or simply create products that are not currently available on the market.

A FAB LAB (Fabrication Laboratory) is a customized digital fabrication workshop with computer-controlled machines that enable the design and production of physical objects using rapid prototyping technology with additive and subtractive techniques, mixed-media forming methods, electronics, and programming. The facility boasts a range of advanced manufacturing equipment, including 3D printers, laser cutters, CNC milling machines, and a comprehensive array of traditional machining tools.

FAB LAB membership is contingent upon affiliation with a global network of laboratories, coordinated by the FAB Foundation. These laboratories adhere to a common ideology and maintain an inventory that facilitates the transfer of learning and collaborative creation. The concept of a FAB LAB originated in early 2001 as a distributed education project at the Center for Bits and Atoms (CBA) of the Massachusetts Institute of Technology (MIT). This project led to the establishment of the FAB Academy in 2009.