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Women’s Block Heel

Name: Women's Block Heel
SKU: 4084
Availability: InStock

$20.00 USD – $75.00 USD

Order Type

Clear

You have chosen to order a customizable 3D printed pair of components, which may be ordered in a variety of sizes or matched to a shoe last of your choice. It will be developed within the lead time stated below and shipped to you.

You have chosen to order a customizable 3D model, which maybe ordered in a variety of sizes or designed to match a shoe last of your choice. It will be developed within the lead time stated below and emailed to you as a 3D model with stl file format.

You have chosen to order a parametric 3D model. It is intended to be used in the 3DShoemaker plugin within Rhinoceros 3D. It is a 3DM file that will be immediately available for download after purchase.

You have chosen to order a static 3D model of the size specified in the description. This type of model is usually chosen by a shoemaker with their own grading system. It comes in both stl and iges format and will be immediately available for download after purchase.

Lead Time: 1 week approximately. Highly customized and quantity orders may take extra time.

Base Shoe Last

Please tell us the name of the shoe last you would like us to match this component to. We'll look for it in your order and match it. If ordering multiple sizes, please tell us which size this component is for. If it is from a different order, please tell us the order number as well.

Sizing System *

Size (US Women's) *

Size L (US Women's) *

Size R (US Women's) *

Size (US Men's) *

Size L (US Men's) *

Size R (US Men's) *

Size (UK) *

Size L (UK) *

Size R (UK) *

Size (Paris Point) *

Size L (Paris Point) *

Size R (Paris Point) *

Width (US) *

Width L (US) *

Width R (US) *

Width (UK) *

Width L (UK) *

Width R (UK) *

L/R Different Sizes (+$5.00 USD)

Design Adjustments

Heel Height

Heel Width

Wedge Angle

Surface Offset Adjustments (+$10.00 USD)

Please enter the desire surface offsets. Empty fields will be set to default for the current design. Note that 'last zero plane' is the horizontal plane passing through the lowest point on the last (the ball joint area).

Wall Offset (mm) - Out From Last Wall (Can be Negative)

Gap from Last Bottom Surface (mm)

Slice Above Last Ball Break Point - the Lowest Point on Last (mm) (Can be Negative)

Agree to Terms and Conditions *

Yes, I agree to Terms and Conditions Linked Above