35 ton shackle 3d models

Industrial equipment manufacturer recommends utilizing 12mm diameter shackles in a D-shape design to connect various lifting accessories and hooks securely, thereby ensuring reliable operations throughout a multitude of heavy-duty applications.

This product features an 8mm D-shaped shackle, offering a robust and secure locking solution for various applications. ...Its durable design ensures reliable performance and easy installation, making it an ideal choice for those seeking a dependable...

This is a versatile snap shackle (aka quick-release shackle)! Its main function is to allow for easy opening even when it's under a substantial load. It's built to be durable, but let's face it, it's still just plastic: that means it can only handle...

A wallet card to hold 3 Covert Instruments Shackle Tags. Still working on the design. It doesn't hold the tags in place as securely as I would like, yet. ... Works great in an RFID sleeve for now.https://covertinstruments.com/products/tag

A jig to hold 25 Covert Instruments shackle tags for laser engraving in a consistent format. ... The file I used to engrave was a little off on the spacing of some fields so I won't upload it until I get it fixed and tested.This jig measures 123mm x...

Raphtalia arm and wrist shackle accessory for Cosplay Inner diameter: 10cm Outer diameter: 11.5cm Hight: 3cm Print at about 80% scale for wrist Includes also a version with just the ring itself. ...Print it on 5% scale on y axis for it size check.

An anchor shackle, modeled in Blender, features a close-up render using Cycles. The .blend files contain all scenes and the poly count is given before subdivision. ...The 3D model is logically named with all parts and materials, and includes additional...

A pulley, in conjunction with a U-shaped shackle, is a common component used in various lifting and hoisting applications to facilitate movement and secure loads effectively. ...The combination of these two elements enables users to manipulate the...

A rotatable ring shackle is a type of locking mechanism commonly used in security applications. This versatile device allows for easy adjustment and secure fastening, making it ideal for various applications such as chain locks, padlocks, and more.

Non-load bearing snap shackle with swivel, loosely based on the reliable Tylaska T8. Printed in a single piece, this design includes a hinge, release mechanism, and fully functional swivel after support removal through cleanup. ... This innovative...

This iron shackle is part of The Mariners' Museum and Park's collections (Accession Number 1999.0034). It was digitized using a NextEngine Desktop 3D Scanner. This artifact was digitized to enhance the digital content of the Virginia Foundation for...

This key to a leg slave shackle is part of The Mariners' Museum and Park's collections, specifically cataloged as Accession Number 1999.0034. It was carefully scanned with a NextEngine Desktop 3D Scanner to create a detailed digital model. This...

This is a quick-release shackle (also known as a snap shackle)!\nIts main purpose is to enable easy opening of the shackle, even when it's under heavy load. It's engineered to be robust but still just plastic, so it can only handle light to medium...

This portion of a leg shackle comes from the collections at The Mariners' Museum and Park, where it's housed under accession number 1999.0034. It was meticulously scanned in three dimensions using a NextEngine Desktop 3D Scanner. The object was...

The design is optimized for printing with supports, allowing the shackle to pivot from the body once printed. The body features a setup for a 1/4-20 threaded insert to be installed and epoxied in place, similar to my previous project, the Xterra...

The ankle shackle originates from the esteemed collections of The Mariners' Museum and Park, where it bears the Accession Number 2003.0039. Utilizing a NextEngine Desktop 3D Scanner, this significant artifact was meticulously 3D scanned to...

It took 31 artists to contribute to the SculptJanuary 31-day event, culminating in a stunning Ton Roosendaal 3D portrait that perfectly caps off this impressive endeavor. This is a mesmerizing time-lapse sculpture.

This 3D anchor shackle model was created using Rhinoceros 5 software and features accurate dimensions in real-world scale, measured in millimeters. The precision and accuracy of the model ensure that it can be used with a wide range of software...

Explore ARPSolidWorks' SolidWorks Video Tutorial, which teaches you how to design a hanging hook/shackle in Spanish using tools like Outgoing/Base Swept, Extrude Cut, Flat, Rounding, Intersection, Outgoing/Base Revolution, and Sketch features such as...

A precision-crafted component boasting a substantial inner diameter of 35 millimeters has been meticulously designed using the advanced software capabilities of Solid Works 2017 and subsequently visualized with stunning realism through the power of...

I needed a quick release shackle to allow my students egg droppers to drop easily from a beam hanging from the ceiling. The latch can print with no supports or brim.The main body needs to be printed with supports everywhere (would block the...

Bow shackle WLL 12 T

Screw pin Shackle of D-sluiting M8

D Shackle with Countersunk PinStainless SteelWLL 6t, 34mm

A very quick model of a hidden shackle padlock

A very quick model of a hidden shackle padlock

Dimension: stand - 13x13 mm shackle - 20x12 (thickness 3mm) Fastening with a small M2 screw EN : Here are some shackle for some chains to secure your loading on Trailers. ... Dimension: stand - 13x13 mm shackle - 20x12 (thickness 3mm) screwed together...

A Crosby shackle is secured by a bolt and nut, without requiring any threading.

/* ************************************************* Adjustable Pulley w/Shackle Author: Lee J Brumfield *************************************************/ /* [Global] */ // Choose the part you want to view part = "both"; // [first:Pulley...

part = "both"; // [first:Pulley Only,second:Shackle Only,both:Pulley & Shackle] [Cog settings] Pulley diameter is calculated by the number of cogs and their width Cogs="yes";// [yes,no] Cog_width=2;// [1:.1:8] Cog_Depth=2;// [1:.1:8]...