SLS 3D Printing - Centurion

Professional and Industrial Additive Manufacturing
Our SLS 3D printing service


From prototyping to small-batch production, our SLS 3D printing facilities will allow you to produce highly accurate parts with quality and strength comparable to injection molding. Ideal for low volume production of end use parts without the cost and time required for tooling.
•Automotive (jigs & fixtures, prototype cars)
•Aerospace (prototypes, tools, air ducts)
•Medical and healthcare (prosthetics)
•Consumer electronics (housings, prototypes)
•Military (replacement parts, grips)
•Heavy Industry (sand casting patterns, tooling)



High Resolution Resin 3D Printing
Our mSLA 3D printing service


mSLA 3D printing is used for rapid prototyping, jewelry and fashion design, dentistry and orthodontics, medical applications, engineering and aerospace, architecture and model making, education and research, and art and sculpture. It enables the creation of precise and intricate 3D printed objects in various industries.


•Prototyping
•Jewelry and Fashion
•Dentistry and Orthodontics
•Medical Devices
•Engineering and Aerospace
•Architecture and Model Making
•Education and Research
•Art and Sculpture



Professional FDM 3D Printing
Professional FDM and FFF 3D printers are designed for industrial or commercial use, offering higher performance, larger build volumes, advanced features, and more material options.


•Manufacturing Tooling
•Functional Prototypes
•End-Use Parts
•Aerospace and Defense
•Automotive Industry
•Healthcare and Medical Devices
•Architecture and Construction
•Education and Research




AMS3D Print Farm
A 3D print farm is a facility where multiple 3D printers are operated together to handle large-scale 3D printing production efficiently.




3D Scanning and Reverse Engineering
3D scanning is a technology that captures the shape, texture, and color information of physical objects or environments and converts them into digital 3D models. It involves using specialized equipment and techniques such as lasers, structured light, or photogrammetry to collect data points that define the surface of the object. This data is processed to create accurate digital representations that can be used in various fields like design, architecture, virtual reality, and more.


•Industrial Design and Manufacturing\
•Architecture and Construction
•Art and Cultural Heritage
•Medical and Healthcare
•Virtual Reality and Gaming
•Animation and Visual Effects
•Archaeology and Anthropology
•Reverse Engineering
•Forensics and Crime Scene Investigation
•Virtual Tours and Visualization