The iSLM 80P is a metal 3D printer designed for applications requiring high precision and detailed geometries. It is engineered to create small, intricate components with precision ranging from 5μm to 25μm. The machine is ideal for industries like electronics, aerospace, energy, and biomedicine, where accuracy and surface quality are critical.
SLM printing uses selective laser melting technology which melts metal powders and solidifies layer by layer until a three-dimensional part is built. During the process, the ruler in the build chamber will pave one layer of the metal powder, a high powered laser selectively fuses the powder by tracing cross-section of the part on the surface of a powder bed and then a new coat of material is applied for the next layer. The whole process is in a high vacuum chamber or full of protective gas chamber to avoid the metal powder reacts with oxygen at high temperature.
ZRapid is using a high energy and fine spot laser, The equipment can complete complex parts in a very short period time while using conventional methods that will take several weeks or even months to complete in comparison. Parts not only have precise dimension, high tensile and high density, but also excellent in mechanical properties. Mainly used for rapid production of high-precision, high quality metal parts.
Compact and Efficient Design
The iSLM 80P is engineered to integrate seamlessly into production workflows, even in environments where space is limited. Its compact size ensures easy placement without compromising on performance. Built for reliability, the iSLM 80P delivers consistent results, making it suitable for long-term use in precision manufacturing. With a spot size of ~22 microns, iSLM 80P enables the precise fabrication of intricate geometries. Parts manufactured with the iSLM 80P feature surface roughness ranging from Ra 0.8 to 2.8 microns, significantly reducing the need for post-processing, even for components with complex internal structures. Its technology can support the creation of unsupported designs, reducing material waste and enhancing overall manufacturing efficiency.
Technical Advantages
High Accuracy: Achieves up to 0.05mm, ensuring precise manufacturing.
Efficient Optical Scanning: High-speed scanning galvanometer with adjustable beam diameter (0.06–0.20 mm) enhances productivity.
Top 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.

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