Precision aluminum forged parts designed for robotic systems, automation equipment, and high-cycle industrial applications
Offering superior fatigue resistance compared to die casting and lower overall cost than full CNC machining
Typical Forged Components for Robotics & Automation
Thanks to the fatigue resistance and lightweight properties of forged aluminum alloy components
Robotics & Automation Forged Components
Road bicycle tubing
lightweight robotic structural parts
Robot structural arm
Lightweight load-bearing components
Precision structural connectors
Bicycle manufacturers require lightweight, fatigue-resistant, and aesthetically pleasing anodized components
Advantages：
Lightweight Without Sacrificing Strength
Forged aluminum offers higher strength-to-weight ratio than CNC or casting.Perfect for Anodized Surface Finishing
No porosity, ensuring smooth and consistent anodized appearance.Designed for Dynamic Load & Fatigue
Ideal for pedaling forces, vibration, and long-term riding durability.
Forging is widely used for automotive load-bearing components where strength, reliability, and cost control are critical.
Forging
Best fatigue resistance, stable mechanical properties, ideal for dynamic motion systems
Forging creates near-net-shape blanks, while CNC machining ensures tight tolerances and assembly accuracy
Benefits:
Reduced machining time
Lower material waste
Improved overall cost efficiency
Materials
Aluminum 6061
Aluminum 6063
Aluminum 6082
Aluminum 7075 (high-strength applications)
Hot forging of aluminum molds
Forging + CNC Machining Capability
Anodizing and surface treatment
Custom Tooling and Die Development
When Forging May Not Be the Right Choice
Parts Better Suited for CNC Machining
- Aluminum forging may not be ideal for parts that require extremely complex geometries, deep internal cavities, or frequent design changes.
- For low-volume production or highly customized components, CNC machining offers greater flexibility without tooling investment.
Limitations of Aluminum Forging
- While aluminum forging provides excellent strength and reliability, it does have certain limitations.
- Initial die development is required, making forging less economical for very small batch sizes or prototype-only projects.
Choosing the Right Manufacturing Process
- Forging, CNC machining, and die casting each serve different purposes.
Our engineering team evaluates your part design, volume requirements, and performance goals to recommend the most suitable manufacturing solution.
When Forging May Not Be the Best Choice？
Extremely low-volume prototypes
Very thin decorative parts
Very thin decorative parts
Need Reliable Forged Components for Robotics Systems?
Send us your drawings or technical requirements, and our engineering team will recommend the most suitable forging solution.
