Printers
Atome3D Introduces the Zmorph i500 3D Printer to the French Market
Known for having been one of the pioneers in the production of all-in-one 3D printers, combining 3D printing, engraving and laser cutting, the Polish manufacturer Zmorph announced at the end of 2020 its repositioning into the niche of professional FFF…
- 3 min read
- Printers
- Six more stories
Known for having been one of the pioneers in the production of all-in-one 3D printers, combining 3D printing, engraving and laser cutting, the Polish manufacturer Zmorph announced at the end of 2020 its repositioning into the niche of professional FFF machines. A few months ago, the manufacturer unveiled its first industrial 3D printer, the Zmorph i500. Now available in France through its official distributor Atome3D, we learned more about its technical characteristics.
A Smart Machine for a Simplified Printing Workflow
With the i500, Zmorph wanted to ease user experience by offering a simplified workflow thanks to a multitude of sensors. The machine ensures automatic leveling and Z alignment of the two print heads thanks to force sensors located at the hotends (which allows a measurement directly at the nozzle). These sensors are coupled with a nozzle lifting system to ensure optimal first layer deposition and trouble-free multi-material printing.
Moreover, the 3D printer incorporates a wire brush system combined with a filament garbage collector to clean the nozzles during printing. The machine is also designed to protect the user during the printing process, with a locked printing enclosure during operation and a HEPA filtration system integrated into the machine to purify the air. Finally, the machine includes a dedicated storage area for materials to protect them from the outside environment to ensure optimal printing results. This filament drawer is equipped with RFID readers for automatic identification of proprietary filaments.
More from the desk
Six other notes from the rest of the bench.
ApplicationsFeetneeds: The 3D Printing Solution for Personalized Orthopedic InsolesOur legs and feet carry us through life, allowing us to move in many different ways: walking, running, jumping, and dancing. We usually only realize how important they are for smooth, pain-free movement when health issues arise. Injuries, foot deformities…
PrintersThe Top Resin 3D Printers in 2026Stereolithography, better known by the abbreviation SLA, became the first 3D printing technology when it was imagined in 1984 by American Chuck Hull, later founder of 3D Systems. The process, which is based on the photopolymerization of a UV-sensitive resin…
NewsCould Paper Be the Answer to More Sustainable 3D Printing?There are already a large number of projects that have used additive manufacturing to ensure a more sustainable and environmentally friendly existence. Now, a research group at the Technical University of Hamburg (TUHH) led by Prof. Dr.-Ing. Claus Emmelmann has…
Materials8 Reasons to Use High-Performance Polymers in Additive ManufacturingHigh-performance polymers (HPP) have been used in industry for several decades, particularly in injection molding and machining. However, in recent years, they have ceased to be materials exclusive to traditional engineering and have made their appearance in additive manufacturin
NewsDynamic 3D Printing Method Achieves Unmatched Speed and AccuracyRelying on the speed of light, researchers at Northwestern University have developed a remarkably faster photopolymerization-based 3D printer. The researchers claim to be able to deposit 4,000 layers in just 2 minutes! But that’s not all: this 3D printer, equipped…
ApplicationsNASCAR Announces Official 3D Printing PartnershipFormula 1 has long been a fervent adopter of additive manufacturing, but did you know that its American cousin, NASCAR, has also been adopting the technology? A fact that has only been cemented with a new press release from the…