Custom Robotics and Automation Parts
Engineered to meet exact tolerances, powering high-performance robotics and automation systems.
Robotics and Automation Prototypes
A prototype is a critical key in developing reliable robotics and automation systems. We specialize in producing precision prototypes, that allow engineers and designers to test functionality. Using advanced CNC machining, sheet metal fabrication, vacuum casting, and 3D printing, Xinprototype manufactures components with exact tolerances to meet demanding automation requirements.
Case Studies
This aluminum alloy caster frame was manufactured by CNC machining. To support the robot’s movement, the part achieves tight tolerances for a perfect fit with the wheel assembly, ensuring stability and smooth speeds.
These aluminum parts were CNC-machined to meet the exacting demands of automated machinery. Each component features tight tolerances, smooth surfaces, and precise hole alignment, ensuring seamless integration with other mechanical assemblies.
The Importance of Prototypes
We produce precision-machined prototypes, which include housings, brackets, gears, and complex multi-axis components—each tailored for robotic arms, automated production lines, and specialized automation equipment.
To meet the demanding conditions of industrial automation, we have precision 5 Axis CNC machining and CMM test equipment, to ensure the high tolerance requirements.
Meanwhile, we offer different surface treatments such as anodizing, powder coating, and polishing etc. These not only improve wear resistance and durability, but also elevate the visual quality of the components.
Prototyping Solutions
CNC machining: Ideal for producing precision structural components such as brackets, gears, flanges, couplings, joint parts, and mounting bases.
Vacuum casting: Best suited for external housings, protective covers, button panels, and sensor enclosures.
3D printing: Enables the creation of complex geometries, lightweight structures, and custom end-effectors like grippers and suction mounts.
Sheet metal: Used for electrical control cabinets, mounting brackets, protective guards, and frame structures.
Injection molding: Perfect to produce plastic housings, protective covers, and large-volume plastic structural parts.
Design and Engineering Technical Support
Transforming robotics and automation from concept into a finished product, not just request manufacturing, it needs expert technical and engineering at every step. Thanks to our team works closely with clients to refine designs, ensure manufacturability, and select the right materials and processes for optimal performance.
From early prototyping to production scaling, we provide practical solutions to address engineering challenges, reduce lead times, and maintain cost efficiency without sacrificing quality.
Therefore, whether you need design adjustments, tolerance optimization, or surface finishing recommendations, our technical support bridges the gap between creative vision and market-ready products. The final parts can meet your exact requirements, function reliably, and deliver lasting value.
Start Your Project with Our Expert Team
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