ROBOTIC POSITIONERS 5 AXIS
5 Axis Positioners Available
Incorporating a central axis that rotates a two-axis system on each side enhances the efficiency and functionality of robotic welding processes by facilitating multiple part positioning and processing tasks. This configuration allows one side to be inside the welding cell for robotic welding, while the other side is accessible to the operator for loading and unloading parts. This not only enhances operational efficiency but also improves safety and quality, demonstrating significant advantages in high-demand welding applications.
The dual axis systems are designed to manipulate an extensive range of complex component geometries by lifting and tilting to various precise degrees for robotic operations. This offers greater flexibility for operators to machine from all sides.
KEY FEATURES
ZERO BACKLASH CAM INDEXERS: Ensures precise positioning without play, enhancing both accuracy and repeatability.
HIGH LOAD CAPACITY: Designed to handle heavy loads without compromising precision, making them suitable for a variety of manufacturing applications.
ROBUST CONSTRUCTION: Built with high-quality/heavy duty materials and components to withstand demanding industrial environments.
CUSTOMIZATION: We understand that every application is unique. Our engineering team can customize the positioners to meet specific requirements, ensuring optimal integration and performance in your operations.
AUX AXIS: Capable of being adapted to utilize most major robot brands.
BENEFITS
- Enhances operational efficiency by allowing for simultaneous part loading and welding
- Improves safety and quality.
- Allows for quick changes between different welding tasks, accommodating short runs and varying part requirements.
- By maintaining a continuous operation, the welding conditions can be kept more consistent, improving weld quality.
APPLICATIONS
Our 5-axis positioners are designed for versatility, catering to a wide range of industries including aerospace, automotive, military, and heavy industrial manufacturing. They are especially beneficial in applications requiring complex, multi-axis movements, such as:
ASSEMBLY
Precise component placement and fastening in tight spaces.
WELDING
Consistent, high-quality welds in automated welding applications.
INSPECTION
Accurate positioning for detailed inspection and quality control processes.
MACHINING
Complex machining tasks that require precise positioning and orientation.