The UltiMaker S Series is more than just a 3D printer—it's a complete professional ecosystem. From streamlined post-processing to advanced material capabilities, every accessory and integration is designed to maximize uptime, reduce manual effort, and expand the range of applications possible with the S3, S5, S7, and beyond.
Below are just a few standout highlights that showcase how the S Series grows with your needs and scales with your creativity.
Whether you're optimizing support removal, printing in metal, or scaling across teams, the UltiMaker S Series ecosystem gives you the tools to Design. Print. Repeat.—faster, smarter, and more efficiently than ever.
The METHOD Pro Series has empowered designers and engineers across a wide range of industries to bring bold ideas to life. From toymakers and industrial designers to manufacturers and aerospace innovators, our customers have used METHOD and METHOD X to push the boundaries of what's possible with desktop 3D printing.
Whether printing functional prototypes, concept models, or production-ready tools, METHOD customers consistently highlight speed, accuracy, and seamless integration as the keys to success. Here are just a few real-world stories of how the METHOD Pro Series is making an impact.
“With METHOD X, we get the accuracy, ease of use, and a cohesive ecosystem that delivers professional results—fast.”
Explore how METHOD Pro Series customers are turning ideas into impact—across industries, materials, and missions.
The Fronius TPS/i series sets the standard for intelligent, high-performance robotic welding. With models ranging from 320 to 600 amps and advanced features like arc length stabilization, touch-screen controls, and modular expandability, TPS/i is engineered to meet the highest demands for steel, stainless steel, and aluminum welding. When paired with APT’s FANUC robotic welding carts, this solution offers unmatched flexibility and seamless automation for educational and industrial training environments.
Advanced welding software packages—including LSC (Low Spatter Control), PMC (Pulse Multi Control), and CMT (Cold Metal Transfer)—enable a wide range of materials and welding positions with precision, repeatability, and reduced heat input. Combined with intuitive operation and future-ready digital connectivity via WeldCube, the TPS/i is a powerhouse platform that prepares students and trainees for the real-world demands of Industry 4.0 manufacturing.
Discover why the Fronius TPS/i is a leading choice for advanced welding training and robotic integration. With power levels up to 600 amps, modular software packages, and seamless compatibility with APT/FANUC robotic welding carts, the TPS/i delivers performance, precision, and future-ready flexibility. Whether you're teaching students in a CTE program or upskilling your workforce, this system adapts to real-world demands in steel, stainless steel, and aluminum welding applications.
This brochure provides a full overview of system capabilities, supported processes, hardware configurations, torch packages, and digital control features—making it a valuable resource for welding educators, program coordinators, and industrial training managers.
The Fronius PMC (Pulse Multi Control) welding package transforms the standard pulsed arc into a high-precision, high-speed process with optimized arc length and penetration stabilizers. Designed for maximum control and minimal spatter, PMC supports both manual and robotic welding, producing high-quality, repeatable results even in vertical and overhead positions.
With features like spatter-free ignition (SFI), TIG-like seam appearance, and improved productivity across steel, aluminum, and galvanized applications, PMC is ideal for advanced welding environments. Download the brochure to explore how PMC outperforms standard pulse and LSC processes—helping you reduce energy use, material waste, and rework.
Cold Metal Transfer (CMT) by Fronius offers an innovative approach to welding with dramatically reduced heat input and up to 99% less spatter. Using oscillating wire motion, the CMT process delivers exceptionally stable arcs, enabling precise droplet control and seamless welds on thin materials, aluminum, galvanized steel, and even dissimilar metals.
With twice the welding speed of standard dip transfer processes and minimal post-weld cleanup, CMT is a top choice for applications requiring tight tolerances, clean finishes, or low distortion. Download the full brochure to learn how CMT supports automotive, additive manufacturing, and advanced fabrication use cases.
The Fronius LSC (Low Spatter Control) welding package is engineered to deliver consistent arc stability with up to 75% less spatter compared to conventional dip transfer processes. Using soft reignition and advanced digital control, LSC creates cleaner welds, reduces filler material waste, and lowers rework demands across a range of steel and CrNi applications.
LSC is ideal for out-of-position welding, root passes, and galvanized sheet metal work, providing strong arc control even with long hosepacks. With integrated penetration stabilizers, LSC ensures consistent performance and high weld quality. Download the brochure for a full overview of this efficient, cost-saving solution.
Prepare learners for the future of Industry 4.0 with the Amatrol 990-SM10 Smart Manufacturing Learning System, developed in collaboration with CESMI – the Smart Manufacturing Institute. This hands-on, portable trainer is designed to guide students from foundational concepts to advanced applications in smart manufacturing. With cutting-edge hardware, industrial-grade software, and real-world IT/OT integration capabilities, the 990-SM10 delivers practical experience in monitoring equipment, optimizing energy use, and building connected factory solutions.
Students will engage directly with essential technologies like sensors, PLCs, OPC UA, MQTT, and cloud infrastructure, using both wired and wireless configurations. Its compact, rugged design includes roller wheels and a built-in storage pouch, making it ideal for classroom or lab use. Whether you're launching a smart manufacturing curriculum or upgrading an existing program, the Amatrol 990-SM10 is the flexible, future-ready solution your learners need.
At Area 31 Career Center, part of Ben Davis High School in Indianapolis, the Digital Integrated Manufacturing (DIM) program is giving students more than just classroom instruction—it's delivering real-world skills and job opportunities. Led by instructor Mike Morrow, this two-year program combines Amatrol’s hands-on training systems with project-based learning, industry credentials, and work-based internships that prepare students for careers in smart manufacturing, robotics, and IIoT.
With access to Amatrol’s Skill Boss, robotics trainers, and systems for pneumatics, hydraulics, and mechanical drives, students master the fundamentals employers need most. Through their second-year internships, students are gaining on-the-job experience—and job offers. In fact, for two years running, every senior who completed the work-based learning program has been hired before graduation. Area 31 is not just teaching skills—it's launching careers in advanced manufacturing.
At Kiel High School in Wisconsin, students are learning what it takes to thrive in modern manufacturing—before they even graduate. Through an innovative course combining engineering, mechatronics, and industry controls, instructor Ted Bonde and his students use Amatrol’s Industry 4.0 training systems to master real-world technologies like PLCs, pneumatics, hydraulics, and automation cells. With hands-on learning using tools like the Skill Boss, students gain both technical knowledge and confidence as they prepare for careers in manufacturing, engineering, and automation.
Kiel High School’s program stands out thanks to a forward-thinking four-school, four-industry consortium. This partnership provides access to advanced training equipment and real-world employer insights, ensuring students learn exactly what’s needed in today’s workforce. With local manufacturers eager to hire graduates straight from the program, this is a high school experience that leads directly to high-wage, high-skill careers—no four-year degree required.
