Unlocking 3D Printing: From Metal to Wood with Ender 3 & Beyond!

Hello tech enthusiasts! It’s Carolina here, with another dive into the world of technology. If you’ve ever been curious about the magic of 3D printing and wondered if materials like metal or wood can be used, you’re in for a treat!


Can the Ender 3 or other 3D printers craft creations from metal or wood? A query many budding 3D printing fans ponder upon, and I’m here to unravel the mystery. While the Ender 3 doesn’t print objects from pure wood or metal, it’s adept at handling metal and wood-infused PLA. Keep in mind, these aren’t perfect replacements. High-end 3D printers that print metal exist, but they often sport a hefty price tag, ranging from $10,000 to $40,000.

For those eager beavers, stick with me, as we delve deeper into 3D printing using metal and wood-infused filaments and explore the universe of metal 3D printers.

Do Ender 3 and Other 3D Printers Craft With Metal & Wood?

Specialty 3D printers utilize Selective Laser Sintering (SLS) technology to print with metal, but, unfortunately, the Ender 3 doesn’t have this capability. Also, no 3D printer can truly print unadulterated wood. Instead, some innovative blends of PLA are infused with wood particles, rendering the appearance and even aroma of wood in the 3D printed object. To truly venture into metal 3D printing, prepare to invest significantly in an SLS 3D printer, which isn’t usually friendly to casual hobbyist wallets. One notable model, the Sinterit Lisa on 3DPrima, comes with a roughly $12,000 price point.

What Are Metal & Wood-Infused PLA Filaments?

Metal-infused filament is a fascinating concoction of PLA and varying metal powders, including but not limited to carbon, stainless steel, and copper. The beloved carbon fiber PLA is renowned for its resilience. On the other side, wood-infused filament combines PLA with wood powder, mimicking the appearance of wood to a considerable degree. Though these hybrid filaments are pricier than standard PLA, their unique properties often justify the cost. For those delving into this, a piece of friendly advice: consider hardened steel nozzles, especially when using abrasive filaments like carbon fiber.

Can One 3D Print Metal At Home?

Venturing into home-based metal 3D printing is possible, but it requires substantial investment in both machinery and high-cost metal powders. Multiple metal 3D printing technologies are making waves, each with distinct features and requisites. A prominent method, Powder Bed Fusion (PBF), meticulously layers metal powder and fuses them using intense heat. As tech progresses, we’re inching closer to accessible metal 3D printing solutions for enthusiasts.

Which Metal 3D Printer is Light on the Wallet?

For those on a budget, the iRo3d, priced at about $7,000 for the Model C, might be an appealing choice. It employs Selective Powder Deposition technology (SPD) and can craft intricate metal prints. Keep in mind, post-processing may entail additional equipment like a kiln.

What Metals Can Enter the 3D Printing Realm?

From Iron to Titanium, the list of 3D printable metals is vast. Stainless Steel, for instance, has found its niche in various sectors due to its corrosion resistance and robustness. Cobalt Chrome shines with temperature and corrosion resistance, making it a favorite for specific engineering applications.

Is 3D Printed Metal Durable?

The strength of 3D printed metal objects is commendable. With technologies like Selective Powder Deposition, 3D printed metal objects can be designed with unique internal structures that enhance their durability. As research in this domain grows, it’s likely that the strength of 3D printed metal objects will only rise.