ANiMA A1 - Industrial Metal 3D Printer

ANiMA A1 is a compact industrial selective laser melting system designed for metal additive manufacturing in research environments and production support. It is suited for functional prototyping, tooling, and low-volume production of metal parts.

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160mm × 160mm × 210mm

Fiber 500W

0.02mm - 0.08mm

Φ50mm x 80mm

Description

Introducing ANiMA A1

The ANiMA A1 is a compact industrial selective laser melting system, with open parameters and materials, developed for metal additive manufacturing in research environments and production floor support. It is based on a proven powder bed fusion platform and is designed to produce dense metal parts with stable and repeatable mechanical properties. The system combines a controlled build environment, precise laser exposure, and industrial capabilities in a footprint suitable for workshops and laboratories.

Although compact, the ANiMA A1 follows the same process principles as larger industrial SLM systems. It operates under an inert gas atmosphere, uses an industrial fiber laser, and supports controlled powder reuse. This allows it to be used for functional parts and tooling, not only for prototyping or research purposes.

Picture for category Introducing ANiMA A1

Build Volume and Accuracy

The system provides a build volume of 160 × 160 × 210 mm. This size is suitable for small to medium metal components such as tooling inserts, fixtures, functional prototypes, and end-use parts. The build area is supported by a precise recoating system that ensures uniform powder layers across the platform.

The mechanical design and optical stability allow the system to maintain dimensional accuracy throughout long build jobs. This is important for industrial use cases where repeatability and consistency between builds are required.

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Versatile Build Volume Options

The build volume of ANiMA A1 can be tailored to match the specific requirements of each project. This flexibility supports both the creation of smaller parts for research purposes and the production of larger components, depending on the specific application needs.

ANiMA A1 includes a Build Volume Reducer, a device designed to support material testing by allowing experiments to be conducted using a minimal amount of powder.

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Selective Laser Melting Process

The ANiMA A1 operates using selective laser melting, where fine metal powder is spread in thin layers and selectively melted by a laser. Each layer is fully fused to the previous one, resulting in parts with high density and consistent material properties. The entire process takes place in a controlled inert gas environment to prevent oxidation and maintain stable melting conditions.

The process enables the production of complex geometries, internal channels, and consolidated assemblies that are not feasible with conventional manufacturing methods. Layer thickness and exposure parameters can be adjusted depending on material and application requirements, allowing a balance between build speed, surface quality, and mechanical performance.

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Laser and Optical System

The ANiMA A1 is equipped with an industrial fiber laser designed specifically for metal powder bed fusion. The laser provides stable output power and is combined with a galvanometer scanning system that enables accurate and repeatable beam positioning across the build area.

Scan strategies and exposure parameters can be adapted for different materials and part requirements. This flexibility supports both serial production of qualified parts and experimental work, such as parameter development and material testing.

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Materials and Metal Characteristics

The ANiMA A1 supports a range of commonly used metal powders for industrial SLM applications. These include stainless steels such as 316L, tool steels, aluminum alloys, cobalt chromium alloys, and titanium alloys like Ti6Al4V. These materials are widely used in industrial manufacturing due to their strength, corrosion resistance, and thermal performance.

Parts produced on the A1 achieve high density and mechanical properties, making them suitable for functional testing and real-world use. The system can therefore be used for tooling, custom components, spare parts, and research applications where material performance is critical.

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Inert Gas Control and Process Stability

The build chamber operates under inert gas to maintain low oxygen levels during printing. Stable gas flow and oxygen control are essential for consistent melting behavior and part quality.

The gas management system is designed to remove process by-products from the melt area and maintain uniform conditions throughout the build. This contributes to repeatable results across different builds and materials.

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Software and Workflow Integration

The ANiMA A1 is operated through dedicated software that supports build preparation, parameter control, and process monitoring. Users can define exposure settings, layer thickness, and scan strategies based on material and application needs.

The system fits into standard metal additive manufacturing workflows, from design and preparation to printing and post-processing. This makes it suitable for both industrial production support and research environments where traceability and controlled processes are required.

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System Design and Safety

The machine is fully enclosed and designed for safe operation in industrial and laboratory environments. Enclosures, interlocks, and monitoring systems reduce exposure to laser radiation and metal powder during operation and maintenance.

The compact layout allows installation without major infrastructure changes while still meeting the requirements of metal additive manufacturing.

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Typical Industrial Applications

The ANiMA A1 is suitable for functional metal prototypes, custom tooling and fixtures, tooling inserts, low-volume production parts, and internal manufacturing. It is also well-suited for research and development activities such as material evaluation and process optimization.

Its combination of compact size and industrial capability makes it suitable both as an entry point into metal additive manufacturing and as a complementary system alongside larger SLM machines.

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ANiMA's 5 Core Pillars

At ANiMA, our offerings are guided by five core pillars that define our commitment to excellence:

• Quality Machines: We ensure every machine meets the highest standards of performance and reliability.

• Good Price: Our solutions are competitively priced to provide the best value without compromising quality.

• Great Parts: Each machine is designed to produce exceptional, high-precision parts that meet your needs.

• Open Materials: Flexibility is key, and our machines support a wide range of materials for diverse applications.

• Excellent Support: From installation to ongoing maintenance, we provide comprehensive support to ensure your success.

Picture for category ANiMA's 5 Core Pillars

Our expert team will help you find the best solution tailored to your specific needs! info@anima.eu

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