ARE YOU LOOKING FOR AN INDUSTRIAL 3D PRINTER?
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for the 3D printing technologies we deal with:
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Prusa | FDM Polymers | LCD Resin
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Raise3D | FDM Polymers | DLP resin
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Intamsys | FDM Polymers
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miniFactory | FDM Super Polymers
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BigRep | FDM Polymers
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Voxeljet | HSS - Sand Printing
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First Additive | Metal PBF/DED
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Generate | DLP Resins
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Atum 3D | DLP Resins
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PioCreat | Pellet
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POLYMERS - INTAMSYS
INTAMSYS is a high-tech company founded by a team of engineers with years of experience in precision equipment development and high-performance materials research. Since 2016, the company has offered comprehensive additive manufacturing (AM) solutions for industries such as aerospace, automotive, manufacturing, consumer goods, healthcare, and research.
INTAMSYS FUNMAT 310
Take your desktop 3D printing to the next level with the INTAMSYS FUNMAT PRO 310! Designed to meet the growing needs of professional engineers, the FUNMAT PRO 310 features a thermostatic chamber and full-size printing capability on a desktop machine.
POLYMERS | LCD - PRUSA
Prusa Research, a leading open-source 3D printer manufacturer, is committed to transforming the 3D printing industry by offering innovative and reliable solutions to optimize production and increase efficiency.
MK4S
The MK4S represents the latest evolution of a 3D printer designed to deliver exceptional performance. Thanks to its simple setup and management, combined with advanced safety and reliability features, the MK4S is able to guarantee the highest quality 3D prints in short times.
XL
The XL 2024 is the latest evolution of the multi-material desktop 3D printer, designed to deliver extraordinary performance. With an ultra-fast tool changer and the ability to use up to five printheads, it allows you to produce high-quality multi-material prints in less time, minimizing waste.
CORE One
The CORE One is a fully enclosed CoreXY 3D printer with active temperature control, designed to deliver superior performance in print quality and speed. Easy to set up and built to last, this robust machine is ideal for beginners and professionals alike.
SL1S
The Original Prusa SL1S 3D printer uses MSLA technology, which employs a high-resolution (monochrome) LCD panel and a UV LED array to cure resin in thin layers, achieving extremely detailed results.
POLYMERS - RAISE3D
As a leading manufacturer of industrial-grade 3D printers, Raise3D is committed to promoting flexible manufacturing, helping customers enhance their competitive advantage by leveraging the benefits of additive manufacturing.
Pro3 HS/Pro3 Plus HS
The Raise3D Pro3 HS series is a powerful, professional-grade machine that builds on the performance improvements introduced on Raise3D's flagship Pro3 series. It improves print speed, production efficiency, and reliability. Featuring Hyper FFF® technology, it offers high-speed printing for composite materials.
E3
The IDEX Raise3D E3 printer offers precise, stable, and fast prints up to 200 mm/s for composite and TPU materials, ideal for prototyping and final part production. Designed to meet a variety of production needs, the E3 features an auxiliary feeding system for flexible filaments and a print head for composite filaments, suitable for printing TPU, composite materials, and parts with specific surface finishes.
Raise3D DF2+
The DF2+ uses true DLP technology, ensuring accuracy, consistency, and reliability according to industry standards. With a print speed of 100 mm/h, it is ideal for rapid prototyping and short-run production, allowing for multiple design iterations in the same day.
Raise3D RMS220
The Raise3D RMS220 series is a powerful selective laser sintering (SLS)-based production system optimized for productivity, stability, and ease of use and maintenance. It enables high-speed printing of engineering plastics and composite materials. At full capacity, maximum part throughput can reach up to 5 kg/day, allowing users to efficiently produce end-use parts.
LARGE FORMAT - BIGREP
BigRep's large-scale 3D printers are your partner for industrial additive manufacturing, whether it's functional rapid prototyping, tooling, or end-use products.
Industrial 3D printers offer a range of cutting-edge features that enable a wide range of professional applications. Get expert advice on purchasing your 3D printer and a wide selection of 3D printing filaments.
BIGREP VIIO 250
The BigRep VIIO 250 is a fully automated 3D printer for reliable, continuous industrial production. To achieve this, the machine is built with cutting-edge automation features: auto-calibration, auto-sequential printing, and automated filament management for maximum machine efficiency. Equipped with dual Smart Manufacturing extruders and an intuitive user interface with animated guides, using an industrial 3D printer has never been easier.
BIGREP OTHER 280
The ALTRA 280 is a high-performance industrial machine with a large production volume. It offers unparalleled reliability thanks to four cutting-edge extruders. Its high-temperature capabilities enable 3D printing at maximum levels for the most demanding applications, from aerospace to defense and automotive.
BIGREP IPSO 105
The IPSO 105 is a high-temperature machine for all industrial sectors, with an unbeatable price/performance ratio. It is the most automated, reliable, and fastest way to produce robust, high-performance parts.
BIGREP ONE
The BigRep ONE is an award-winning, large-format 3D printer at an affordable price. With over 350 systems installed worldwide, it's a trusted tool for designers, innovators, and manufacturers. Featuring a massive one-cubic-meter build volume, the fast and reliable ONE brings your designs to life on a massive scale.
BIGREP PRO
With a build volume of 1 cubic meter, the BigRep PRO is a fully enclosed industrial 3D printer for producing large, full-scale parts, including functional prototypes, factory fixtures, models and molds, and end-use parts. Built for productivity across all stages of production, the PRO offers designers, engineers, and manufacturers a streamlined, easy-to-use solution for faster, more cost-effective production.
