Robotic Drilling System – RDS210 & RDS300
Automated robotic drilling for aerospace assembly.
The Robotic Drilling System – RDS210 & RDS300 is designed for automated hole-making in aerospace assembly workflows. It supports repeatable drilling, positioning and process stability for large structural components where accuracy, reliability and efficient production are essential.
Siemens and Heidenhain CNC control options.
Siemens CNC
Heidenhain CNC
Configured by Application
Robotic hole-making for precision assembly workflows.
The RDS210 & RDS300 series focuses on robotic drilling processes for large aerospace structures. The system is intended for automated, repeatable and production-ready hole-making where manual drilling would be too time-consuming, inconsistent or difficult to scale.
Automated Hole-Making
The system supports automated drilling processes for aerospace assembly tasks, helping reduce manual effort and improve repeatability across large structural components.
RDS210
Robotic drilling system
RDS300
Robotic drilling system
Automated drilling
Assembly process
Repeatable Process Control
Robotic process execution helps improve consistency in hole-making operations, especially in structural assembly workflows with recurring drilling patterns and demanding positioning requirements.
Repeatable
Drilling process
Stable
Positioning workflow
Reduced
Manual variation
Built for Assembly Lines
The system is suited for integration into aerospace assembly environments where drilling, positioning and process documentation need to work as part of a controlled production flow.
Assembly-ready
Production concept
Robotic automation
Process support
Large structures
Application focus
For Large Structural Components
The RDS210 & RDS300 series is positioned for structural aerospace assembly tasks, especially where component size and hole quality requirements make automated drilling a more reliable solution.
Aerospace
Primary application
Structural parts
Component focus
Project-specific
Configuration
Automated Drilling
Robotic drilling reduces manual intervention and supports more consistent hole-making processes in aerospace assembly.
Repeatable Quality
Controlled robotic movement helps improve repeatability across recurring drilling operations and structural assembly patterns.
Efficient Production
Automation supports shorter process times, better workflow planning and more scalable production compared with manual drilling.
Assembly Integration
The system can be positioned as part of a broader aerospace assembly workflow alongside friction stir welding and mobile robotic drilling solutions.
Key technical capabilities of the RDS210 & RDS300 series.
The RDS210 & RDS300 series is described as a robotic drilling system within the Loong Aerospace Assembly Series. Detailed specifications can be defined project-specifically based on component geometry, drilling requirements, production environment and automation concept.
| Parameter | Specification |
|---|---|
| Machine type | Robotic Drilling System |
| Series / models | RDS210 / RDS300 |
| Process | Automated robotic drilling |
| Application focus | Aerospace assembly and large structural components |
| Production role | Repeatable hole-making in controlled assembly workflows |
| Automation concept | Stationary robotic drilling system |
| Configuration | Project-specific / customized |
| Detailed specifications | Defined according to component geometry, drilling pattern, accuracy requirements and production workflow |
| Related systems | Friction Stir Welding Equipment; RDS500 Mobile Robotic Automatic Drilling System |
Impressions from robotic drilling and aerospace assembly applications.
This gallery presents a mixed visual selection from robotic drilling systems, assembly environments, drilling applications and large structural component workflows. The images are not separated by model type and provide a broader impression of the RDS210 & RDS300 series as a whole.
Related machines in this series.
The Aerospace Assembly Series combines automated joining and drilling technologies for large structural components. While the RDS210 & RDS300 series focuses on robotic drilling, the Friction Stir Welding Equipment supports automated welding and the RDS500 provides a mobile robotic drilling concept.
Friction Stir Welding Equipment
Automated friction stir welding equipment for large lightweight structures, tank components and demanding aerospace assemblies.
Mobile Robotic Automatic Drilling System – RDS500
Mobile robotic automatic drilling system for flexible hole-making workflows on large components and movable assembly environments.
Need a robotic drilling solution for aerospace assembly?
Talk to TOPNC about component size, drilling patterns, accuracy requirements, production volume and automation goals. Based on your assembly workflow, we can help define the right RDS210 or RDS300 concept for your manufacturing environment.