PROFESSIONAL 3D PRINTERS
FOR THE INDUSTRIAL, PROTOTYPING AND DENTAL MARKETS
Selective Laser Sintering®
The ProMaker P Series printers, based on SLS® technology, offer a large build platform and an unmatched flexibility to deliver industrial performance, opening up new fields of application in additive manufacturing.
MOVINGLight®
Available both in single or double moving DLP® head configurations, our MOVINGLight® 3D printers deliver a unique combination of speed, accuracy and consistency, for dental and industrial applications.
PLASTIC LASER SINTERING SLS® 3D PRINTING
INDUSTRIAL PLASTIC SLS® 3D PRINTERS WITH OPEN MATERIAL STRATEGY
Prodways developed premium industrial plastic laser sintering 3D printers as a result of our technological R&D partnership and our internal Research & Development capabilities.
ProMaker P Series industrial plastic 3D printers deliver state-of-the-art capabilities for industrial rapid prototyping and mass production, and meet the needs of a wide range of industries such as aerospace, automotive, healthcare, design and architecture, consumer products and academic & research.
Prodways plastic laser sintering additive manufacturing technology offers:
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Industrial productivity, reducing operating costs
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High precision and accuracy for all your plastic parts
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Advanced thermal stability for optimized mechanical properties
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A large portfolio of premium plastic materials with high recyclability rates, with cost savings up to 40%
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A unique open materials strategy to operate the material of your choice
AFFORDABLE INDUSTRIAL PLASTIC 3D PRINTER
The ProMaker P1000 is an affordable industrial plastic 3D printer providing a large build platform to make industrial production and flexibility accessible to a larger range of professional users for new applications.
ProMaker P1000 X
AFFORDABLE, FAST, FLEXIBLE SLS® 3D PRINTER
The ProMaker P1000 X is a fast and efficient SLS® 3D printer. It offers excellent production capacity thanks to its printing speed and large production volume, while maintaining great flexibility to adapt to the needs of industrial production parts in series.
2 Litres
PER HOUR*
32
Liters Volume
KEY FEATURES & BENEFITS
FAST, ACCURATE, FLEXIBLE
The ProMaker P1000 X 3D printer is based on the Selective Laser Sintering technology (SLS®) to meet the requirement of industrial production of sintered parts. Its large building platform, its high productivity, its advanced thermal control and the precision of the sintered parts offer the best price / volume / productivity ratio on the market..
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Optimized mechanical properties: A new 24-point grid thermal control system combined with a ten-zone infrared heating system, providing superior mechanical properties and excellent process repeatability with a wide range of 3D printing materials.
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High-precision 3D printed parts: Its bi-directional counter-rotating roller system, its fine laser beam and its high-performance scanning system, allow the printing of precise and smooth surfaces with an important richness of detail.
Download the product brochures
3D PRINTING
POLYMER POWDERS
A COMPLETE SOLUTION FOR POLYMER POWDERS FOR LASER SINTERING
The unique technology of the ProMaker P Series laser sintering printers opens up new ways for Prodways to develop materials with mechanical properties that have been inaccessible until now in additive manufacturing.
Our polymer powders for laser sintering have been developed to offer you the optimum printer-materials combination for your application and meet even your most demanding industrial needs.
PA12-L 1600
The PA12-L 1600 fine polyamide powder is ideal for a wide range of prototyping and rapid manufacturing applications.
KEY FEATURES & BENEFITS
PERFECT FOR PARTS REQUIRING MECHANICAL PERFORMANCE
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General purpose material with excellent mechanical properties and high elongation at break
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Low water absorption and easy to process
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Good recyclability
PA11-SX 1350
The PA11-SX 1350 fine polyamide powder is ideal for Mechanical parts in engine, fuel or oil tanks, complex end-use parts with snap fit and living hinges for a wide range of applications from Aerospace to Automotive industry.
KEY FEATURES & BENEFITS
GOOD DUCTILITY AND SHOCK RESISTANCE
Specification of PA11-SX 1350:
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Fine granulometry
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Ductility, elongation and impact resistance
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Resistance in extreme low and high temperatures
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Possible use in continuous-shifting regenerating cycles
PA11-SX 1450
The PA11-SX 1450 fine polyamide powder is ideal for end-use parts for Medical and Dental industry: orthotics, prosthetics, surgical tools, drill guides…
KEY FEATURES & BENEFITS
IDEAL FOR MEDICAL APPLICATIONS
Specification of PA11-SX 1450:
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Meet USP Class VI requirements**
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Fine granulometry
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Ductility, elongation and shock resistance
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Refresh rate at 50% for medical applications, limited to 8-10 cycles
PA11-GF 3450
The PA11-GF 3450 fine polyamide powder is ideal for mechanical parts in the engine compartment, complex end-use parts for a wide range of applications from Automotive, Aerospace to Military industries.
KEY FEATURES & BENEFITS
LOW SHRINKAGE AND RELIABLE PROPERTIES
Specification of PA11-GF 3450:
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Fine granulometry
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Similar to injected PA6-MD30 or PP-GB
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Resistance in extreme temperatures
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Low shrinkage, adapted for big parts
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Refresh rates at 50% (limited to 8-10 cycles) for lower operating costs
PP 1200
POLYPROPYLENE FOR SELECTIVE LASER SINTERING
PolyPropylene is a well-known, versatile plastic, with interesting properties that makes it unique, and in some cases a convenient alternative to PA12.
KEY FEATURES & BENEFITS
Specification of PP 1200:
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Extremely easy to process, 136-143°C melting point
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Suitable for applications that requires high chemical resistance or welding capabilities
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High chemical resistance
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Suitable for small to big parts
TPU-70A
FLEXIBLE AND STRONG MATERIAL
The TPU-70A fine polyamide powder is ideal for prototypes and final parts for elastic structures, hoses, grips, bellows, bumpers, gaskets and seals, tubes, toys and modeling for Automotive, Aerospace and Luxury industry
KEY FEATURES & BENEFITS
Specification of TPU-70A:
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Elastomeric material with 70 shore A
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Elongation at break > 300%
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No need for infiltration
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Possibility to adjust shore based on energy input
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High resolution