SUPER POLYMERS - MINIFACTORY
3D printing enables a new way to produce parts economically and flexibly for various industries. Our vision is to help you renew your part production. For your success, we have developed a complete system that allows you to produce parts on-site using high-performance polymers and composites.
ULTRA 2
The miniFactory Ultra 3D printer is the result of ten years of experience, expertise, and commitment in the field of high-performance polymers and composite 3D printing. It is the most powerful and versatile industrial 3D printer on the market.
IGNITE
Ignite is the ultimate solution combining high temperatures, massive size, advanced quality assurance technology and excellent value for money.
HSS/SAND - VOXELJET
High-performance industrial 3D printers for the additive manufacturing of polymer powders. Printers with HSS technology. High-speed sintering is a physical binder jetting process that enables the tool-free production of functional prototypes and end-use parts.
3D sand printing is a new technology that can reduce costs and delivery times by up to 75%. This is especially true for prototypes and smaller runs. However, the technology has matured and is now also a cost-effective solution for mass production.
VX200 HSS
The VX200 is one of the world's most flexible polymer 3D printing systems. An open system with full process data access, freely configurable print parameters, and an integrated data analysis tool, this system is ideal for research and development of new polymer 3D printing materials.
VX1000 HSS
The VX1000 HSS is the first of its kind. A high-performance 3D printing system for polymer additive manufacturing. Designed for continuous use in industrial manufacturing. Automated and highly productive, the VX1000 HSS is a cost-effective alternative to traditional plastic injection molding.
VX1300 X
This 3D printer is our unique solution for the additive mass production of highly complex sand cores for metal casting. Productivity is just one of the many features of the VX1300 X. Designed to be intelligent and low-maintenance, the VX1300 X can be integrated into existing networked manufacturing environments within Industry 4.0.
VX2000
The VX2000 is an extremely powerful and proven 3D printing system for industrial applications. Its 2,000-liter capacity makes it one of the most productive 3D printing systems on the market today. It's suitable for large jobs or components up to 2 meters long.
VX4000
The VX4000 is the world's largest sand 3D printing system, with a contiguous footprint of 4 x 2 x 1 meters. Unlike voxeljet's smaller 3D printing systems, the VX4000 uses an innovative, patented layered build process that ensures consistent travel times, maximum precision, and part quality, even for high-volume production runs and smaller part runs.
DLP - GENERATE
We offer our customers a clean, safe, and simple workflow. All our systems are based on the idea of using this workflow and a high degree of automation to enable real-world production with 3D printing.
G1/F1
The G1/F1 brings GENERA workflow and automation to your desktop. It's compatible with the validated GENERA material library and uses a cartridge-based material unit to store resin. The G1/F1 uses GENERA shuttle technology for a clean and secure workflow.
G2
The G2 offers 4K DLP technology with multiple resolution/pixel sizes. An integrated system can produce both very large and smaller, highly detailed components depending on your needs. The G2 offers the ability to run two print jobs in a row, increasing capacity, especially during overnight printing.
F2
Forget everything you know about post-processing. The F2's intelligent washing program adapts to the structure of the printed part and the material used, delivering perfect surfaces and print results every time. The cleaning function is integrated into our innovative washing shuttle.
A2
True industrial automation has reached the 3D printing market with GENERA's A2 system. The A2 automation module connects the powerful G2 printer with the F2 post-processing unit to enable lights-out production.
G3
The powerful technologies of the G2 and F2 have now been integrated into a compact machine, the G3. For the first time ever, users can convert a digital part file into a fully washed and post-cured part, all in a single machine.
DLP - ATUM3D
We offer our customers a clean, safe, and simple workflow. All our systems are based on the idea of using this workflow and a high degree of automation to enable real-world production with 3D printing.
DLP STATION 5-405
With its custom-built, high-power 405nm light engine and 100-micron x,y resolution optics, the DLP Station 5-405 delivers new levels of speed, accuracy, and consistency. Its redesigned industrial-grade consumables provide a fast and convenient workflow.
DLP STATION 5-405 EXZ
In line with our vision of offering the most affordable and fully customizable open-platform DLP 3D printers, the DLP Station 5-405 EXZ allows you to use any available DLP resin in the 405nm range, thanks to atum3D’s proprietary open resin platform.
CURING STATION
Our industrial-grade curing station combines powerful UV light and radiant heat integrated into a vacuum chamber for exceptional performance. The ability to post-cure in an oxygen-free environment significantly increases speed and helps optimize both the accuracy and final material properties.
METAL - FIRST ADDITIVE
3D printers for industrial applications for the additive manufacturing of metal powders.
Printers with Powder Bed Fusion (PBF) technology, a method that joins powdered material point by point using an energy source, typically a laser or electron beam. Printers with Direct Energy Deposition (DED) technology, in which an energy source (PAW, GTAW, TIG) is directed at a plate or other substrate material where it contacts the wire or powder feed material and melts, leaving the material deposited on the substrate.
Power Bed Fusion
The Powder Bed Fusion process uses thermal energy from a laser to fuse a cross-section of an object onto a layer of metal powder.
Direct Energy Deposition
The Direct Energy Deposition process, also known as Laser Metal Deposition, uses focused thermal energy, generated by a fiber laser source, to melt sprayed metal powder at the location where the material is to be deposited.