FAQ Center

YINK FAQ Series — Episode 7

How to Use 3D Imaging Vector Engine in YINK Software?

 


Q1: How does 3D Imaging work and how to create accurate patterns?

 

What is 3D Imaging?

3D Imaging in YINK software is a feature that allows you to convert real vehicle parts into precise cutting data by capturing their actual shape.

It’s especially useful for:

  • New models without data
  • Special parts or custom areas
  • Complex curved surfaces

How to use 3D Imaging?

Step 1: Create a physical template
Use masking tape to copy the shape of the target area 1:1.
Then trim and refine the shape carefully.

3D Imaging Creation in YINK Software
3D Imaging Creation in YINK Software

Step 2: Prepare background for measurement
Place the template onto a mosaic background board
(each square = 100mm × 100mm)

3D Imaging Production Steps

Step 3: Take a photo
Capture a straight, level photo of the template.

Step 4: Import into YINK software

  • Save the image to your computer
  • Open 3D Imaging in YINK
  • Import the photo
  • 3D Imaging Creation in YINK Software

Step 5: Measure dimensions using grid

  • Count grid squares:
    • X-axis (horizontal)
    • Y-axis (vertical)
  • Example:
    • 10 grids → X = 1000mm
    • 5 grids → Y = 500mm

3D Imaging Creation in YINK Software

Step 6: Generate data

  • Input X & Y values
  • Click generate
  • Background will be removed automatically
  • Click OK to complete

 

3D Imaging Creation in YINK Software
3D Imaging Creation in YINK Software

Tips

  • Ensure the photo is not tilted
  • Always use full grid coverage for accuracy
  • The more precise the template, the better the cutting result

Q2: How to convert images into cutting paths using Vector Engine?

What is Vector Engine?

Vector Engine converts bitmap images (like PNG) into vector cutting paths.

It’s ideal for:

  • Logo cutting
  • Custom graphics
  • Branding elements on PPF

How to use Vector Engine?

Step 1: Prepare your image
Use a clear PNG or bitmap image.

Vector Engine in yink software

Step 2: Open Vector Engine in YINK
Import the image file.

Step 3: Adjust settings

  • Select Hyper Fine (highest precision)
  • Turn OFF background removal
  • Turn ON color inversion

Vector Engine in yink software

Step 4: Generate vector path
Click “Start” and wait for processing.

Vector Engine in yink software

Step 5: Finalize
Click OK → vector data will appear and can be used for cutting.


Vector Engine in yink software

Tips

  • High-contrast images work best
  • Avoid blurry or low-resolution files
  • Use this feature for logos, decals, and custom branding

Conclusion

With both 3D Imaging and Vector Engine, YINK gives you the flexibility to:

  • Create data when templates are unavailable
  • Customize designs freely
  • Expand your service beyond standard installations

These tools are especially valuable for shops looking to handle custom jobs and unique vehicles more efficiently.


Post time: Mar-26-2026