A globali aerospazjali kumpanija iffokat fuq żvilupp żgħir u daqs medju tnedija vetturi ħabbar li it beda installa l- l-akbar awtomatizzat fibra tqegħid magna ta ' tagħha tip on its newtron rokit produzzjoni linja in Maryland. Il awtomatizzat fibra tqegħid magna huwa kapaċi ta ' awtomatiku produzzjoni l- l-akbar karbonju kompost rokit strutturi fi storja.
Il- magħmul apposta robotiku tagħmir jiżen 99 tunnellati u is 12 meters high. It was manifatturat by a Washington, D.C., kumpanija and has started to be installat at the Space Structures Complex in Maryland . The new machine will automate the production of all large composite structures for the Neutron launch vehicle, including the the 7b{3}}meter-long interstage and fairing, the 7-}meter-dijametru first-stage tank and the {{8% 7d}meter-dijametru it-tieni stadju tank pannelli.
Il Newtron tnedija vettura għandu estremament għoli rekwiżiti għal partijiet produzzjoni dovut għal its uniku li jista 'jerġa' jintuża karatteristiċi. Dan awtomatiku robot jista ' lay kontinwu karbonju fibra komposti at a veloċità ta' 100 metri kull minuta. Il AFP magna huwa wkoll mgħammar ma a kompletament awtomatiku f'ħin reali sejbien sistema li jista ' isib ċkejken difetti fi il il sħiħ laminat karbonju kompost u informa l-operatur tal- il- problema qabel il- magna tibda tqegħid is-saff li jmiss .
As Neutron's carbon composite structure enters full production, the automated machine is expected to save more than 150,000 hours of manufacturing time during the production process.
il kumpanija qal : "We will combine our flight-proven carbon composite technology, addittiv manufacturing and autonomous robotics to design and build large aerospace components, li will not only maintain Neutron's launch cadence, but also give back to our customers who support support our carbon composite structure spacecraft. We will produce the next generation of rockets."
Il-magna AFP se ukoll be użata biex tipproduċi iżgħar Newtron karbonju kompost strutturi, the first stage of the Electron launch vehicle, and other carbon composite space vehicle structures, including spacecraft structural panels and components, solar panel substrates, carbon composite fuel tanks, etc., as well as customized products for the aerospace industry.
