GMotion400 Industrial Metal DED 3D Printing System is a compact and high-precision laser metal additive manufacturing platform specially developed for universities, research institutes, material laboratories and industrial R&D centers. Based on advanced Direct Energy Deposition (DED) and Laser Metal Deposition (LMD) technology, the system is optimized for metal material development, composition screening, gradient material research and small-scale industrial additive manufacturing applications.

Compared with conventional industrial laser cladding systems, GMotion400 features a compact structure, lower powder consumption and higher research flexibility while maintaining stable industrial-grade processing capability. The intelligent multi-channel powder feeding system supports real-time mixing of multiple metal powders with precisely controllable ratios, enabling rapid alloy development and advanced material experimentation.

Programma integratum probationum materiarum altae capacitatis impressionem semel tantum in serie plurium exemplorum materiarum cum diversis rationibus compositionis sustinet, efficientiam investigationis et progressionis (R&D) insigniter augens et sumptus experimentales minuens.

In addition, GMotion400 offers high powder utilization efficiency, flexible material composition control and broad material compatibility. The system supports steel alloys, aluminum alloys, titanium alloys, nickel-based superalloys, cobalt-based alloys, high-entropy alloys and ceramic powder research applications, making it an ideal solution for advanced metal additive manufacturing and scientific material research.

Apparatus Features

• Imperium Motus Altae Praecisionis:
  Instructum systemate motus altae praecisionis cum accuratione positionis usque ad 0.02 mm ad depositionem metalli stabilem et accuratam.
• Prototypatio Celeris Efficax:
  Programma provectum itinerum designationis impressionem directam metallorum sine formis sustinet, cyclos evolutionis productorum et investigationis insigniter brevians.
• Protectio Atmosphaerae Gasis Inertis:
  Camera processus gasis inertis plene clausa cum oxygenii et humiditatis contento tam humili quam 50 ppm, oxidationem per impressionem efficaciter minuens.
• Monitorium Visuale in Tempore Reali:
  Positionem visualem coaxialem et monitorium processus in tempore reali sustinet ad stabilitatem impressionis et constantiam qualitatis augendam.
• Programma Intelligente et Facile Utendum:
  Architectura programmatum aperta et facile administranda cum consilio HMI intuitivo difficultatem institutionis minuit et efficientiam operationalem auget.
• Compatibilitas Multi-Processuum:
  Impressionem tridimensionalem DED metallorum, obductionis lasericae, reparationis superficierum, et applicationum obductionis functionalis ad usum industrialem et investigationis versatilem sustinet.
• Suggestus Evolutionis Materiarum Flexibilium:
  Idoneum ad evolutionem mixturarum metallorum, investigationem materiarum gradientium, examinationem compositionis et applicationes optimizationis proprietatum materiarum.
• Designatio Industrialis Compacta:
  Structura spatium conservans laboratorium, universitates, instituta investigationis et centra innovationis industrialis apta.
• Consumptio Pulveris Parva:
  Systema distributionis pulveris optimizatum materiae iacturam minuit et sumptus experimentales et operationales deminuit.
• Stabilitas Gradus Industrialis:
  Ad operationem stabilem diuturnam cum certa efficacia processus laseris et qualitate depositionis constanti designatum.