Ivan's 3D Printable 10-22 Receiver

Ivan's 3D Printable 10-22 Receiver Features

Crafted with precision, Ivan's 3D Printable 10-22 Receiver stands out for its close adherence to Ruger specifications, ensuring compatibility with standard 10/22 components. The design has been fine-tuned to perform exceptionally well even when printed in accessible materials like PLA+, offering a balance of affordability and strength.

Key highlights include:

• Durability Tested: Successfully fired 750 rounds through a railed receiver and 350 rounds through a flattop, both in PLA+, with minimal wear.
• Heat Resistance: Endured 500 rounds without cooling in PLA without overheating or losing optic zero, proving its resilience under stress.
• User-Friendly Replacement: If wear impacts reliability, simply print a new receiver with ease, keeping your build cost-effective.

While minor issues like failure to eject or light strikes may occur, these are common with 10/22 builds and often resolved by finding compatible magazines. This design prioritizes safety, wearing out gradually before becoming unsafe, giving you peace of mind during use.

Difficulty & Build Time

• Skill Level: Intermediate
• Estimated Build Time: 1-2 days (including printing and assembly)
• Required Experience: Basic knowledge of 3D printing and familiarity with Ruger 10/22 assembly recommended

Hardware and Tools Required

Required Hardware

• Standard Ruger 10/22 components (barrel, trigger assembly, magazines, etc.)
• Fasteners and hardware compatible with 10/22 builds (specifics may vary based on your setup)

Recommended Tools

• 3D printer with compatible filament (PLA+ or stronger materials)
• Basic hand tools for firearm assembly (screwdrivers, wrenches)
• Sandpaper or finishing tools for post-print cleanup
• Calipers for precise measurements during assembly

Ivan's 3D Printable 10-22 Receiver Parts

This downloadable file includes the STL files necessary to print Ivan's 3D Printable 10-22 Receiver, designed for seamless integration with standard Ruger 10/22 parts. For best results, print using PLA+ or a stronger filament to ensure durability, as the design has been tested extensively with PLA+ materials. Pay attention to layer adhesion and infill density (recommend 80-100%) to maintain structural integrity under firing stress.

Special considerations include post-processing for a smooth fit with other components—light sanding may be needed. Detailed build instructions are available as a PDF guide at this link, ensuring you have step-by-step support for a successful build.

Printer Compatibility & Settings

Ivan's 3D Printable 10-22 Receiver is compatible with most FDM 3D printers capable of handling detailed prints with materials like PLA+, PETG, or ABS for enhanced strength. Recommended settings include a 0.2mm layer height for precision, 80-100% infill for durability, and a nozzle temperature suited to your chosen filament (typically 200-220°C for PLA+). Ensure your printer bed is leveled and use a brim or raft if adhesion issues arise, as this part requires consistent printing for functional reliability.

For optimal performance, avoid low-quality filaments that may compromise structural integrity. Test prints on smaller sections can help dial in settings before committing to the full receiver. A well-calibrated printer with a build volume of at least 200x200x200mm is ideal for this project.

Conclusion

Ivan's 3D Printable 10-22 Receiver is a game-changer for firearms enthusiasts and 3D printing hobbyists, offering a durable, tested, and customizable solution for building your own Ruger 10/22 receiver. With proven performance through hundreds of rounds and a supportive community at thegatalog.com, this design empowers you to create with confidence. Download the file, follow the detailed build guide, and take your custom firearm project to the next level today!