FILE ONLY - Secure Dual Handcuff
FILE ONLY - Secure Dual Handcuff
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Introducing our 3D Printed Secure Dual Handcuff – a perfect blend of comfort and restraint, designed to elevate your intimate play to new heights. Immerse yourself in the pleasure of seamless design and security with this innovative dual arm handcuff.
Key Features:
Ergonomic 30-Degree Angle: Experience comfort like never before with our Secure Dual Handcuff. The ergonomic 30-degree angle ensures a natural fit for your arms, preventing any discomfort and allowing you to fully enjoy the experience.
Dual Arm Design: The Secure Dual Handcuff elegantly secures both arms, creating an immersive and engaging experience for you and your partner.
Effortless Closure with Luggage Locks: Utilizing two pins and two luggage locks, this handcuff provides secure, unescapable restraint with an effortless and stylish touch.
Anchoring Holes for tying down: Increase the intensity of your play with the Secure Dual Handcuff's anchoring point. Secure the handcuff in place for an enhanced sense of helplessness, heightening the thrill of restraint.
How It Works:
Slide your arms into the handcuff, experiencing the ergonomic design that contours to your body. Secure the cuffs using the two pins and luggage locks for a reliable and intimate connection.
Elevate your intimate moments with the Secure Dual Handcuff – where ergonomic design meets secure restraint for an unforgettable experience.
Note: This product is a 3D file only and is intended for use with 3D printers. Please follow all safety guidelines and use responsibly.
3D printing settings
- Compatible with most standard 3D printers, though this is a difficult print. Turn the model 45degrees to fit onto standard build plate. Change Top and Bottom layer directions (90 and 180) if you'd like the standard top layer directions.
- We recommend experimenting with the included test files to ensure the hinge and locking section don't fuse together.
- Due to the Print In Place focused design and ergonomic angle affecting the hinge and lock, your printer needs to be comfortable with rather steep overhangs, at least to the point where the overhangs wont drop down and fuse to the section underneath them.
- We advise a low layer height, our test were successful with 0.12mm layer height as well as bridging settings enabled as well as having adequate cooling.
- We recommend disabling supports, as it could gunk up the mechanism, though should you wish to enable it for the anchoring holes, ensure that they only support the overhangs for the holes.
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