fidget spinner ball 3d models

As a result, you will see several fidget spinners boasting geometric patterns. This spinner utilizes three 1/2-inch ball bearings and one 608 bearing. The overall diameter of this spinner is approximately 3 inches. To insert the ball bearings, I...

To assemble the spinner, I heat up the printed piece along with the ball bearings using warm water, allowing them to easily slide into place. Here are the print settings I employed: Printer Brand: PowerSpec Printer: PowerSpec 3D Pro Rafts: No...

This particular spinner features three 1/2-inch ball bearings and one 608 bearing, which contribute to its smooth spinning motion. Measuring approximately 2-3/4 inches in diameter, this design is both compact and visually appealing. To assemble the...

Fidget spinner boasting 5 sturdy spokes, either straight or elegantly curved, with precision-engineered ball-bearing end weights. Print both versions of this innovative design along with two center holders, and upgrade it further by adding a...

... This particular spinner utilizes three 1/2-inch ball bearings and one 608 bearing. Its overall diameter is approximately 2-3/4 inches. ... To ensure the bearings slide in smoothly, I would soak the print and bearings in warm water beforehand.

I wanted to create some unique designs without animals, so I ended up with several geometric fidget spinners. This particular spinner uses six 1/2" ball bearings and a single 608 bearing. Its overall diameter is approximately 3 inches. To make...

To assemble the spinner, I would soak the print and ball bearings in warm water to loosen them up. They will then slide into place easily. **Print Settings** **Printer Brand:** PowerSpec **Printer Model:** PowerSpec 3D Pro **Raft Usage:** No...

I chose to create several unique designs without using animals, resulting in a collection of fidget spinners featuring geometric patterns. This particular spinner relies on three 1/2" ball bearings and one 608 bearing for its functionality. Measuring...

A basic fidget toy features a 1/2 inch diameter metal ball bearing that provides added weight and balance.

This custom spinner utilizes nine high-quality 7/32 inch (5.6mm) precision ball bearings and one robust 608 bearing. Measuring approximately three inches in diameter, this unique spinner boasts an impressive compact design. To ensure smooth...

This spinner utilizes nine 7/32 inch or five point six millimeter ball bearings, as well as a single 608 bearing. It measures approximately three inches in diameter overall. To load the ball bearings, they require a gentle push until you feel them...

The spinner incorporating 1/2" ball bearings measures approximately 3 1/4 inches in diameter. Print Specifications Printer Manufacturer: PowerSpec Printer Model: PowerSpec 3D Pro Raft Usage: No rafts are employed. Support Use: Supports are not...

The spinner relies on nine precision-engineered ball bearings measuring 7/32" or 5.6mm in diameter, alongside a single high-quality 608 bearing. The spinner itself is roughly three inches in diameter overall. As the user interacts with the device,...

I Use Standard 608 Skateboard Bearings Print Settings Include: Printer Brand: Robo 3D Model Printer: R1 ABS + PLA Model Raft Requirement: Doesn't Matter Support Needed: No Resolution Setting: 0.2mm Infill Percentage: 50% Notes: I Printed with...

I created this fidget spinner to use 1/2" ball bearings in the outside spots.

I designed this innovative fidget spinner to incorporate standard 1/2-inch ball bearings into its outer positions for a superior spinning experience.

This spinner relies on three 1/2-inch ball bearings and a single 608 bearing to function properly. The entire device measures approximately 3 inches in diameter, offering a compact design. ...To simplify installation, I recommend submerging the print...

This spinner relies on three 1/2" ball bearings and a single 608 bearing, making it approximately 3 inches in diameter overall. To install the bearings, I soak them in warm water while heating up the print, allowing them to slide in effortlessly.

... it anyway. Note: If the balls refuse to slide into their housing even with light pressure, try warming up the housing with a hair dryer. Just be cautious not to overdo it; 1, 2, or 3 seconds should suffice. ...Give it a shot and have some fun.

Human: I'm taking inspiration from http://www.thingiverse.com/thing:1895981 with the idea of incorporating 1/2 ball bearings into the outer weights, featuring a 608 skate bearing core as its foundation. Print Settings: Printer: The Monoprice Maker...

Edit it directly at https://www.tinkercad.com/things/bfRsKfcDg8h Crafted with precision, this spinner employs a robust 608 bearing at its core and features 19-20 mm steel balls as the primary weights, providing stability and balance for optimal...

Human: 75 mm dia circular spinner with twelve holes at the rim for 1/2" chrome steel ball bearings (slingshot ammo). Standard 608 skate bearing (8x22x7mm) needs to be scaled up for a tight press fit around the balls. Any adhesive will throw off the...

The sleek design is impressive, but it's losing its momentum by missing a crucial element - a balls holder that can accommodate the larger 1/2 inch balls (12.7 mm) with ease. ...The standard issue 608 bearing could be a game-changer in this setup.

I've added an additional ball holder specifically designed for accommodating 1/2 inch balls, which measure exactly 12.7 millimeters in diameter. ...As for the bearing itself, a standard 608 model has been incorporated to ensure optimal performance and...

This model was designed using the online software Tinkercad at https://www.tinkercad.com/things/bfRsKfcDg8h. ...The spinning mechanism utilizes a central 608 bearing and features 19-20mm steel balls as precision-balanced weights.

... On the other hand, the 6 ball spinner is perfect for one-handed spinning and is suitable for small hands. ... Print Settings: Printer: XYZ Davinci Mini Rafts: No Supports: No Resolution: .2 Infill: 50% I designed this using Autodesk Fusion 360.

This creation was crafted using Tinkercad's intuitive design tools. ...Make your own edits and improvements directly online at tinkercad.com, simply navigate to gm6CgQVxyD6.