Lightweight Precision
Reduce inertia and improve robot speed and energy efficiency.
Robotics & Automation
Precision Injection Molded Components for Robotics & Automation
NetProto delivers high-precision, lightweight plastic components for robotic arms, end-of-arm tooling, automation systems, sensors, and motion control equipment. Get instant quotes, expert DFM feedback optimized for performance and repeatability, and lifetime mold support with full project visibility from prototype to production scale.
Why NetProto for Robotics & Automation
Precision Engineered for Motion and Intelligence
Robotics and automation systems require lightweight components with tight tolerances, excellent repeatability, and the ability to integrate complex geometries. NetProto provides rapid development support, high-precision molding, and engineering collaboration to help manufacturers reduce weight, increase speed, lower costs, and accelerate innovation in robotic and automated solutions.
Tight Tolerances & Repeatability
Consistent performance critical for automation and robotics.
Design Flexibility
Complex geometries, integrated features, and rapid design iteration.
Scalable Production
From low-volume prototypes to high-volume deployment with lifetime mold support.
Key Applications
Injection Molding Applications in Robotics & Automation
From structural robot components to precision end-of-arm tooling and sensor housings, our molded parts enable faster, lighter, and more capable automation systems.
Robotic Arms & Structures
Lightweight linkages, joint housings, arm segments, and structural brackets.
End-of-Arm Tooling (EOAT)
Grippers, vacuum cups, tool changers, and custom end effectors.
Sensor & Vision Systems
Camera mounts, sensor housings, lens holders, and protective enclosures.
Motion Control Components
Actuator housings, gear covers, cable management systems, and precision mounts.
Collaborative Robots (Cobots)
Safety guards, exterior panels, and lightweight structural components.
Automation Fixtures & Jigs
Custom workholding components, alignment fixtures, and high-repeatability tooling.
Our Process
From CAD to Deployed Automation
- 1
Upload CAD
Receive instant pricing and robotics-focused DFM feedback on weight reduction, precision, and integration.
- 2
Material & Design Optimization
Select high-strength, lightweight, or static-dissipative materials tailored to robotic performance requirements.
- 3
Tooling & Production
Track progress with real-time visibility and direct collaboration with our engineering team.
- 4
Quality & Delivery
Rigorous repeatability testing, precision validation, and lifetime mold support for long-term programs.
Materials & Technical Capabilities
High-Performance Materials for Robotics
We specialize in lightweight reinforced composites, carbon-fiber-filled Nylon, PEEK, PC/ABS, static-dissipative materials, and high-stiffness engineering resins. These deliver the strength-to-weight ratio, dimensional stability, and repeatability demanded by modern robotics and automation systems.
- Secondary processes supported: Overmolding for soft grippers, insert molding for metal reinforcement, and precision multi-shot molding.
- Customizable material blends for specific application requirements.
- Expert support in material selection for optimal performance.
Next Steps
Ready to Build the Next Generation of Robotics & Automation?
Upload your CAD files today for instant pricing, expert DFM feedback, and precision components engineered for motion and intelligence.