Dragon Ball Son Goku destroyed Boo

I would have liked a slightly different model than usual, The file contains a sliced ​​version and a full version

Description:
With this mesmerizing 3D designed Son Goku figure, you now have the opportunity to bring the legendary Dragon Ball series back to life in your own home. In this figure, Son Goku reenacts an epic moment from the heat of battle, sure to be cherished by fans of the series.

Features:
- High-quality, intricately detailed 3D design: The figure captures Son Goku's battle-ready stance and expressive facial features, faithfully recreating the character's distinctive style.

• Premium materials: The figure is crafted from durable PVC material to ensure long-lasting quality and durability.

• Collectible piece: This Son Goku figure is an ideal addition to any Dragon Ball collection or a perfect gift for fans.

Dimensions:
- Height: 53mm
- Width: 22mm
- Depth: 22mm

You can scale in the slicer

This Dragon Ball Son Goku 3D figure offers a perfect opportunity for fans of the series to bring their favorite character closer to home. Immerse yourself in the Dragon Ball universe with this beautifully crafted figure!

Introduction:
Are you tired of dealing with cumbersome support structures when 3D printing? Well, we have good news for you! With proper preparation, you can create 3D prints that require minimal or no supports at all. In this guide, we'll show you how to design and set up your prints for a hassle-free, support-free 3D printing experience.

Model Orientation:
Start by choosing the right orientation for your 3D model. Position it in a way that minimizes overhangs and steep angles. This not only reduces the need for supports but also improves the overall print quality.

Adjust Overhangs:
For overhangs that can't be avoided, consider adding chamfers or fillets to gradually transition from horizontal to vertical surfaces. This technique reduces the need for supports and results in smoother prints.

Split Large Models:
For larger models, consider splitting them into smaller, more manageable parts. This reduces the need for extensive supports and makes assembly easier.

Use Support-Free Printing Techniques:
Explore 3D printing techniques like bridging and bridging settings in your slicer software. These settings enable you to print bridges without supports by controlling parameters like cooling and layer bonding.

Optimize Layer Heights:
Fine-tune your print settings to use thinner layer heights. Smaller layers can help with printing overhangs more smoothly, reducing the need for supports.

Enable Tree Supports:
If you find that supports are necessary for certain parts of your print, consider using tree supports instead of traditional linear supports. Tree supports are easier to remove and leave fewer marks on the finished print.

Experiment and Iterate:
Don't be afraid to experiment with different settings and orientations. Each 3D printer and model may require unique adjustments. Iteration is key to finding the perfect balance between support reduction and print quality.

Conclusion:
By following these tips and techniques, you can significantly reduce the need for supports in your 3D prints. Not only will this save you time and material, but it will also result in cleaner, more aesthetically pleasing prints. So, go ahead, unleash your creativity, and enjoy hassle-free 3D printing with minimal supports!