October 1, 2023
GAN Rubik's Cube

The GAN rubik’s cube is a popular choice of many professional speed solvers. This cube has a unique honeycomb design and is extremely smooth to turn.

This cube features GAN’s new core-edge magnetic posting system. This allows the puzzle to have more magnets on the corners and gives it a faster feel.


The gan rubik’s cube has many features that set it apart from other speed cubes. One of the key features is the ability to customise each side to a specific elasticity (i.e. how easy or hard it is to turn).

Another feature of the gan rubik’s cube is that the individual pieces can be pulled apart more or less than other speed cubes, due to the set spring tension. This is important because it means that the cube is more accurate when turning, and allows you to solve faster.

A third feature of the gan rubik’s puzzle is that it has an alternative notation, Wolstenholme notation, which makes memorising sequences of moves easier. The notation is similar to Singmaster notation, but replaces the vowels with consonants and uses letters for the different faces instead of numbers.

The gan rubik’s cube also has a stickerless version, as well as frosted and UV-coated versions with primary internal colors. It also has a carrying case and is available in various sizes.


The first thing that needs to be done in order to manufacture a Rubik’s cube is designing the mold. This involves creating a cavity in steel which is shaped the same as the piece that it will produce. Once this is complete, liquid plastic is poured into the mold and it takes on its shape as it cools.

This process is extremely precise and requires very high quality material. It is important that no dents are made in the pieces or that there are no large scratches on the outer surfaces of the parts.

To make sure that all of the pieces are positioned correctly, labels must be placed on the pieces. These labels are made from sheet polypropylene (PP) and are printed with the different colors.

In addition, all of the parts of the cube must be labeled properly. This is essential in ensuring that the pieces can be matched correctly and that the correct number of faces are displayed when solving the cube.


The gan rubik’s cube is a 3×3 puzzle based on the Rubik’s Cube mechanism. The puzzle is designed to be easy to solve while also having a compact design.

The puzzle’s mechanism consists of six centre pieces that pivot on a screw (fastener). A spring between each screw head and its corresponding piece tensions the piece inward, so that collectively, the pieces are stable but can still be manipulated easily.

In some cubes, more of the individual pieces can be pulled apart than in others; this is due to the spring tension that is set. This tension, which can be adjusted by twisting the screws, also affects how easily the cube can be turned and how much friction is created between the pieces.

GAN has made several advances in the design of their puzzles, including a elasticity system and interchangeable magnets. The first of these innovations, the GAN Magnetic System. llows you to change the magnet strength in the edges without affecting the corners; you can choose from strong, medium, weak, and null (non-magnetic).


A gan rubik’s cube is an iconic puzzle that has been around for years. It consists of six sides, each with nine stickers in a unique color. The goal of the puzzle is to rearrange the stickers so that each side is a solid color.

The process of solving the gan rubik’s cube can be a little complicated at first. But with practice, it gets easier. Firstly, take a moment to notice the details before you start solving.

Next, you can learn finger tricks to reduce the time it takes to make each move. Using these shortcuts can help you solve the cube faster than you would have imagined.

There are several methods for solving the gan rubik’s puzzle. But most experts use a solution called “CFOP”, which stands for cross, F2L, OLL, PLL. The CFOP method requires learning roughly 120 algorithms, but allows you to solve the cube in 55 moves on average.

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