Specifications
Place of Origin :
China
Payment Terms :
T/T
Supply Ability :
1000
Delivery Time :
35 Days
Forming Materials :
Titanium alloys, high-temperature alloys, aluminum alloys, cobalt-chromium alloys, stainless steel, tool steels, copper alloys, high-entropy alloys, refractory metals
Forming Dimensions :
650mm × 650mm × 800mm
Powder Recoating Mechanism :
Single/dual-direction variable-speed recoating
Laser Type :
500W × 4 / ×6
Scanning System :
High-precision scanning galvanometer
Main Unit Dimensions :
5400mm × 3920mm × 4800mm (L × W × H)
Power Supply :
AC 380V
Layer Thickness :
20~100 μm
Platform Preheating Temperature :
RT +20℃ ~ 200℃
Equipment Weight :
12000 kg
Powder Recoating :
Single/dual-direction variable-speed
Unit Dimensions :
5400mm × 3920mm × 4800mm
Preheating Temperature :
RT +20℃ ~ 200℃
Description
Aerospace Grade 3D Printing Services - LPBF Technology
We specialize in the R&D and production of metal 3D printing equipment and alloy powder materials. Our expertise includes high-performance alloy material design, spherical powder preparation, and the development of high-precision selective laser melting (SLM) equipment. We provide integrated solutions for metal 3D printing materials and equipment, serving industries including aviation, aerospace, medical, automotive, mold manufacturing, consumer electronics, and scientific research worldwide.
Core Technologies
  • Large-format Multi-Laser Cooperative Forming Technology
  • Intelligent Control & Fine Slicing Software Technology
  • Integrated Powder Circuit Recycling Technology
  • Circulating Purification & High-Efficiency Permanent Dust Removal Technology
  • Precise Forming Flow Field Control Technology
  • Automatic Powder Feeding & Gas-Tight Powder Cleaning Technology
  • Precise Laser Beam Shaping Technology
  • Defect-Free Multi-Laser Overlap Control Technology
Technical Features
  • High printing efficiency and excellent forming performance
  • Forming speed: 25cm/h
  • Suitable for scientific research and small-batch trial production of high-precision products
  • Innovative large and small cylinder modules, supporting customized cylinder design
  • Standard forming chamber: 170*120mm
  • Optional small cylinder available flexibly
  • Open-source core parameters and process packages
  • Built-in commonly used powder process parameter packages
  • Full access to more than 300 printing process parameters
  • Industrial-grade stable and continuous operation
  • Equipped with bottom powder feeding, powder shortage early warning, H13-level filtration, and full-process traceable data functions
  • Aerospace-grade high-quality and high-efficiency printing
  • Support for adjustable spot size
  • Extremely low oxygen content inside the chamber during operation
  • Convenient, safe and stable full-process operation
  • Modular compact design, independent software copyright and safety interlock system
Equipment Parameters
Parameter Specification
Forming Materials Titanium alloys, high-temperature alloys, aluminum alloys, cobalt-chromium alloys, stainless steel, tool steels, copper alloys, high-entropy alloys, refractory metals, etc.
Forming Dimensions 650mm * 650mm * 800mm (X * Y * Z)
Powder Recoating Mechanism Single/dual-direction variable-speed recoating
Laser Type 500W * 4 / *6
Atmosphere Support Ar / N₂
Scanning System High-precision scanning galvanometer
Operating Oxygen Content ≤100 ppm
Focusing System F-theta lens
Forming Efficiency 100 cm³/h; 150 cm³/h
Beam Quality M² ≤ 1.1
Main Unit Dimensions 5400mm * 3920mm * 4800mm (L * W * H)
Spot Diameter 70~120 μm
Installation Dimensions 8400mm * 6920mm * 6000mm (L * W * H)
Maximum Scanning Speed 7 m/s
Power Supply AC 380V
Layer Thickness 20~100 μm
Power Consumption ≤30 kW
Platform Preheating Temperature RT +20℃ ~ 200℃
Equipment Weight Approx. 12000 kg
Key Terminology
  • Powder Recoating Mechanism: SLM equipment standard terminology
  • Scanning galvanometer: Core component of laser scanning system
  • Operating Oxygen Content: Key indicator for inert gas environment control
  • Forming Efficiency: Industry standard volume rate measurement
  • Beam Quality: M² value characterizes laser beam focusing performance
  • Platform Preheating Temperature: RT stands for Room Temperature (industry standard abbreviation)
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Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions

Ask Latest Price
Place of Origin :
China
Payment Terms :
T/T
Supply Ability :
1000
Delivery Time :
35 Days
Forming Materials :
Titanium alloys, high-temperature alloys, aluminum alloys, cobalt-chromium alloys, stainless steel, tool steels, copper alloys, high-entropy alloys, refractory metals
Forming Dimensions :
650mm × 650mm × 800mm
Contact Supplier
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions
Aerospace Grade Metal 3D Printing Services with LPBF Technology for 650mm × 650mm × 800mm Forming Dimensions

Jumeirah Industry Co.,Limited

Verified Supplier
1 Years
Since 2020
Business Type :
Manufacturer, Distributor/Wholesaler, Other
Employee Number :
>50-100
Certification Level :
Verified Supplier
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