Machined Plate Quoting Error Troubleshooting

  • When uploading a model to meviy, a “Quotation failure” error may occur.
  • Below is an overview of why these errors occur and how to resolve them,as well as some example errors.

What is a quotation failure?

When uploading a model to meviy, an error may occur where the model cannot be auto-quoted.

How to check for errors in the project list

  • After uploading a model to meviy, the “” or “” icon will appear if the model cannot be auto-quoted.
  • In this case, please go to the 3D Viewer and confirm the details of the error from the Precaution column.

How to check error messages in the 3D Viewer

  • Please open 3D viewer and check “Precaution”.
  • If you click “Check”, you will see error messages and a range for auto-quotation.
  • Depending on error cause, a range for auto-auotation may not be displayed.

Notes

  • In addition to the red text in the message box, the Quality Agreement may be provided in an orange message.
  • For more information on the quality agreement, please refer to the following
 

How to locate an error

  • Clicking the “Confirm” button will highlight the error location in the model.
  • Once this error is resolved, automatic quoting will be possible.

Case 1: Failure to read uploaded file

  • This error occurs when a 3DCAD format or extension that is not supported by meviy is uploaded.
  • To resolve this, please check the formats supported by meviy and re-upload a supported format.

Notes

  • Please see below for the formats and extensions that can be uploaded to meviy.
 

Case 2: Unsupported shape

  • This error is caused by uploading a shape that is not eligible for automatic quotation with meviy’s Machined Plate service.
  • To resolve this, please check the quotable shapes and modify the model accordingly.

Tip

  • If the following message is displayed in the 3D Viewer, it corresponds to this error.
  • – “Unsupported shapes_Support”

Notes

  • See below for shapes supported by the Machined Plate service.
  • → [FA Mechanical Parts] Machined Plates>Applicable Parts/Materials>Quotable Shapes
 
  • See below for Unsupported shapes by the Machined Plate service.
  • → [FA Mechanical Parts] Machined Plates>Applicable Parts/Materials>Ineligible Shapes

Case 3: Maximum Size Issue

  • This error is caused by exceeding mevyi’s auto-quotable size.
  • To resolve this, reduce the overall size of the part to meet meet meviy’s size requirements.

Tip

  • If any of the following messages are displayed in the 3D Viewer, it corresponds to this error.
  • – “Blank_Length”
  • – “Blank_Width”
  • – “Blank_Thickness”

Notes

  • See below for sizes that can be quoted by meviy.
  • → [FA Mechanical Parts] Machined Plates>Applicable Parts/Materials>Quotable Sizes
  • If you have any questions, please request a manual quotation by meviy support. See below for assistance on manual quotations.
  • →Quotation conditions settings>[FA Machined] Quotation Settings>Information about manual quotation

Case 4: Unsupported holes

  • This error occurs when there is an unrecognized hole shape.
  • To resolve this, please change the hole to a supported shape and re-upload the file.

Tip

  • Error message will be displayed in the 3D Viewer
  • – “Unsupported hole type”

Notes

  • If you have any questions, please request a manual quotation by meviy support. See below for assistance on manual quotations.
  • →Quotation conditions settings>[FA Machined] Quotation Settings>Information about manual quotation

Caution

Tapered holes, holes with a fillet at the edge, and undercuts are not supported by a manual quotation

Case 5: Pocket depth limit exceeded

  • This error occurs when the corner radius inside the pocket does not fit into the meviy standard.
  • To resolve this, increase the corner radius to increase the tool diameter, or remove the corner radius to change the machining direction.

Tip

  • meviy recognizes the machining direction and tool diameter by the radius of the pocket corner.
  • Increasing the corner radius will increase the tool diameter and increase the possible cut depth.
  • If any of the following messages are displayed in the 3D Viewer, it corresponds to this error.
  • – “Pocket_Maximum depth_Minimum radius restricted”
  • – “Pocket_Maximum depth_Minimum width restricted”
  • – “Pocket_Maximum depth_Minimum radius and minimum width not restricted”

Notes

Case 6: Insufficient pocket width

  • This error occurs when the specified machining depth is too deep for the pocket width.
  • Tool diameter is determined by the minimum pocket width. Narrower pocket widths make the tool thinner and thus prevent deeper machining.
  • To resolve this, increase the pocket width or reduce the pocket depth.

Tip

  • If the following message is displayed in the 3D Viewer, it corresponds to this error.
  • – “Pocket_Width_Minimum value”

Notes

  • Please see below for pocket dimensions that can be quoted.
  • → [FA Mechanical Parts] Machined Plates>Applicable Parts/Materials>Quotable Shapes

Case 7: Insufficient depth of blind holes

  • This error occurs when the blind hole is too deep, and causes the tool holder to collide with the part.
  • To resolve this, adjust the hole depth, diameter, or position to prevent collision.

Tip

  • This error occurs when the corner radius inside the pocket does not fit into the meviy standard.
  • To resolve this, increase the corner radius to increase the tool diameter, or remove the corner radius to change the machining direction.
  • If any of the following messages are displayed in the 3D Viewer, it corresponds to this error.
  • – “Pocket_Maximum depth_Minimum radius restricted”
  • – “Pocket_Maximum depth_Minimum width restricted”
  • – “Pocket_Maximum depth_Minimum radius and minimum width not restricted”

Notes

Example 8: Pocket_Unprocessable pin corner

  • This error occurs when a pin angle remains in a corner.
  • The solution is to use the R proposal function or change the design.

Tip

  • Please see below for shapes that can be quoted.
  • → [FA Mechanical Parts] Machined Plates>Applicable Parts/Materials>Quotable Shapes

Caution

  • A corner pin angle is defined as a pin angle with no corner R required in the machining direction.
  • Shape patterns include obtuse corners as well as those shown at left.