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.

Aconity MICRO Micro- and Nano-Metal 3D Printer

Aconity MICRO Overview: AconityMICRO is Aconity3D’s first compact, pre-configured system, specifically designed for a single application: MICRO LPBF. As such, the system combines a small spot size—down to 40 microns—with the ability to disperse extremely fine powders at layer thicknesses below 10 microns, thanks to Aconity3D’s revolutionary vibratory powder deposition technology. Additional highlights include fully removable powder hoppers and build trays, enabling end users to perform very rapid material changes and quick process startups. Like all Aconity3D systems, AconityMICRO is equipped with the web-based control software AconitySTUDIO, which provides remote access to all relevant process parameters and machine components. The web-based user interface allows convenient remote desktop access to all functions from your office—when needed. Equipment Parameters: Build chamber diameter 100 mm × height 150 mm; laser configuration: single-mode, 200 W/400 W; optical configuration/spot size: F-theta, 40 μm; 3D scanning range: 50–350 μm; powder hopper capacity: build chamber capacity fully interchangeable for rapid material changes; powder deposition: bidirectional with vibration; layer thickness: 10–100 μm; maximum scan speed: 12 m/s; inert gas type/pressure: argon 4.6/6 bar, nitrogen 6 bar; inert gas consumption during printing: <5 L/min; cleaning: <30 L/min; residual oxygen content: <100 ppm; machine dimensions (W × D × H): 2000 mm × 1000 mm × 1700 mm; machine weight (without powder): 1850 kg. Key Advantages: Ultra-high forming accuracy, optimized for processing fine powders; highly efficient material changeovers with exceptional operational flexibility; intelligent remote control for convenient operation; superior build environment with low consumable waste; compact design with excellent space adaptability.

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