Metal 3D printer Metal3D Metalsys 180

Metal3D Metalsys 180 – Fast Production of Complex Parts

The Metal3D printer Metalsys 180 will make additive technologies in metalworking accessible even to small industries, laboratories, and research centers. To compete in the goods and services market, it is important to use modern working tools. Metalsys 180 is exactly such a tool.

Metal3D 3D printers are suitable for those who create components with geometries inaccessible to traditional casting or milling. The Metalsys series consists of devices created for professional additive manufacturing, allowing for the quick and efficient production of complex metal parts with minimal material loss.

The Metalsys 180 model represents a balanced solution for engineers, scientists, and manufacturers who require a combination of compactness, high precision, and the ability to customize for specific tasks.

Technological Superiority and Operating Principle

At the core of the Metalsys 180 is the Selective Laser Melting (SLM/PBF) method of metal powder. This printer is optimized for creating complex, lightweight, yet high-strength products. Whether it be endoprostheses for medicine, the finest jewelry molds, or critical components for the aerospace industry – the equipment handles any geometry.

The key unit of the system is a 200W fiber laser. For those who value productivity, there is an option to install a dual laser, which significantly reduces the printing cycle time. Precision optics, including an F-theta lens and a high-speed scanner, provide a scanning speed of up to 7 m/s. These are not just numbers: such speed, combined with a focus diameter of 40–100 μm, allows for parts with exceptional surface detail.

Technical Specifications of Metalsys 180

• Build volume: 180 x 180 x 150 mm – the optimal size for most industrial prototypes and serial small-sized products.
• Layer thickness: varies from 20 μm to 100 μm (basic setting — 32 μm), providing flexibility in choosing between printing speed and surface quality.
• Main unit dimensions: 900 x 1200 x 2000 mm. Weighing about 800 kg, the installation remains quite compact, requiring an operating area of 1100 x 3000 x 2500 mm.
• Power consumption: average 1.5 kW (max voltage 1P 220 V 20 A), making it economically efficient to operate.
• Gas consumption: 20 l/min.
• Software: Compatibility with industrial standards Voxeldance and Magics ensures correct model preparation and support generation.

Advantages for Professional Users

Why do experts choose Metalsys 180?

• Firstly, it is the development and changing of materials. The chamber design is engineered so that switching from one type of metal powder to another takes minimum time. This is critically important for R&D centers testing new alloys.
• Secondly, economic efficiency. You can produce samples for tensile testing using a minimal amount of powder. In a world where a kilogram of a special alloy can cost a fortune, such frugality is a direct advantage.
• Let's not forget about reliability. The device has passed rigorous certification: KC (Korea), CE (European Conformity), TUV, ANAB, and is also protected by patent certificates. This guarantees not only print quality but also personnel safety.

Metal3D Metalsys 180: Areas of Expedient Application

The capabilities of Metalsys 180 find resonance in various high-tech industries:

• Medicine: production of individual implants and surgical templates with a porous structure for better osseointegration.
• Aerospace industry: creation of brackets, nozzles, and lightweight engine elements.
• Automotive industry: prototyping of functional units and production of complex-shaped parts.
• Education and science: as a base for studying metal crystallization processes and developing new AM technologies.
• Jewelry: production of master models and finished products from precious metals with detailing unavailable to casting.

Operating Features

Working with Metalsys 180, you get not just "hardware," but comprehensive know-how. The equipment is adapted to high requirements for process cleanliness and laser beam stability. The quality of seams and the density of the metal at the output meet the strictest industry standards.

By choosing this 3D printer, you are investing in the predictability of the result. In additive metal manufacturing, this is perhaps the most valuable asset. Call us: our experts will help you choose a metal 3D printer for any task!