The Gocator 4000 Series features coaxial line confocal sensor technology, which enhances LMI’s existing Line Confocal product portfolio. These sensors deliver high-speed, high-resolution, versatile, and shadow-free 3D inline inspection performance. Additionally, they offer an outstanding angular range (Max Slope Angle up to +/- 85 degrees) for manufacturing applications in Semiconductor, Consumer Electronics, EV Battery, and many more industries. Furthermore, their advanced technology ensures precise and reliable results in a wide range of manufacturing environments.

Specifications:

• 1920 points per profile for high-resolution, shadow-free 3D measurement and inspection
• X resolutions up to 1.9 microns
• Fields of view up to 5.0 millimeters
• Max slope angle up to ± 85 degrees
• Speeds up to 16 kHz+ at limited measurement range (with GoMax or PC acceleration), 4 kHz+ at full measurement range
• On-sensor measurement tools and I/O connectivity
• Easy mounting and system integration
• Comes with the latest GoPxL software onboard

When starting a new 3D vision project, In-Position Technologies engineers first review the key requirements to determine the optimum 3D sensor for the job. Next, they perform all necessary engineering calculations to ensure the vision system meets customer specifications and operates efficiently without unnecessary cost. Moreover, they recommend the appropriate cables, fixturing, and add-on accessories to make system installation as smooth as possible.

This includes:

• Determine what measurements will be required
• Ensuring field of view and scan precision is adequate
• Calculating needed scan rate for desired throughput
• Verifying mounting compatibility, form factor checks, etc…
• Ensuring all necessary accessories are also specified

When ordering Gocator 4000 3D smart sensors as a part of a full system, IP Tech engineers review the solution to ensure:

• All parts and accessories necessary for a complete working solution are included
• All components have been checked and verified to work together as a system
• The selected components will perform as required by the project specifications