With this compact and practical accessory, you can conveniently store 12 or more hexagonal bits on Makita LXT series power tools. I've been using this accessory for over a year, and its performance has been stable and flawless. That's why I'm confidently recommending it to everyone now :)

This accessory uses built-in magnets to fix the bits - each magnet can simultaneously attract two bits

If you don't have a magnet on hand, you can still easily use this accessory: the slot of the accessory is specially designed with a certain degree of elasticity and extensibility, allowing it to closely fit the shape of the brush head. You can even use flexible materials

The installation position of this accessory is completely consistent with the original clamp, and you can even directly use the screws from Makita's factory

The STL files we provide are designed for 12 nozzles by default - six located at the bottom and six at the top, with an additional longer lateral fixing piece. In addition, I've thoughtfully included the custom design source files, allowing you to generate smaller or larger versions as needed, and freely adjust the size and layout to suit your requirements.

This accessory can be perfectly shaped without the need for a support structure - those tiny triangular protrusions are designed for this purpose, aiming to effectively prevent warping and deformation. The magnets should be chosen to fit tightly, and a simple push is enough to secure them firmly, with little need for additional glue.

The cylindrical NdFeB magnet I chose has a diameter of 1/4 inch. Although its magnetic force is slightly stronger, it can sometimes make it difficult to remove the bit with oily hands, but the design of the accessories is fully customizable - whether it's a square, rectangular, or cylindrical magnet, regardless of its diameter and height, you can freely choose them, thus precisely controlling the suction force of the bit, making every use just right and convenient.

PS: When embedding the magnet, please make sure to pay attention to the orientation of the magnetic poles!