3D Printing for Robotics Manufacturing
At ABCorp 3D, we support robotics companies with custom 3D printed parts, components, rapid prototyping, and scalable robotics manufacturing solutions. From robotic housings to lightweight structural components and low-volume production programs, we help robotics teams move from concept to deployment faster.
With advanced additive manufacturing capabilities for polymers and metals, we produce durable, high-performance robotic components for industrial, commercial, and autonomous applications.
How 3D Printing Supports Robotics Manufacturing
Additive manufacturing enables robotics companies to move faster, simplify assemblies, and produce durable, production-ready robotic components without the constraints of traditional tooling or long lead times.
Rapid Prototyping
Accelerate robotics development with fast-turn functional prototypes and end-use test parts.
Part Consolidation
Reduce assembly complexity by consolidating multiple robot components into a single printed part.
Lightweight Robotic Components
Optimize robotic components for strength, durability, and reduced weight.
Production-Ready Robot Parts
Produce durable, production-ready robotic components designed for real-world applications.
Low-Volume, Scalable Production
Support low-volume production, bridge manufacturing, and scalable robotics programs.
Secure U.S.-Based Manufacturing
Manufacture robotic components in a secure, highly-certified U.S.-based facility.
Robotics Materials & Manufacturing Capabilities
ABCorp 3D supports robotics applications with advanced polymer and metal additive manufacturing technologies designed for strength, precision, and repeatability.
HP Multi Jet Fusion (MJF)
Ideal for lightweight, durable robot parts, housings, brackets, and end-use components requiring strong mechanical performance and fast production speeds.
Nylon PA12
A versatile engineering-grade material commonly used for robotic housings, tooling, structural components, and functional prototypes.
TPU
Flexible material suited for protective covers, soft-touch robotics applications, vibration dampening, and gripping components.
Metal Additive Manufacturing
Produce complex metal robotic parts and tooling components with high strength and dimensional accuracy.
3D Printed Robot Components Case Study
Learn how Framework Robotics used HP Multi Jet Fusion technology to produce durable, production-ready robotic components for unmanned underwater vehicles. By transitioning from traditional FDM printing, the company improved part quality, durability, and production efficiency, enabling real-world robotic applications and scalable robotics manufacturing.
