Greenstone grootformaat, robuust laser metaalafzettingssysteem (maximale bouwafmetingen: 1500 × 1000 × 1000 mm)

Presentatie van de kenmerken van de apparatuur

Het Greenstone Large-Format High-Duty Laser Metal Deposition (LMD/DED) System is designed for research institutes and advanced manufacturing sectors—especially aerospace and high-performance materials—where large build volume, long-duration stability, and repeatable quality are essential. With a Maximale bouwafmetingen: 1500 × 1000 × 1000 mm, it supports the fabrication and repair of large, high-value components such as aerospace load-bearing structural parts, high-temperature alloy thermal-end components, integral blisks/disks, and other critical parts.

Engineered for industrial-grade reliability, this platform combines motion accuracy with a robust process package to balance deposition efficiency and forming precision. The system supports flexible deposition strategies through compatibility with annular and 4-point nozzles, offering stable powder focusing, reduced powder sticking risk, and consistent processing performance.

A major differentiator is its design for tot 240 uur continu gebruik. Through long-term optimization and validation, Greenstone addresses key challenges in extended DED processing—such as thermal protection, powder/dust protection, and wear resistance—to maintain stable output over long production cycles.

The integrated software architecture supports process data packages for common materials, one-click parameter calling, and intelligent functions such as data acquisition and fault diagnosis. The user-friendly control interface can be configured with optional modules including melt pool monitoring (CCD) en processimulatie, helping users improve process traceability, stability, and production yield in both R&D and industrial deployment.

  • Large build volume (1500 × 1000 × 1000 mm): Enables large-part manufacturing, repair, and near-net-shape forming.

  • 240-hour continuous operation capability: Optimized for long-duration runs with improved thermal, powder/dust protection, and wear resistance.

  • Process data package for common materials: Supports titanium alloys, nickel-based alloys, steels, etc. with one-click parameter calling for faster commissioning.

  • Balances efficiency and precision: Stable powder focusing and consistent deposition quality for high-value parts.

  • Flexible powder feeding options: steunen 2 / 5 / 6 powder feeders, enabling part printing, precision repair, and high-deposition-rate process development.

  • Intelligent software system: Data acquisition + fault diagnostics; easy-to-learn integrated control interface.

  • Optional advanced monitoring & simulation: configureerbaar melt pool monitoring (CCD) en proces simulatiesoftware to improve control and traceability.

ItemSpecificaties
ModelGSTLDM-1500×1000×1000mm
Maximale bouwgrootte1500 x 1000 x 1000 mm
Nauwkeurigheid van positionering van de X/Y/Z-as0.08 mm
X/Y/Z-as herhaalpositioneringsnauwkeurigheid0.05 mm
Maximale verplaatsingssnelheid van de X/Y/Z-as5 m/min
Controle systeem828D SL
Zuurstofgehalte≤ 50 ppm
BeschermgasAr
Laservermogen4 kW / 6 kW
Toepasselijk MaterialenTitaniumlegeringen, aluminiumlegeringen, nikkellegeringen, ijzerlegeringen, matrijsstaal, roestvrij staal, koperlegeringen, laaggelegeerd staal, enz.

Aanbevolen geavanceerde productieoplossingen

Ontdek het portfolio van hoogwaardige industriële apparatuur van Greenstone, ontworpen om uw productiedoelstellingen te ondersteunen op het gebied van lasercladding, DED-additieve productie, laserreiniging, oppervlaktebehandeling, precisieautomatisering en geavanceerde materiaalbewerking. Elke oplossing is strategisch ontworpen om de productiecapaciteit uit te breiden, de procesefficiëntie te verbeteren en schaalbare industriële innovatie te ondersteunen.

Van modulaire lasersystemen tot volledig geïntegreerde intelligente productieplatformen: Greenstone biedt klanten onderling verbonden technologieën die zorgen voor meer flexibiliteit, precisie en operationele excellentie in moderne, wereldwijde productieomgevingen.