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Cornerstone for Flexible Manufacturing
100% Quality, 300%+ Productivity
*Source: Raise3D
Hardware | Software | Filaments | Algorithm
Speed Upgrade Level
Hyper FFF™ technology formulates print speed upgrade by level.
Current development has reached Level 2.
Each level possess specific speed range and requires certain system engineering from hardware, software, filament and algorithm.
Active Vibration Cancellation Algorithm
The core of the Hyper FFF™ technology is the active vibration cancellation algorithm. The algorithm will calculate an optimized acceleration pattern and absorb the excessive amount of vibration whenever the printer head makes any high-speed change in direction.
By measuring the natural frequency of the extruder head, the processor will divide the single acceleration command into two equivalent accelerations, in order to generate two reverse vibration waves, which in turn cancel their own vibration during the reverse phase, so the printer head manages to minimize its own friction and shaking using the same hardware.
Hardware
When it comes to high-speed printing, the role of hardware is fundamental in delivering high-quality printing results, despite the extremely high printing speeds.
Strong and stable frame ensures high dimensional accuracy and excellent surface quality, withstanding the effects of extremely high acceleration and high speeds. Additionally, its advanced onboard processors can handle over six hundred thousand steps per second and implement the active vibration cancellation algorithm on Raise3D printers.
This disruptive technology starts with the Pro3 Series. Raise3D is working to bring it to more printer lines in the future, in such a way that existing customers can also always benefit from it.
Filaments
The Hyper Speed line filaments are designed to withstand the higher speeds and yet still maintain high quality.
With optimized and balanced molecular weight, Hyper Speed ABS and Hyper Speed PLA have higher flowability and lower heat capacity. Melting and cooling are both faster. As a result, the surface quality of parts printed using Hyper Speed filaments is smooth and most of the sharp details are maintained.
The Hyper Core line filaments will also be launched, designed for industrial and end-use parts production, as well as heavy-duty applications.
Software
Raise3D always constantly develops slicing software for its users to have available the latest filament profiles and make the most of the printer’s potential. The software capability developed by Raise3D is an important component of the Hyper FFF™, to achieve its goal of high speed printing.
A new version of ideaMaker, compatible with Hyper speed printing, is currently finishing development, with a Hyper FFF™-capable Alpha version now available for download.
Raise3D Pro3 Printer Range
Raise3D Pro3 Plus HS Series
The Raise3D Pro3 Plus HS Series is a powerful professional-grade machine that builds upon the various performance improvements introduced on Raise3D’s flagship Pro3 Series. It improves on printing speed, production...
Raise3D Pro3 HS Series
The Raise3D Pro3 HS Series is a powerful professional-grade machine that builds upon the various performance improvements introduced on Raise3D’s flagship Pro3 Series. It improves on printing speed, production efficiency...
Raise3D Pro3 Plus 3D Printer
Pro3 Series professional dual extruder 3D printers meet the needs of both production and multi-sized rapid prototyping, with high precision and round-the-clock. Highly recommended: Raise3D Hyper Speed Upgrade Kit, boosted...
Raise3D Pro3 3D Printer
Pro3 Series professional dual extruder 3D printers meet the needs of both production and multi-sized rapid prototyping, with high precision and round-the-clock. Highly reccomended: Raise3D Hyper Speed Upgrade Kit, boosted from...
Raise3D Pro2 Plus 3D Printer
Born from the drive for absolute quality, the Pro2 Plus refines 3D printing for production-grade environments. Upgrading and evolving traditional manufacturing.
Hyper Speed Materials
Raise3D Hyper Speed PLA Filament Black 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed White PLA Filament | 1.75mm | 1kg
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed PLA Filament Blue 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed PLA Filament Yellow 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed PLA Filament Grey 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed PLA Filament Red 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed PLA Filament Orange 1kg (1.75mm)
Hyper Speed PLA filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament is rapidly fed into...
Raise3D Hyper Speed Natural ABS Filament | 1.75mm | 1kg
Raise3D Hyper Speed ABS Filament Hyper Speed ABS Filament is one of the specially developed filaments from the High-speed filament line for FFF printing. When printing at high speeds, the filament...
With optimised molecular weight and tuned flowability, Raise3D Hyper Speed material is capable of printing at the speed of up to 300 mm/s thanks to its faster melting and much quicker cooling. As a result, it delivers excellent surface quality and detailed model structures.
