This will help with allowing the LED lights to shine through the object better.

For printing settings, we recommend you put the infill percentage to 0.

Prepare and slice the file in your printing program.

Save/export your file as a 3D printing type like STL. For instance, if your memory is below a CPU cooler, you may have limited vertical space to work with. Also, take note of the height and width restrictions of the model you’re making.

Modify the model in your 3D software, making sure to only add to the top of the light bar, not the sides or bottom.

Note: Different programs will have different ways to import 3D printing files. Blender ®, Netfabb ®, FreeCAD, Autodesk ® Fusion 360 ™, SketchUp ® are some software options that are free or have trial versions.

Import the light bar into the 3D editing software of your choice.In this set of two, the memory can be used in dual-channel mode if the mainboard offers the appropriate support.Follow these steps to create your own light bar and add it to a Crucial Ballistix MAX Module: * Thanks to XMP 2.0 support, the correct settings are automatically made by compatible mainboards so that the Ballistix then clocks at 1.35 volts with 3000 MHz and achieves latencies of CL 15-16-16-35.

At the top of each memory module is digitally addressable RGB-LED lighting with 16 LEDs in eight zones, which can be controlled via ASUS Aura Sync, MSI Mystic Light Sync and Gigabyte RGB Fusion. The aluminum heatspreaders ensure low temperatures and are red anodized in this variant. This DDR4 RAM kit contains two 16 GB memory modules (32 GB in total) with black circuit boards. Crucial also grants a very long manufacturer warranty of 10 years! Thanks to the cooperation with processor and motherboard manufacturers, the Crucial memory offers high compatibility with AMD and Intel, which enables stable operation.

Crucial ballistix rgb fusion