We are welcoming Rafael Peres Camacho this week.
Rafael has worked in the machining industry since 2005. The last 12 years have been dedicated specifically to machining aerospace parts.
He is developing machining processes for lathes, machining centers, and multi-axis machines.
Rafael is a production engineer who graduated from Anhanguera Educacional and did technical training at SENAI. He joins the Moya team to strengthen machining in the programming and operation of CNC machines.
#evtol#uav#cargodrone#logistics#sustainablefuture
Gestão da Produção Industrial / MBA em Gestão da Qualidade/ Pós Graduação em Engenharia de Manufatura Mecânica / Instrutor de Formação Profissional SENAI-SP
[Project news: STUNNING completed - Clean Sky 2]
Advanced thermoplastic composite technology and smart robotics will significantly reduce weight and manufacturing cost of future aircraft with a high production rate. In April 2024, the European Clean Sky 2 STUNNING project was successfully concluded. GKN Fokker, NLR, Delft University of Technology and SAM XL, have successfully manufactured and assembled by welding the 8m by 4m composite fuselage shell, with passenger floor, cargo hold and equipped with systems, one of the world’s largest thermoplastic components.
This composite structure was manufactured as lower part of the Multi-Functional Fuselage Demonstrator (MFFD) led by Airbus, in which lower and upper half were finally joined. This demonstrates how the use of thermoplastic composites can help realise a next-gen fleet of aircraft capable of offering the same strength and durability as aluminium, while drastically reducing the overall weight of the fuselage and the subsequent aircraft emissions.
The video shows the NLR’s full manufacturing process, including advanced inspection, of the lower skin of the MFFD as the first, single part in the assembly of the lower half of the MFFD, thus completing a previous, more detailed movie on the AFP lay-up of the skin.
Clean Aviation#thermoplastics#fuselage#aircraft#composites#automatedmanufacturing
Learn how the US Air Force is using 3D printing technology to deploy drones quickly and efficiently. By harnessing this innovative approach, they can adapt to evolving needs on the battlefield while reducing costs and enhancing capabilities. This development showcases the intersection of technology and defense, illustrating the potential for advanced manufacturing to reshape military operations in the 21st century.
https://lnkd.in/eSJ4GvHS
More than 200,000 aircraft transport passengers or freight between the world's airports every day. 🛩️🌍
The pilots bear an enormous responsibility for the valuable cargo and must be specially trained. Pilot training requires hundreds of hours in a simulator before you ever go near a real commercial aircraft.
Pilots must regularly practice in the simulator in a variety of complex situations and environments to ensure they are ready before they take the controls of a jet that costs hundreds of millions of dollars.
And this is where RAMPF comes into play, because RAMPF Composite Solutions (CAN), together with RAMPF Tooling Solutions, has reduced the time-to-market by 50 percent for components used by one of the leading manufacturers of flight simulators. ⏱️📉
The special feature: the entire process, from the concept to the turnkey components, was completely in the hands of the RAMPF experts, who used the RAKU® TOOL board material WB-0801 to produce the master pattern and then used the resin infusion process with RAMPF infusion resins to produce the mold and final composite parts for the railing kit for their best selling full motion flight simulator.
Read more about this project and our visit to JEC World at: https://lnkd.in/eRV7PfpN 📲
#RAMPF#JEC#Paris#Aerospace#discoverthefutureJEC Group
More than 200,000 aircraft transport passengers or freight between the world's airports every day. 🛩️🌍
The pilots bear an enormous responsibility for the valuable cargo and must be specially trained. Pilot training requires hundreds of hours in a simulator before you ever go near a real commercial aircraft.
Pilots must regularly practice in the simulator in a variety of complex situations and environments to ensure they are ready before they take the controls of a jet that costs hundreds of millions of dollars.
And this is where RAMPF comes into play, because RAMPF Composite Solutions (CAN), together with RAMPF Tooling Solutions, has reduced the time-to-market by 50 percent for components used by one of the leading manufacturers of flight simulators. ⏱️📉
The special feature: the entire process, from the concept to the turnkey components, was completely in the hands of the RAMPF experts, who used the RAKU® TOOL board material WB-0801 to produce the master pattern and then used the resin infusion process with RAMPF infusion resins to produce the mold and final composite parts for the railing kit for their best selling full motion flight simulator.
Read more about this project and our visit to JEC World at: https://lnkd.in/eRV7PfpN 📲
#RAMPF#JEC#Paris#Aerospace#discoverthefutureJEC Group
5-axis CNC machining has revolutionized manufacturing processes across various industries due to its capability to achieve intricate designs and precise machining operations. In the automotive industry, it's indispensable for crafting components like engine housing, covers, valves, and inspection jigs with unparalleled accuracy, which is crucial for both prototyping and mass production.
Furthermore, the aerospace sector heavily relies on 5-axis CNC machining for its ability to handle the complexity of parts required in aircraft construction. From intricate turbine blades to precisely machined components for spacecraft, 5-axis CNC machining ensures the highest standards of quality and performance.
https://lnkd.in/gnCpTma7#Kaierwo#5axisCNCmachining#CNCservices#Autonotiveindustry
Welcome Rafael Peres Camacho!