AMT post-processing systems are industrial, automated solutions designed for finishing parts produced by 3D printers. Utilizing chemical vapors, AMT (Additive Manufacturing Technologies) PostPro systems effectively seal surfaces, reduce porosity, and enhance part strength, appearance, and consistency.
The most compact vapor smoothing system on the market, the PostPro SFX, revolutionizes the post-processing of low-volume production and R&D of additively manufactured parts. Vapor smoothing is the only technology available that effectively smooths and seals the surface of 3D printed polymer parts, while also enhancing mechanical properties. This process is especially beneficial for parts made by SLS printers, making it a game-changer in the field of additive manufacturing.
In the realm of additive manufacturing, depowdering is an industry-standard process essential in a production environment. This thorough process utilizes compressed air and glass beads to ensure that all residual powder is effectively cleared without damaging the intricate details of the part. Proper depowdering is crucial for the functionality of the part and prepares it for any subsequent post-processing steps, such as vapor smoothing, which we offer as a service.
The Sinterit Lisa X is a professional-grade compact SLS printer designed for fast, versatile additive manufacturing. This advanced 3D printer brings industrial-level speed and precision into a desktop-friendly footprint, making it ideal for prototyping, small-series production, R&D, and education. With an open material system, a large build volume, and support for a wide range of SLS powders, the Lisa X allows users to experiment with printing parameters, switch materials quickly, and efficiently produce durable functional parts. For those seeking a reliable 3D printing system, the Sinterit Lisa X stands out among SLS printers.
The Mingda3D Professional Series offers industrial-grade FDM 3D printers that excel in additive manufacturing with large build volumes, high-temperature dual extrusion, and a robust mechanical design for reliable production of prototypes, tooling, and end-use parts. These machines expertly combine precision, speed, and material versatility—capable of handling standard plastics as well as engineering-grade filaments like carbon fiber, glass-filled, and nylon-based composites. With features such as auto-leveling, an enclosed heated chamber, and smart connectivity, they are ideal for advanced workflows in engineering, manufacturing, and design environments, making them a perfect choice for any 3D printing task.
INTAMSYS 3D printers deliver high-temperature, industrial-grade additive manufacturing with advanced thermal systems designed for demanding engineering materials. These high-performance machines feature high-temperature extruders (up to ~450 °C) and heated chambers and beds that enable a stable 3D printing environment capable of printing super-engineering polymers like PEEK and ULTEM (PEI), as well as other technical thermoplastics such as PPSU, PC, and carbon-fiber composites. The result is the production of high-strength, heat-resistant parts suitable for aerospace, automotive, medical, and industrial applications, all while ensuring open material compatibility for versatile workflows.
Our On-Demand 3D Printing Services provide fast, reliable, and high-quality additive manufacturing solutions tailored to your specific needs. Utilizing a diverse range of industrial-grade technologies and materials—including engineering-grade plastics and metals—we deliver precision prototypes, functional parts, and low-volume production runs with quick turnaround times. Whether you require support in design, material expertise, or custom finishing, our team guarantees consistency, performance, and responsiveness for every 3D print project.
Our scanning systems feature industry-leading hardware from Scanology and Kreon3D to deliver high-accuracy, reliable 3D capture for engineering and production workflows. Designed for precision measurement, inspection, and reverse engineering, these systems combine robust scanning performance with intuitive operation—empowering teams to digitize parts quickly and confidently for quality control, design, and manufacturing applications, which can seamlessly integrate with 3D printers and additive manufacturing processes.
Our On-Demand 3D Scanning & Reverse Engineering Services offer precise, high-resolution digital capture and analysis, utilizing industry-leading tools such as QuickSurface and PolyWorks. Whether you require detailed CAD models from physical parts, inspection-grade measurements, or geometry reconstruction for design and manufacturing, our team delivers fast and reliable results. We support engineering, quality control, and product development workflows to bring quality value to your project.
Print Farm XL is a leading provider of advanced industrial 3D printers and 3D print services, specializing in scalable additive manufacturing for production, prototyping, and end-use parts. With a strong focus on SLS powder and high-performance polymer technologies, Print Farm XL supports customers across engineering, manufacturing, medical, automotive, and aerospace markets. Additionally, partnering with Print Farm XL offers access to state-of-the-art SLS printers, 3D scanning systems, and professional 3D software solutions, enabling a complete digital workflow from part capture and design through validation and production.