GoPxL is LMI Technologies’ latest software for creating end-to-end, web-based inline measurement and inspection solutions deployed on a *Gocator 3D Smart Sensor. Vision engineers can use GoPxL to solve a wide range of industrial inspection tasks that leverage a combination of on-sensor measurement filters and tools running on Gocator’s industry-leading laser, snapshot, and line confocal smart sensors.

In this blog, we take a closer look at the ease and efficiency of applying GoPxL measurement toolchains to execute two simple inspection tasks: (1) Fastener measurement, and (2) Connector pin inspection. 

Let’s get started.

1. Fastener Measurement with 2X Gocator 2520 Smart 3D Laser Line Profilers

Inspection Task

In this example, we measure the height between surfaces and the radius of the notched ring in the fastener. The circular region feature available from GoPxL allows us to solve this application without adding masking tools.

Surface Filter

To help remove reflection noise due to the shiny fastener, we use the Surface Filter tool and configure the Percentile filter to remove points above and below the fastener surface.

Surface Bounding Box

The Surface Bounding Box tool acts as an anchor for the remaining tools in the toolchain in case the part’s location or orientation changes from scan to scan.

Surface Dimension

The Surface Dimension tool in GoPxL supports multiple region types, including circle regions. This ability avoids using masking tools to isolate the top and bottom fastener surfaces.

Surface Circular Edge

This tool lets us measure the complicated notched feature. The Surface Circular Edge tool samples the ring at specific intervals configurable by the user. The result is the radius of the notched ring feature in the fastener.

2. Connector Pin Inspection with 1X Gocator 3506 Smart 3D Snapshot Sensor

Inspection Task

In this example, we count and measure the pins of the POWER/LAN connector on a Gocator. GoPxL supports arrays, which reduces the number of tools needed to inspect all 14 pins.

Surface Bounding Box

The Surface Bounding Box tool provides an anchor for the remaining tools in the toolchain in case the part’s location or orientation changes from scan to scan.

Surface Plane

We use the Surface Plane tool to define a measurement plane reference for the connector pins.

Surface Transform

This tool generates a new surface of pins based on the coordinate system of the plane and bounding box.

Surface Blob

The Surface Blob tool detects the pin tips and outputs as an array of surfaces.

Surface Position

The Surface Position tool reports the X, Y, and Z positions of each pin. The tool uses batching to operate on an array of surfaces generated by the Surface Blob tool.

Now you’ve successfully run through two simple toolchain executions in GoPxL.

Next, we encourage you to explore all of the other sample measurement scenarios that are available by downloading the latest GoPxL Sample Recordings. No sensor is needed, and in addition to accessing the Fastener Measurement and Connector Pin Inspection scenarios covered in this blog, you will be able to test-drive a variety of other measurement scenarios that include the following targets:

• Tote Bag
• Chocolate Bar
• EV Battery
• Countersunk Hole
• Engine Cylinder Head
• Printed Circuit Board (PCB)
• And more

All right from your desktop.

If you’d like to read more about GoPxL IIoT Vision Inspection Software you can start exploring features and capabilities on the GoPxL section of our website. And of course, if you have any feedback, questions, or suggestions regarding GoPxL you can write to [email protected] and we’ll be more than happy to help. 

Enjoy your GoPxL test drive!

*NOTE: While users are encouraged to evaluate GoPxL, previous Gocator Firmware releases continue to be supported and maintained. G2 and G3 products are currently shipping with firmware 6.1.42.10 or later.