Reliable Positioning in 24/7 Industrial Use

In automated manufacturing processes, unstable positioning, increasing cycle requirements, and impaired system performance lead to quality losses and downtime. Especially under continuous load and at high cycle frequencies, thermal effects, mechanical wear, and a lack of reproducibility reduce process stability, leading to tolerance deviations. The H-815 Industrial Hexapod is specially designed for precise continuous operation and maximum process reliability in 24/7 industrial environments. Its compact, robust design facilitates mechanical integration, even in limited installation spaces. The integrated brake ensures standstill in any position. Thanks to absolute encoders, the system enables a time-saving, safe start without additional referencing. The controller meets safety standards and offers a high level of functional safety for critical processes. User-friendly software supports an efficient initial startup and control.

Advantages at a Glance:
 

• Reliable continuous operation and a long service life: Robust design for 24/7 operation even in automated industrial processes with a high number of cycles 

• High positioning accuracy: Precision and repeatability thanks to an exceptional design and high-quality components 

• Maximum operational safety: Integrated brake for standstill in any position—for safe handling and high process reliability 

• Fast system start: Absolute encoders provide position data without referencing 

• Intuitive control: User-friendly PIMikroMove software allows for simple operation and seamless integration into existing systems

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In precision-critical lens alignment, the performance of the positioning system directly impacts throughput and manufacturing efficiency. Conventional solutions often reach their limits, particularly regarding high repeatability and continuous 24/7 operation. The H-815 Industrial Hexapod from PI was specially developed for confined installation spaces, such as in the assembly of mobile camera lenses. With six degrees of freedom, it enables flexible and precise alignment across multiple axes. This results in fast, stable, high-precision motion for large-scale lens alignment and optics assembly as well as in comparable applications.