AnkerMake M5C Review: Testing Metal & Wood Filaments on a $399 Speed Demon

Unboxing to First Print in 10 Minutes

After a decade of 3D printing frustrations, I approached the AnkerMake M5C with healthy skepticism. Its claim of "ultra-fast and just works" felt ambitious for a $399 machine. Yet within minutes of unboxing, the aluminum die-cast base snapped together with the gantry, creating remarkable stability. The all-metal print head glided smoothly, and crucially – no bed leveling nightmares. For wheelchair prototype development in my workshop, this speed-to-print capability is revolutionary. We save thousands on end-cap molds by printing functional prototypes for pennies, and the M5C’s claimed 500mm/s speed with 5,000 acceleration promised to slash iteration time.

Pushing Limits: Exotic Filament Testing

Copper Filament: Creating an Oxidized Statue of Liberty

The real test began with copper-impregnated filament. Under digital microscopy, the filament revealed authentic metal fragments – not superficial coating. Printing Lady Liberty showcased the M5C’s precision:

0.1mm dimensional accuracy held even with abrasive metal composite
Interchangeable nozzles handled material viscosity perfectly
300°C hot end prevented clogs during high-speed extrusion

Post-print, we accelerated oxidation using a vinegar/salt solution. Microscopic analysis showed the transformation: reddish-brown copper transitioning to genuine green patina at contact points, mirroring the real statue’s aging process. This isn’t paint – it’s chemistry happening within the printed layers.

Iron Filament: Weight & Texture Challenges

Iron-impregnated filament posed greater density challenges. The M5C’s active cooling system proved critical – slowing footage revealed how fans solidify each layer instantly, preventing warping under the material’s weight. Post-oxidation, the iron developed a distinct rust texture differing from copper’s verdigris. Despite the abrasive nature, the printer’s auto-leveling feature maintained perfect nozzle clearance.

Wood Filament: Sensory Printing Experience

Switching to wood composite (20-30% organic content), the M5C emitted fresh sawdust aroma during printing. We crafted a storage box for our failed gold filament experiment’s $500 gold dust. Magnetic build plate removal allowed clean detachment without damaging the wood-textured surface. Sanding and staining post-processing confirmed authentic wood-like workability.

Technical Deep Dive: Why This Printer Succeeds

Speed Engineering Breakthroughs

Five key technologies enable 500mm/s speeds without sacrificing quality:

Rigid die-cast frame minimizing resonance
Direct-drive extruder with high-torque motor
Algorithmic cooling adjusting fan speed per layer
Vibration compensation firmware
49-point automatic bed leveling

Material Compatibility Verified

Testing confirms the M5C handles:

Standard filaments: PLA, TPU, PETG
Engineering grades: ABS, PA, PC
Exotics: Metal/wood composites

The 300°C all-metal hot end is non-negotiable for specialty filaments. Lesser printers would jam or under-extrude.

Control Ecosystem: App Over Interface

The minimalist single-button interface reflects a mobile-first philosophy. Through the AnkerMake app:

Monitor prints remotely
Adjust settings mid-print
Access cloud-based model library
Push sliced files directly without USB shuffling

Verdict: Revolutionizing Budget 3D Printing

After torturing it with metal-filled filaments and witnessing oxidation chemistry unfold on printed objects, the AnkerMake M5C shatters expectations. Its $399 price isn't just competitive – it redefines value by delivering:

True industrial speed for rapid prototyping
Unmatched material versatility in its class
Proven reliability with abrasive composites
Zero setup friction for beginners/experts

For small businesses printing functional parts or makers experimenting with exotics, this machine eliminates traditional speed-versus-capability tradeoffs. While display-free operation requires app reliance, the seamless workflow justifies this design choice.

Actionable Takeaways:

Dry metal/wood filaments 4+ hours before printing
Use 0.6mm nozzles for composite materials
Enable "precision mode" for sub-0.1mm tolerance needs
Oxidize copper/iron prints using 3:1 vinegar/salt solution
Sand wood filament with 120-grit before staining

When experimenting with specialty filaments, which material property excites you most? Share your project goals below!