Door Thickness Adapter for Deadbolt

$20.50NZD
  • Arrives in 2 to 7 business days Printed in Auckland. $10 shipping, free over $75
  • 14-day faulty refund If it arrives broken or misprinted, we reprint or refund it
  • Secure checkout Card payments handled by Stripe
Material
High-Detail Resin (8K)
Colour
Grey
Weight
~10 g
Express shipping
$20
More information

A simple shim to increase the thickness of your door by ¼ or ½ inch for the standard ANSI 2 1/8" deadbolt borehole. Perfect for fitting deadbolts that requires a thicker door than what you have.

e.g. The Level smart locks (https://level.co) requires door thickness of at least 1 ¾". So if you have a 1 ¼" door, you can print 2 copies of this adapter and use it to shim the deadbolt so that it will fit.

Print 1 copy if you need to increase thickness by ¼.

Print 2 copies if you need to increase thickness by ½.

If it needs to face direct sunlight, print with ASA or Polycarbonate to withstand the sun better. Otherwise PLA would be fine.

Warning: Using this adapter will introduce weakness in the whole setup, allowing for easier access by intruders. i.e. people can drill through plastic much easier than metal.

Design and description by eddydas , licensed CC-BY.

Frequently asked

How long does shipping take?

Door Thickness Adapter for Deadbolt is printed to order. Lead time is typically 1-3 business days plus 1-4 days NZ shipping. Standard NZ shipping is $10, free over $75.

What material is this printed in?

By default this is printed in High-Detail Resin (8K) at 0.025 mm layer height on an MSLA resin printer. Custom material and colour swaps are available, just leave a note at checkout.

Can I get this in a different colour?

Yes. Every product can be printed in any of the resin colours we stock, or hand-painted on request. Leave a note at checkout or email [email protected].

Do you ship outside of New Zealand?

Currently New Zealand only. Australian shipping is coming.

Who designed this?

Designed by an independent sculptor and licensed for commercial printing. The original is linked on this page.

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