Products
Robot Chassis Parts
Robot Body Frame Base | Robotic Body Frame Base
Precision 5-Axis Machining: High-Rigidity Robot Base, Vibration Isolation Platform, Robot Body Frame Base, Industrial Automation Infrastructures
Product Brief
Our Robot Body Frame Base serves as the core load-bearing platform of industrial robot systems, delivering ultra-high rigidity, full-load support and vibration isolation performance. It ensures absolute stability and precision positioning of the robot body under dynamic operating conditions.
Manufactured on GF Mikron high-speed 5-axis machining centers, this product achieves micron-level precision on datum planes and optimization of complex structures, making it particularly suitable for high-load and high-speed robot applications. As a leading enterprise in high-precision manufacturing in China, we provide reliable and cost-effective solutions to help global customers build efficient and intelligent robot workstations.
Core Advantages
1. Ultra-High Rigidity and Load Capacity
Constructed from high-strength cast iron (HT300, equivalent to ASTM A48) or welded steel structures, combined with honeycomb reinforcement and finite element topological optimization, the rigidity is increased by more than 50%. Under the maximum reach load, deformation is minimized to ensure long-term unattenuated performance.
2. Excellent Vibration Isolation and Dynamic Stability
Integrated with active/passive vibration isolation systems (e.g., air springs or electromagnetic actuators), the vibration transmissibility is ＜10% (at frequencies ＞5Hz). Modal optimization results in a first-order natural frequency of ＞120 Hz to avoid resonance; an optional dynamic balancing system counteracts reaction forces, making it suitable for high-speed applications.
3. Precision Mounting Datum and Rapid Centering
All datum surfaces are machined in a single 5-axis operation, with a flatness of ≤0.01mm/m and a perpendicularity of ≤0.02mm/m. Built-in locating pins, leveling bolts and laser interfaces enable rapid installation within 4 hours, reducing downtime.
4. Full-System Integration and Intelligence
Modular pipeline channels and quick-connect interfaces support the integration of cables, pneumatic-hydraulic pipelines and safety fences. Optional health monitoring sensors provide real-time early warnings for vibration and inclination, enabling predictive maintenance and improving operational efficiency.
5. Customization and Global Compatibility
Supports customization of various dimensions and interfaces (e.g., flanges, guide rails) and is compatible with mainstream robots such as Fanuc and ABB. OEM/ODM services ensure seamless integration, and combined with the advantages of China's supply chain, we provide rapid delivery and competitive pricing.
Technical Parameters (Typical Values)
|
Item |
Parameter |
|
Accuracy Class (Flatness) |
Flatness ≤0.01 mm/m |
|
Hardness |
HRC 45-50 |
|
Vibration Isolation Efficiency |
≤10% (10-100 Hz) |
|
Dynamic Balance Grade |
G2.5 (ISO 1940) |
Application Fields
- Workstations for Industrial and Collaborative Robots
- Precision Automated Production Lines and Assembly Systems
- Equipment Bases for Aerospace and Automotive Manufacturing
- Platforms for Medical Robots and Semiconductor Inspection
Manufacturing Advantages: High-Speed 5-Axis Machining by GF Machining Solutions
- Leveraging high-speed 5-axis machining centers from Switzerland's GF Machining Solutions, we achieve stress-free precision forming of complex box-type structures.
- Machining accuracy reaches the micron level with a surface roughness of Ra ≤ 0.2 μm. Multi-sided machining in a single clamping ensures datum consistency.
- Fatigue resistance is enhanced by integrating heat treatment and coating technologies. Local manufacturing in China delivers flexible customization, short lead times and cost advantages. Our products match the quality of European and American brands while reducing procurement risks for global customers.
- Custom manufacturing of Robot Chassis Parts based on customer-supplied drawings, 3D models, or physical samples.
- Configurable base plates, mounting holes, locating features, reinforcing ribs, cable routing holes, and support structures.
- Structural dimensions can be adjusted to meet the fit-up requirements of the robot body frame, drive unit, battery module, and joint assemblies.
- Critical dimensions, mating surfaces, and mounting datums can be controlled according to the customer drawing.
- The machining plan can be developed based on material, heat treatment, surface treatment, and batch quantity requirements.
Production is controlled according to the required quality standards, including ISO 9001, AS9100, and IATF 16949 where applicable. Inspection mainly covers overall size, hole positions, flatness, datum surfaces, wall thickness, surface roughness, and appearance.
Everything You Need to Know
What information is required to quote a custom Robot Chassis Parts?
Please provide drawings, 3D models, material requirements, surface treatment requirements, quantity, accuracy requirements, and application scenario. If physical samples are available, they can also be supplied for structure and process evaluation.
Can samples be made first for validation?
Yes. We support sample development and small-batch trial production. Customers can complete dimensional confirmation, assembly testing, and fit validation before moving into subsequent batch production.
What is the typical sample development lead time?
The sample development lead time is typically 7-45 working days. The exact schedule will be confirmed based on the structural complexity of the chassis parts, material, machining process, heat treatment, and surface treatment requirements.
What is the Minimum Order Quantity (MOQ)?
The standard MOQ is 10 pcs. It can also be discussed flexibly based on sample testing, small-batch trial production, or the planned follow-up batch order.
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