abacus printing 3d models

The Abacus has origins in ancient China dating back over two thousand years ago as a basic calculation tool to simplify and facilitate arithmetic calculations with its innovative design consisting of multiple beads that could move up or down along...

The Chinese abacus, also known as the suanpan (算盤/算盘, lit. "calculating tray"), is typically 20 cm (8 in) tall and comes in various widths. It usually has more than seven rods. The beads are counted by moving them up or down towards the beam; beads...

calculate offline and without power (failsafe for better planning) doomsday prep yourself!!!

This unique abacus is printed in one piece and displays numbers without relying on place value, unlike Japanese or Chinese versions. Featuring a 12, 37, and 50 design, it also functions as a maraca. Post-printing, gently manipulate the beads for...

Maths Mastery Made Magical with an Abacus

A basic wooden chinese style abacus.

To assemble the Abacus, you'll need to print four towers and two bases, then glue them together accordingly. Additionally, print 100 beads and use plastic filament as rods between the towers for functionality. ...For optimized bead placement, consider...

This makes the abacus an exceptional tool for children, particularly those in their formative years, as it helps sharpen their brains and fosters a deeper understanding of mathematics. For those interested in mastering the art of using an abacus,...

This is an abacus designed for one-time printing with no supports required. To use it, simply turn the printed model over after printing, allowing the feet to face upwards for easy handling. The standard abacus features 4 balls valued at 1 each on...

The one that I made here is entirely 3D printed and doesn't require any extra hardware or glue. The beads have small tabs on the inside so they catch onto the rod's notches, therefore staying in place when moved. ... x1 frame x1 frame's frame x6 rods ...

This Abacus can be used as a tool or a toy

... for a proper fit. Following examples, design your own beads, pegs, and body. Some assembly required: print one set of pegs and the body, then insert each peg and bead accordingly. ...For a permanent display, consider using super glue on the pegs.

I firmly believe that an easy-to-assemble, durable abacus designed specifically for kids would be a highly beneficial tool in today's educational landscape. ...The current digital age has led to a decline in the use of manual counting aids like the...

My enthusiasm for 3D printing originated at Rome Maker Faire, where I created numerous designs and thoroughly studied the characteristics of 3D printing throughout its various stages. I have many projects ready for printing, but unfortunately, I...

Classic Abacus Design Created Using Cinema 4D R15 Built with the latest version of Cinema 4D, this stunning abacus design is sure to impress. With its sleek and modern look, it's perfect for any 3D modeling project. Formats Included: * Max 2013 - A...

A highly detailed 3D model of an abacus has been designed and is now available. This intricate piece features a textured design that adds to its overall realism. The model includes a Blender file, which contains a node setup for easy use. ...A low-poly...

I deliberately minimized the inclusion of print functionality wherever possible.

THE most powerful virus-free computer for kids ;)   Print: 100x ball 3x threaded stick 8x stick 1x left vertical 1x right vertical   and use 6x M3x10 or up to 25mm long screws. ...   Happy teaching :)

Assemble the abacus by printing individual components separately and carefully gluing each end of the rods onto the sturdy frame, while allowing the small beads to slide effortlessly along their respective grooves.

... post-printing for use. ...The default model includes four balls of value one and one of five on each of its 13 rods. Customization is possible via the customizer feature. An upgraded version of the "Tikal" abacus, simply print the STL file and enjoy!

The mini abacus 3d print takes anywhere between 25 and 40 minutes depending upon the number of walls you print with and infill%. I prefer 3 walls and 35% infill, which at 75 mm/sec speed and .24 resolution, prints in 37 minutes. To complete the...

<p>This is a counter made for counting through 10.</p>

used in calculation

Computerized calculators are still reliant on an ancient symbol of number counting, as human brains are capable of recognizing the simple geometric shapes created to tally up totals since time immemorial, thereby utilizing this traditional method in...

The 3D model was crafted from the ground up using real-world measurements. It's built accurately, in precise units, and qualitatively, reflecting the original design as closely as possible. Model formats: * *.max (3ds Max 2008 scanline) * *.max...

Completed the work Using Solidworks

A centuries-old instrument employed for computations, this tool was integral to mathematical tasks of the time.

The object shown here was designed using Tinkercad, an online 3D modeling tool. ...You can edit and customize this design by visiting the link https://tinkercad.com/things/gvY0Q1mVLoa for a hands-on experience with the platform.