High temperature 3D printer with large build platform - Prodways ProMaker P4500 HT
The ProMaker P4500 HT 3D printer is a high temperature capable configuration offering a large build volume for large parts and high build rates to process high performance 3D printing materials up to 220°C for direct use applications and advanced research.
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Politica de securitate (editeaza cu modulul Reasigurare pentru clienti)
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Politica de livrare (editeaza cu modulul Reasigurare pentru clienti)
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Politica de returnare (editeaza cu modulul Reasigurare pentru clienti)
The ProMaker P4500 HT 3D printer is a high temperature capable configuration offering a large build volume for large parts and high build rates to process high performance 3D printing materials up to 220°C for direct use applications and advanced research.
HIGH TEMPERATURE FOR HIGH PERFORMANCE MATERIALS
Prodways ProMaker P4500 HT 3D printer is a unique high temperature configuration in this segment, featuring a large effective build platform at 400 x 400 x 450 mm (15.7 x 15.7 x 17.7 in) or 400 x 400 x 600 mm (15.75 x 15.75 x 23.62 in), opening up new possibilities for advanced research and direct use applications.
- Optimized mechanical properties: its eight-zone heating system with intelligent temperature control delivers superior, more consistent mechanical properties across the part bed and process repeatability on a wider range of premium materials
- High-precision 3D printed parts: the ProMaker P series provide unique levels of precision and superior surface finish, supported by a fine laser beam and a dynamic-focusing, high-accuracy galvo scanning system
- Large portfolio of 3D printing materials: Prodways offers a large range of premium powders, including some with medical and aeronautic certifications, with high powder recyclability rates, saving up to 40% in material consumption per year
- Open materials strategy: our customers can enjoy the freedom to operate the material they need for their application on our full range of industrial 3D printers
PROMAKER P4500 HT TECHNICAL SPECIFICATIONS
External Dimensions 2470 x 1450 x 2145 mm (97.2 x 57 x 84.4 in)
Build Size 400 x 400 x 450 mm (15.75 x 15.75 x 17.72 in) or 400 x 400 x 600 mm (15.75 x 15.75 x 23.62 in)
Volume Build Rate* 4.0 l/hr - 244 in³/h
Scanning Speed 15.2 m/s - 590 in/s
Layer thickness (typical) 0.06-0.3 mm (0.12 mm) - 0.002-0.011 in (0.004 in)
Scanner Type High precision Full digital galvo
Laser Type 100W CO²
Powder Feed Mode Bi-directional powder feed system with single feed cylinder
Max. Chamber Temperature 220°C (428°F)
Heating Element Shortwave gold-plated twin tube - Fast-heating and easily accessible
Thermal Field Control Eight-zone heater & intelligent temperature control systems
Temperature Regulation Continuous real-time build surface temperature monitoring & optimization
Power Requirements 3.0 kW - 15 kW Max
Data File Format .STL
Key Software Features Manual and automatic control modes, real-time build parameter modification, three-dimensional visualization, diagnostic functions
Our compatible materials
The unique technology of the ProMaker P series selective laser sintering 3D printers opens up new ways for Prodways to develop materials whose mechanical properties have been inaccessible up to now in additive manufacturing. At the heart of Prodways’ expertise is the creation of premium additive manufacturing printing materials compatible with ProMaker P4500 HT 3D printer :
- PA12-L 1600
- PA12-S 1550
- PA12-GF 2500
- PA12-GFX 2550
- PA12-MF 6150
- PA12-CF 6500
- PA11-SX 1350
- PA11-SX 1450
- PA11-GF 3450
- FR 106
- TPU-70A
- PA6-X028 by BASF
HIGH PERFORMANCE AND PRECISION WITH THE BEST THERMAL STABILITY
- High productivity reducing operating costs
- High accuracy and precision for all your parts
- Best thermal stability for optimized mechanical properties
- High temperature capable configuration
- Open material platforms
ProMaker P4500 HT
The ProMaker P4500 HT 3D printer is a high temperature capable configuration offering a large build volume for large parts and high build rates to process high performance 3D printing materials up to 220°C for direct use applications and advanced research.