
ST-050PR-500 Parallel Robot
The ST-050PR-500 is specifically designed for moderate workspace environments requiring precise pick-and-place operations. With a 500mm motion radius and advanced vision system, this robot excels in applications where accuracy and speed are critical.
Equipped with a 1.0kg payload capacity and exceptional positioning accuracy of ±0.05mm, the ST-050PR-500 delivers reliable performance for delicate assembly and handling tasks in compact manufacturing spaces.
Technical Specifications of Model ST-050PR-500
Technical Specifications
Load Capacity & Performance
Optimized for delicate tasks with precise load handling capabilities
Light Load Operations
Maximum load capacity of 1.0kg with cycle time of 1.0s
Load Capacity: 1.0kg
Cycle Time: 1.0s
Applications: Precise assembly, small parts handling
High-Speed Light Load
Optimized for 0.1kg loads with faster 0.8s cycle time
Load Capacity: 0.1kg
Cycle Time: 0.8s
Applications: Electronics, pharmaceuticals
Moderate Workspace
500mm X-Y range perfect for compact manufacturing spaces
X-Y Range: 500mm
Z Range: 180mm
Weight: 25kg
Ultra-High-Speed Pick & Place
Lightning-fast pick-and-place operations with 0.4s cycle time and 500mm motion radius for lightweight components.
Precision Electronics Assembly
Delicate assembly operations with ±0.05mm repeatability for small electronic and mechanical parts.
Vision-Guided Packaging
Advanced vision-guided packaging with 130W industrial camera for lightweight products with precision.
Small Product Sorting
High-speed sorting leveraging 4-axis design and servo drives for small parts in compact workspace environments.
Compact Parts Handling
Efficient handling of small components with precise positioning in space-constrained manufacturing environments.
Laboratory Automation
Precise handling of samples and instruments in research environments with exceptional accuracy and cleanliness.
Perfect for Precision Tasks
Discover how the ST-050PR-500 can enhance your precision operations with its lightweight design and exceptional accuracy in moderate workspaces.