iSLM420D

Printer Overview

The iSLM420D is an industrial 3D printer designed for producing large, precise components across a range of industries. With a build volume of 420mm x 420mm x 500mm, it is well-suited for manufacturing complex parts. Its double fiber laser system allows for faster processing and accurate results, while its compatibility with the AFS 420 simplifies powder handling by automating the process. The addition of the AFS 420 metal powder circulation unit further improves efficiency by sieving and recycling unused powder automatically. This reduces the need for manual handling and limits exposure to materials, making the workspace safer and cleaner.

The iSLM420D is used in industries such as aerospace, where it produces components like structural brackets, fuel manifolds, and heat exchangers. In automotive manufacturing, it is used to make parts such as engine housings and exhaust systems. In the energy sector, it helps produce turbine blades and pump impellers. The printer is also used for industrial tooling, such as creating jigs, fixtures, and molds.

The iSLM420D offers precise layer thickness control from 0.02mm to 0.15mm and scanning speeds of up to 20.0m/s, making it suitable for applications requiring accuracy and efficiency. Its combination of advanced features and automated systems supports consistent and streamlined production workflows.

Technical Advantages

• High Accuracy: Achieves up to 0.05 mm, ensuring precise manufacturing.

• Efficient Optical Scanning: High-speed scanning galvanometer with adjustable beam diameter (0.06–0.20 mm) enhances productivity.

• High-Quality Components: Built with high-quality components such as IPG Laser, Scanlab Galvos, Siemens PLCs, and Omron sensors.

• Open Parameters - Open Materials: More than 200 parameters are available to users, allowing full customization.

• Open Software: Supports GCode editing and custom parameter adjustments for enhanced control.

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.

Building Functional Metal Parts

The printer excels in directly producing functional complex geometric parts such as snap-fit or loose joint hinges, offering versatility and precision in its output. It accommodates a wide range of materials, including metal powders that can be single metals or alloys, providing flexibility to meet various application requirements.

Particularly suitable for manufacturing single parts or small batches of functional components, it caters to diverse industries including industrial production, prototyping, research, dental, and medical fields. With its ability to deliver intricate and high-quality prints efficiently, the printer serves as an indispensable tool for producing critical parts and prototypes with exceptional accuracy and reliability.

Printing in SLM

SLM is a 3D printing technology that uses metallic powder to print metal objects instantly.

During printing, a coating mechanism (the recoater) spreads a layer of metallic powder on the printing plate and a powerful laser beam selectively melts the powder of the current layer. After the fusion is complete, the printing platform is moved down one layer, and the process is repeated until the entire object is fused. The whole process is carried out in a chamber, with a shielding gas, to prevent the metal from reacting with other gases at high temperatures.

The main advantage of SLM technology is that it offers many new options in manufacturing metal parts, such as geometric freedom in design, weight reduction, flexibility in prototyping, and speed in producing metal objects in small quantities.