Greenstone Esnek Hibrit Katmanlı ve Çıkarma Yöntemli Üretim Sistemi (Maksimum Parça Boyutu: Ø2000 × 1000 mm)
Ekipmanın özelliklerinin sunumu
O Greenstone Flexible Hybrid Additive & Subtractive Manufacturing System is an industrial solution that combines metal additive manufacturing + precision machining in one platform, built for high-throughput production and repair of large components. With a maximum part forming size of Ø2000 × 1000 mm, it supports large-area manufacturing, remanufacturing, and surface reinforcement with outstanding flexibility and cost efficiency.
This system is designed around a highly flexible robotic architecture—integrating a 6-axis heavy-duty robot ile 2-axis positioning unit—to deliver a wide processing envelope and strong adaptability to complex geometries. It supports dual energy sources (laser + arc), enabling users to choose the most efficient process route for different parts, materials, and deposition targets. Compared with conventional laser powder-fed additive forming, it can deliver 3–5× higher efficiency (application-dependent), making it ideal for time-sensitive and large-volume manufacturing tasks.
For stable and repeatable results, the system can be configured with high thermal-stability processing modules and fast tool change capability, enabling true additive–subtractive hybrid workflows (build → machine → finish) within one integrated setup. The intelligent control layer supports melt pool dynamic closed-loop feedback, fault diagnosis and early warning, Ve full process traceability, helping users improve consistency, reduce rework, and meet demanding quality requirements.
Typical applications include large metal parts used in heavy industry, energy, tooling, and advanced manufacturing—covering direct deposition forming, repair of large structural parts, gradient material / multi-material manufacturing, Ve yüzey güçlendi̇rme.
Large build capacity: Max part size Ø2000 × 1000 mm ile 2-ton payload capability for heavy workpieces.
High flexibility robotic platform: 6-axis heavy-load robot + 2-axis positioning enables complex toolpaths and wide-area processing.
Dual energy-source manufacturing: Destekler laser + arc additive processes to balance speed, cost, and precision.
High efficiency: Typically 3–5× productivity increase versus standard laser powder-fed additive forming (process dependent).
Strong material adaptability: Suitable for printing/repair with aluminum alloys, iron-based alloys, cobalt-based alloys, nickel-based alloys, ve daha fazlası.
Integrated additive + subtractive workflow: Supports hybrid manufacturing with stable processing modules and tool modularization for faster transition to machining.
Intelligent manufacturing functions: Opsiyonel melt pool closed-loop control, fault diagnostics & early warning, Ve traceable process records for quality management.
| Öğe | Özellikler |
|---|---|
| Model | GSTLMAS-2000×1000mm |
| Max Part Forming Size | Ø2000 × 1000 mm |
| Max Payload | 2000 kg |
| Makine Boyutları | 4700 × 5000 × 4000 mm |
| Makine Ağırlığı | 12 t |
| Yazılım | Additive–subtractive path planning software |
| Arc Additive Printing System | Max deposition rate: 900 cm³/h; Welding current range: MIG/MAG 3–400 A; (additional current range shown: 10–400 A) |
| Laser Powder-Fed 3D Printing System | Build rate: 120–350 cm³/h; Laser power: 4–10 kW; Powder utilization: 70%–80% |
| Subtractive Machining System | Milling spindle rated power (S1/S6): 8.5/10 kW; Rated torque (S1/S6): 6.7/8 N·m; Tool magazine capacity: 6 tools |
Önerilen Gelişmiş Üretim Çözümleri
Greenstone'un lazer kaplama, DED katkılı üretim, lazer temizleme, yüzey mühendisliği, hassas otomasyon ve gelişmiş malzeme işleme alanlarında üretim hedeflerinizi tamamlamak üzere tasarlanmış ilgili yüksek performanslı endüstriyel ekipman portföyünü keşfedin. Her çözüm, üretim yeteneklerini genişletmek, süreç verimliliğini artırmak ve ölçeklenebilir endüstriyel yeniliği desteklemek için stratejik olarak tasarlanmıştır.
Modüler lazer sistemlerinden tam entegre akıllı üretim platformlarına kadar Greenstone, müşterilerine modern küresel üretim ortamları için daha fazla esneklik, hassasiyet ve operasyonel mükemmellik sağlayan birbirine bağlı teknolojiler sunar.
