Application story: a machined carton extracting tool converted to 3D printed Nylon 12 for a packaging equipment OEM, delivered in 3 days at a price equivalent to the machined part, with added air channels and no setup fees.
Application story: injection molding EOAT for large automotive parts with an organic 3D printed frame, internal vacuum channels, lightweight runner and sprue grippers for degating, and a quick connect system that changes tools in seconds.
Application story: a large 3D printed vacuum manifold weighing 2.3 kg where conventional metal exceeds 20 kg, printed in sections with internal vacuum channels and engineered to withstand robot crash impacts.
Explore industrial 3D printing services for the medical industry, including SLS production, certified biocompatible materials, finishing, inspection, and on demand manufacturing with Anubis 3D.
End of Arm Tooling (EOAT) explained from the ground up: gripper types, tool changers, robot flanges, selection criteria, payload budgeting, and how 3D printed EOAT cuts weight, cost, and lead time.
Learn how geometric dimensioning and tolerancing (GD&T) works, from datums and symbols to feature control frames and 3D printed parts.
Application story: a 3D printed spreader end of arm tool that picks four 250 gram product towers at once, re-pitches them between pick and place, and weighs less than 4 kg with quick change suction cup arrangements.
Rapid prototyping is no longer just a product development step, it is a competitive advantage. This guide breaks down the most reliable prototyping methods, when to use each one, and how manufacturers can go from idea to functional parts faster. You will also learn why SLS 3D printing is a go to option for durable prototypes and low volume production parts, especially when strength, consistency, and complex geometry matter.
Selective Laser Sintering (SLS) is one of the most trusted industrial 3D printing methods for durable, functional parts. This guide explains SLS materials, design rules, tolerances, finishing, and inspection, plus how Anubis 3D applies SLS to production tooling and automation components.
Vapor Fuse Smoothing technology enhances 3D printed Nylon 12 parts by delivering smooth, sealed surfaces with injection-molded quality. At Anubis 3D, this finishing process adds durability, hygiene, and visual appeal to functional components used in automation, robotics, and regulated industries.
Additive manufacturing does not end when the print is finished. Powder removal and surface finishing are critical steps that turn selective laser sintering parts into reliable, production-ready components. At Anubis 3D, advanced finishing methods ensure every channel is clear, every surface is smooth, and every part meets the demands of modern automation.
Anubis 3D and EOS are showing how 3D printing has grown beyond prototyping into a true production solution. In this webinar recap, Anubis 3D explains how it uses EOS SLS technology to produce custom end-of-arm tooling that meets real performance needs, with lighter parts, faster changeovers, and scalable customization for modern manufacturing.
Glass Filled Nylon: When the Stiffness Is Worth the Trade-Off
3D Printing vs Injection Molding: Where the Volume Crossover Sits
Needle Grippers: Handling Textiles, Foam, and Porous Materials
Living Hinges in 3D Printed Parts: Design Rules That Survive Cycling
Wall Thickness for SLS 3D Printing: Minimums That Actually Print