MiniFactory Ignite Industrial High-Performance Polymer 3D Printer
The miniFactory Ignite is an industrial‑grade FFF 3D printer with a large build volume, designed for industrial users who require larger part dimensions while processing high‑performance thermoplastics. With a build space of 600 × 400 × 400 mm, it offers a significantly larger printing volume than the Ultra 2, enabling the fabrication of large‑size engineering plastics and high‑performance polymer components. The chamber can reach up to 200 °C, and the nozzle can operate at temperatures as high as 480 °C, supporting a wide range of materials including PEEK, ULTEM, PPSU, various modified nylons, and carbon‑fiber‑reinforced composites. This model does not include an in‑situ annealing module; annealing of semi‑crystalline materials must be performed using an external annealing furnace.
MiniFactory Ultra 2 Industrial High-Performance Polymer 3D Printer
The miniFactory Ultra 2 is a compact, industrial‑grade FFF fused‑filament‑fabrication 3D printer, primarily designed for research laboratories and industrial R&D departments that work with high‑performance thermoplastics such as PEEK, PEKK, and ULTEM. The system integrates a high‑temperature print chamber, filament‑drying unit, in‑situ annealing module, and process‑quality‑monitoring system into a single machine, enabling users to complete the entire workflow—from filament preconditioning to post‑processing of parts—without the need to procure additional equipment like drying ovens or annealing furnaces.
RePOWDER is a laboratory‑scale ultrasonic atomization system designed for materials science research and the production of high‑end metal powders. As the brand’s core ultrasonic atomization platform, it offers a cutting‑edge, customized solution for the demanding requirements of advanced metal powder manufacturing. Targeting the powder‑production needs of the metal additive manufacturing sector, this equipment enables ultrasonic atomization of a wide range of metallic and alloy feedstocks, making it well suited to the R&D of frontier materials and small‑batch, high‑quality powder production in research institutions and leading manufacturing enterprises.
Gun 6/11 AH EvoCSII Axial Cold Spray Gun
The Gun 6/11 AH EvoCSII axial cold‑spray gun is equipped with axial powder‑injection technology and can be optionally fitted with a cooling injector and a cooled pre‑combustion chamber, ensuring seamless compatibility with the system. From its structural design to its functional configuration, this spray gun has undergone a complete overhaul, addressing the technical limitations of conventional cold‑spray guns in areas such as powder delivery, temperature control, and thermal management.
The EvoCSII cold-spray system is an integrated solution for industrial‑grade surface coating and additive manufacturing. Featuring a plug‑and‑play, standardized configuration and highly modular scalability, it meets the diverse needs of both single‑part customization and large‑scale batch production. As an upgraded platform in the industrial cold‑spray sector, the EvoCSII boasts a comprehensively enhanced sensor suite, incorporating multi‑dimensional monitoring sensors that enable real‑time data acquisition and process‑state monitoring across the entire cold‑spray workflow, significantly improving process controllability. Its core components have all been reengineered and performance‑optimized; from the spray gun and powder feeder to the gas‑management unit, each has undergone technological iteration, effectively enhancing coating deposition uniformity and density while supporting the spraying of a wide range of materials, including copper, aluminum, titanium, stainless steel, and various metal‑ceramic composites. Currently, the system serves more than 12 major industries, including aerospace, automotive manufacturing, and power generation.
Aconity MINI Entry-Level Industrial/Research Metal 3D Printer
The Aconity MINI is an entry-level laser powder bed fusion metal 3D printer launched by Aconity3D for industrial R&D and scientific research. It is also the most versatile, foundational model in the brand’s product lineup, supporting a single‑laser configuration and featuring a modular design that allows users to flexibly customize functional modules according to their needs. Its pricing is tailored to the budgets of research institutions and small to medium‑sized manufacturing enterprises. This equipment is well suited for basic additive manufacturing R&D, material prototyping, and low‑volume part production. With a streamlined yet highly expandable hardware architecture, it comes standard with Aconity Studio, a full‑featured control software that enables independent definition and fine‑tuning of process parameters. Additionally, it offers optional integration of four core modules—high‑temperature preheating, vacuum environment, micro‑machining, and process monitoring—enabling functionality that spans from basic forming to specialized R&D applications.
Aconity MIDI Mid-Size Industrial Metal 3D Printer
Aconity MIDI is a mid-sized laser powder-bed fusion metal 3D printer launched by the German company Aconity3D, designed for small- to medium‑scale production and high‑end research applications. It features a build chamber measuring ø250 mm × H300 mm, employs a single‑fiber laser configuration, and boasts an industrially reinforced structural design that balances build volume, print stability, and space efficiency. As such, it serves as a pivotal model bridging research prototyping with small‑batch industrial manufacturing.
Aconity MICRO Micro- and Nano-Scale Metal 3D Printer
The Aconity MICRO is a compact, non‑configurable laser powder bed fusion (LPBF) metal 3D printer launched by the German company Aconity3D. Designed specifically for micro‑ and nano‑scale additive manufacturing, it serves as the brand’s flagship entry‑level solution for precision microstructure fabrication. Featuring a plug‑and‑play assembly design, it is compatible with 380 V three‑phase power and meets laboratory‑equipment standards for energy consumption.
CERES Printing System: Micron-Level Metal 3D Printing System
The CERES printing system is a desktop‑level metal micro‑3D printing platform launched by Exaddon for research and advanced micro‑ and nano‑manufacturing. Leveraging electrochemical localized deposition, it enables the direct fabrication of pure metal structures at the micrometer to sub‑micrometer scale, primarily serving universities, research institutes, corporate R&D centers, and other users with high demands for prototyping microscale devices.
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