XY Gantry Positioning System, Compact, for Automated Photonics Test & Assembly

High performance Gantry positioning systems: www.pi-usa.us/... High-performance gantries are essential in precision manufacturing because they provide the necessary accuracy, speed, and repeatability required to in industries such as photonics, electronics and semiconductor test and manufacturing. Precision manufacturing refers to the process of creating products that meet extremely tight tolerances, which requires high precision motion control.
XY and XYZ gantry systems are used in precision manufacturing because they provide a stable and accurate platform for positioning and moving manufacturing tools and equipment. A gantry system typically consists of a base, a bridge, and a carriage that moves along the bridge. The base can be made of metal or for very high precision requirements, granite is used.
High-performance gantries use linear motors and high resolution linear encoders, as well as high performance motion control algorithms to synchronize the two base linear motor stages.
When built by experienced design and manufacturing teams from high precision components, accuracy and repeatability provided by high-performance gantries enable manufacturers to produce products with extremely tight tolerances, which is essential in industries such as optics, photonics, aerospace, automotive, and medical device manufacturing. In these industries, even small variations in product dimensions or quality can have significant consequences, making the use of high-performance gantries essential.
More information on Photonics Automation: www.pi-usa.us/.... Several advantages and applications of the compact gantry system shown in this video are:
• Photonic test
• Component sorting & Validation
• Device Stacking & Assembly
• PCB Test
• Flexible Probing
• Industrial class
• High MTBF
• High speed, lowest per-part cost
• Open Architecture
• Intelligent algorithms
• Automated scanning
• Find & profile components
• Automated tracking
• Modularity
• Compactness
• Vibrationless
• High resolution
• Scalable
#Photonics-Automation
#Automation
#PrecisionMotion