🔨Creating a solid copper sledgehammer head requires advanced design and casting techniques.
⚙️Fusion 360 is a powerful tool for designing patterns and molds for metal casting.
🔥Melting and casting large amounts of copper requires time and specialized equipment.
💡Adding sodium silicate to sand creates a hardened core mold for complex shapes.
✨Machining and polishing copper can create a beautiful finish for the final product.
Is copper a good material for a sledgehammer?
—Yes, copper is softer than steel, making it ideal for tasks that require less force and precision.
Can I use a different type of metal for the hammer head?
—While copper is used in this project, other metals like bronze or aluminum can be used as well.
Do I need specialized equipment to cast copper?
—Yes, melting and casting copper requires a high-temperature furnace and safety precautions.
How long does it take to make a solid copper sledgehammer?
—The process can be time-consuming, with steps like designing, casting, and machining taking several hours to complete.
Can I use the sledgehammer for heavy-duty tasks?
—While the copper sledgehammer is durable, it is best suited for light to medium tasks to avoid deformation.
00:00The video starts with the creator finding an old sledgehammer head in their toolbox and getting inspired to make a solid copper version.
00:34They use Fusion 360 to design a pattern for the sledgehammer head and create a sand mold.
01:20A core mold is made with a mixture of sand and sodium silicate to create a hollow center for the sledgehammer head.
01:54The copper is melted, poured into the sand mold, and left to solidify.
03:41The creator shows a copper ingot they made previously and decides to use it for the sledgehammer project.
04:05The copper is melted and poured into the mold, forming the sledgehammer head.
05:11A patreon account is mentioned for viewers interested in supporting the creator's work.
06:33The mold is opened, revealing the solidified copper sledgehammer head.
