Prolay - Next Level of Additive Manufacturing
Prolay - Next Level of Additive Manufacturing
Explore our revolutionary 3D printing solution, which is designed to be innovative and more advantageous technology on the market and overcome all limitations.
With speed and precise detail resolution, our printer offers phenomenal possibilities. Equipped with four extrusion heads with different nozzle diameters and the ability to mix multiple materials, it allows for outstanding flexibility. Experience faster progressive production without losing quality.
Prolay - Next Level of Additive Manufacturing
0,1 mm detail resolution
Precise outer wall and fast rough core in a single process
4 extruder head
With 4 different nozzle diameters from 0,25 mm up to 1 mm
Up to 5 times faster
1,5 to 5 times faster depending on the geometry
Even 800 g/h throughput
Progressive layer thickness allows higher extrusion speed
Strong composites
Mix up to 3 different materials in one single process
Prolay - Next Level of Additive Manufacturing
Release your creativity and discover unlimited possibilities with PROLAY.
Prolay - Next Level of Additive Manufacturing
Discover the dedicated software
Unlock full potential of PROLAY with dedicated software, designed to improve your 3D printing experience. Our software unlocks new levels of productivity and precision, enabling you to achieve outstanding results.
Streamline your production process and maximize efficiency with intuitive navigation and advanced features. From design to final part, PROLAY software provides a smooth workflow, enabling you to create complex and accurate 3D printed parts.
Explore the future of 3D printing with dedicated PROLAY software. Take your designs to a new level today.
Prolay - Next Level of Additive Manufacturing
Web-based Software
Enjoy the convenience of our web-based software, accessing and managing your 3D printing projects anytime, anywhere.
Three account levels
Choose from beginner, intermediate or advanced levels to match your AM experience.
Predefined Parameter Sets
Simplify your printing process with our software's predefined parameter sets for various materials.
Open Parameters Database
Unlock customization and experimentation with our software's open database of process parameters.
Specifications
3D printing parameters
3D printing technology
PLTM (Progressive Layer Thickness Manufacturing)
Build volume
725 x 450 x 500 [mm]
Chamber temperature
Up to 190 [°C]
Number of printheads with tip diameter
4 printheads, 0,2 – 0,6 [mm]
Printhead temperature
Up to 400 [°C]
Layer Height
0,05 to 1,6 [mm]
Linear motors max velocity
Up to 600 [mm/s]
Filaments
ABS, ABS-CF, PC, PC-CF, PC-ABS and others
Physical dimensions, weight and power
Dimensions
2685 x 1887 x 1334 [mm]
Weight
~1850 [kg]
Power requirements
230 [VAC] (3 phases), 16 [A], max. power consumption 12 [kW]
Compressed air supply
Yes, 6 [bar]
Comunication
WiFi, Ethernet
Software parameters
Software
PROLAY3D
Supported formats
STL
System requirements
Windows, Linux
Compliances
SIL 3, CE, 2006/42/WE
Materials
Prolay - Next Level of Additive Manufacturing
Our approach to manufacturing using the PROLAY 3D printer is to provide our customers the freedom to create parts using a wide range of materials available on the market
The machine construction, versatile extruders, open material platform with the abbility to change over 100 parameters have been design to open up the possibilites of processing a wide range of filamets.
Prolay - Next Level of Additive Manufacturing
High-strength and widely used, ABS is ideal for industrial applications, offering durability and impact resistance. Its excellent dimensional stability makes it suitable for the automotive and aerospace industries, enabling the production of jigs & fixtures and final parts.
Carbon fiber-reinforced ABS provides improved strength and stiffness, making it ideal for applications requiring lightweight but durable components. Industries such as automotive and robotics benefit from the high-performance properties of ABS-CF, enabling the production of structurally rigid parts.
A material with excellent mechanical properties and high heat resistance, making it suitable for applications requiring durability. Industries such as electronics and medical devices use PC for its excellent impact resistance and ability to withstand tough working conditions.
Combining the strength of polycarbonate with carbon fiber reinforcement, PC-CF offers exceptional rigidity and dimensional stability. This material is used in the aerospace, automotive and sports equipment industries, where lightweight components with high strength and heat resistance are needed.
Combines the mechanical properties of polycarbonate and the flexibility of ABS to create a material with excellent impact and heat resistance. It is widely used in the automotive and tooling industries to produce durable, functional prototypes and final parts.