3D Vision-Guided Shoe Sole Dispensing

3D Vision-Guided Shoe Sole Dispensing

This article explains how the SinceVision 3D laser profiler automates and optimizes the shoe sole dispensing process using advanced line laser scanning. By generating high-density 3D point cloud data, the system guides robotic dispensers with 0.005 mm accuracy. This automated solution eliminates the need for manual reprogramming, easily handling complex curved surfaces to improve structural strength and waterproofing in shoe manufacturing.

Product Inquiry

Project Background

In the shoe manufacturing industry, shoe sole dispensing is a critical process. The quality of dispensing directly affects the waterproofness, sealing performance, structural strength, and durability of the shoes. Traditional shoe sole dispensing processes often rely on manual operation or simple mechanized equipment, which is not only inefficient but also makes it difficult to guarantee precision. Especially when dealing with shoes of different styles and sizes, reprogramming through teaching is required, making the process cumbersome and error-prone.


With the rapid development of industrial automation and intelligent manufacturing, vision guidance technology has been increasingly applied in various production fields. The SinceVision 3D laser profiler adopts advanced line laser scanning technology. By projecting laser beams onto the object surface and capturing the reflected light, it generates high-density 3D point cloud data to reconstruct the 3D shape of the object, providing accurate data support for shoe sole dispensing.


Image: SinceVision 3D Laser Profiler for Vision-Guided Shoe Sole Dispensing


II. Inspection Requirements



  • Object Under Test: Shoe Sole

  • Measurement Item: Dispensing Guidance

  • Accuracy Requirement: 0.005 mm


Vision System Solution

The SinceVision 3D laser profiler adopts line laser scanning to quickly and accurately measure the shoe sole surface and obtain its precise 3D contour data. After this data is processed by image processing algorithms, the system can accurately extract key position information of the shoe sole, such as its shape, size, and critical dispensing points.


Image: 3D Point Cloud


Subsequently, this information is sent to the manipulator or dispensing robot. Based on the received 3D coordinate information, the robot can accurately locate each position on the shoe sole that requires gluing and perform highly precise dispensing operations.


The application of the SinceVision 3D laser profiler in vision-guided shoe sole dispensing not only reduces errors caused by human factors but also greatly improves the precision and efficiency of the dispensing process. The high flexibility and adaptability of the 3D laser profiler allow it to easily handle both complex curved surfaces of shoe soles and tiny details.


How can we help you?

How can we help you?

Tell us your challenge. We will solve it.

Apply for
a trial

How can we help you?

Thank you for considering SinceVision.

Please fill out the form below and let us know how we can assist you.

We value your feedback and inquiries. Our team will get back to you shortly.

  • Your question:

  • *Your full name

  • *Company name

  • Industry

  • *Country

  • *Mobile phone

  • *E-mail

  • *Interested products

    Please select

    Please select
    3D Laser Profiler
    Laser Displacement Sensor
    Spectral Confocal Displacement Sensor
    Through-Beam Edge Sensor
    Full Spectrum Sensor
    High-Speed Camera
    sCMOS Camera
  • Message

I have read and agree to the Privacy Policy.

I also want to subscribe SinceVision newsletters.

Comparison column

Materials waiting to be downloaded(0/20)

Total 0 MB

Delete all
Start downloading

I have read and agree to the privacy policy.

Verification
Complete the modifications