Stainless steel 3D printer MUEES430 PRO
aluminum alloyfor titanium alloysindustrial

Stainless steel 3D printer - MUEES430 PRO - UnionTech - aluminum alloy / for titanium alloys / industrial
Stainless steel 3D printer - MUEES430 PRO - UnionTech - aluminum alloy / for titanium alloys / industrial
Stainless steel 3D printer - MUEES430 PRO - UnionTech - aluminum alloy / for titanium alloys / industrial - image - 2
Stainless steel 3D printer - MUEES430 PRO - UnionTech - aluminum alloy / for titanium alloys / industrial - image - 3
Stainless steel 3D printer - MUEES430 PRO - UnionTech - aluminum alloy / for titanium alloys / industrial - image - 4
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Characteristics

Materials to be printed
stainless steel, aluminum alloy, for titanium alloys
Applications
industrial, for the aerospace industry, for mold manufacturing
Technology
SLM, LPBF
Other characteristics
high-performance, high-speed, inert atmosphere, process parameter optimization, preheating powder
X travel

430 mm
(16.93 in)

Y travel

340 mm
(13.39 in)

Z travel

330 mm
(12.99 in)

Build space

48 l
(13 gal)

Layer thickness

Min.: 20 µm

Max.: 100 µm

Weight

2,710 kg
(5,974.53 lb)

Description

Overview The MUEES430 PRO is an industrial metal 3D printer engineered for high-efficiency batch production. With four 500W Yb-fiber lasers and a build volume of 430 × 340 × 330 mm, it supports fast, high-precision metal additive manufacturing for aerospace, mold production and other demanding industrial sectors.

Highlights
  • High production efficiency
  • High-precision metal printing
  • AI-powered chamber traceability
  • Certified safety production
  • Extended service life (>40,000 h)

Key features
  • Multi-laser high-efficiency printing: Four 500W Yb-fiber lasers with high-speed galvo scanners enable scanning speeds up to 6 m/s to increase throughput for large-scale batch manufacturing.
  • Fast bidirectional recoating technology: Bidirectional powder spreading reduces non-productive time and improves recoating efficiency by approximately 20% versus traditional unidirectional systems.
  • Next-generation CFD airflow design: CFD-optimized flow path ensures uniform, stable airflow across the build chamber to maintain consistent part quality.
  • High-precision optical monitoring: High-accuracy optical encoders deliver Z-axis precision within ±3 μm; real-time intelligent monitoring enables full build traceability.
  • Self-developed circulation system: In-house atmosphere recirculation with sintering-plate design enlarges filter area and extends service life beyond 40,000 hours, reducing long-term maintenance costs.
  • Comprehensive equipment safety: ISO 13849-compliant design, UPS backup for uninterrupted builds and dual fixed sealing technology providing zero-leakage protection for secure 24/7 operation.

Applications The MUEES430 PRO is optimized for smart manufacturing and mass-production workflows, delivering reliable, high-precision results for aerospace components, mold manufacturing (including tire molds), watch-case batch parts and other large-scale metal part production.

Characteristics / Technical specifications
  • Materials: Stainless steel, aluminum alloy, high-strength aluminum, titanium alloy
  • Build volume: 430 × 340 × 330 mm
  • Laser type: Yb-fiber laser; 4 × 500 W
  • Z-axis accuracy: ±3 μm
  • Dimensional accuracy: L ≤ 100 mm: ±0.1 mm; L > 100 mm: ±0.1% × L
  • Scan speed: Up to 6 m/s
  • Layer thickness: 0.02–0.1 mm
  • Preheating temperature: Max 200 °C
  • Atmosphere / Oxygen level: Recirculation system maintains low-oxygen environment (min. oxygen level ≤ 100 ppm) suitable for reactive alloys such as titanium
  • Relative humidity: ≤ 50%
  • Machine weight: 2710 kg
  • Machine dimensions: 3120 × 1470 × 2260 mm (including circulation unit)

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.