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<p>For 3D printing a pry bar, you&#39;ll want to focus on durability and strength, as these tools are designed for heavy use. Here are some ideal settings to consider for printing a pry bar:</p><h3>1. <strong>Material</strong></h3><ul><li><strong>PLA</strong>: Easy to print but not the most durable for heavy use.</li><li><strong>PETG</strong>: A great choice for strength and flexibility.</li><li><strong>ABS</strong>: High strength and impact resistance, but requires good ventilation due to fumes.</li><li><strong>Nylon</strong>: Best for flexibility and strength, ideal for high-stress applications.</li><li><strong>Carbon Fiber-infused filament</strong>: If you need maximum strength, this can provide additional reinforcement.</li></ul><h3>2. <strong>Layer Height</strong></h3><ul><li><strong>0.2mm</strong> (Standard for strength and speed)</li><li><strong>0.1mm</strong> (For better detail and finish, but slower)</li></ul><h3>3. <strong>Wall Thickness</strong></h3><ul><li>At least <strong>3-4 walls</strong> (or 1.2mm to 1.6mm total thickness) to ensure strength.</li><li><strong>Higher wall thickness</strong> improves strength significantly.</li></ul><h3>4. <strong>Infill</strong></h3><ul><li><strong>50-100% infill</strong>: To ensure the pry bar can handle the stress. Use cubic or gyroid patterns for the best balance of strength and weight.</li><li><strong>Infill density</strong> should be higher near the core where the tool will experience the most pressure.</li></ul><h3>5. <strong>Print Speed</strong></h3><ul><li><strong>30-50mm/s</strong> for good layer bonding and strength.</li><li>Slower speeds like 30mm/s are often better for high-strength parts.</li></ul><h3>6. <strong>Temperature</strong></h3><ul><li><strong>Extruder</strong>: 220°C-250°C (depending on the filament).</li><li><strong>Bed</strong>: 60°C-100°C (for materials like ABS or PETG; PLA can be fine with 50°C).</li></ul><h3>7. <strong>Supports</strong></h3><ul><li><strong>Minimal supports</strong> are needed if the pry bar is printed in one piece, but it depends on your model&#39;s design and overhangs.</li></ul><h3>8. <strong>Print Orientation</strong></h3><ul><li>Print with the <strong>longest dimension horizontally</strong> to avoid weak points along the length of the pry bar.</li><li>Try to avoid printing the tool in an orientation that causes stress to be applied against weak layers.</li></ul><h3>9. <strong>Cooling</strong></h3><ul><li><strong>Cooling fan on</strong> for PLA, but keep it low or off for stronger materials like ABS, Nylon, or PETG.</li></ul><h3>10. <strong>Post-Processing</strong></h3><ul><li>After printing, you might want to <strong>sand</strong> or <strong>smooth</strong> the pry bar to remove any surface imperfections.</li></ul><p>By using these settings, you&#39;ll be able to achieve a strong, durable 3D printed pry bar.</p>

0.12mm layer, 2 walls, 75% infill

0.2mm layer, 2 walls, 15% infill

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<boostme><boosttitle>Boost Me</boosttitle><boostcontent>just do it</boostcontent></boostme><p><strong>3D Printable Pry Bar</strong><br>This compact and durable pry bar is designed for strength and ease of use, making it perfect for a variety of tasks requiring leverage. Its ergonomic handle provides a comfortable grip for both precision and power, while the sturdy steel-like material ensures durability and reliability during heavy-duty use. The angled, tapered end allows for effective prying without damaging surfaces. The design is optimized for 3D printing, ensuring that it can be easily printed with standard filament types like PLA or ABS, making it an essential addition to any toolbox or workshop. Whether you’re removing nails, prying open crates, or tackling DIY projects, this pry bar is up to the task.</p><p>Feel free to tweak it based on specific features you might want to emphasize!</p>

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