$486! Large‑Format FDM Shoe Printer

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July 24, 2026 News 9803

CREALITY has launched the Ender‑3 V3 Mega for pre‑order at 3,399 RMB (about $486).

With a 420 mm cubic build volume and native support for 85A ultra‑soft TPU printing, the price is a real deal. Some netizens calculated that printing three pairs of Nike Air Max 1000 (about 1,200 RMB, or $171 per pair) would already cover the machine's cost.

Size has always been a bottleneck for desktop 3D printing. Printing large parts in pieces means tedious post‑processing—sanding, gluing, and alignment—and the seams and misalignments weaken structural strength. With the 420 mm chamber, you can print mecha armour shells, floor‑standing decor, and industrial prototypes in one go. Small parts can be densely packed across the huge bed, doubling batch production efficiency for farms and workshops.

Flexible filaments are another notorious challenge for FDM. Many printers claim to handle TPU, but when faced with 85A ultra‑soft material, they often fail—uneven extrusion, stringing, and buckling. The V3 Mega features the second‑generation Sprite extruder, with an optimised filament path that prints 85A–95A TPU stably without any mods or parameter tweaking. Insoles, protective gear, gaskets, and damping pads can be designed and printed directly for real‑world testing, slashing the iteration cycle.

The smart features are equally impressive. An 81‑point auto‑levelling system gets you printing right out of the box; vibration compensation smoothens surface finish; filament runout detection and resume printing mean you don't have to worry about a spool running out overnight. The mobile app lets you monitor progress remotely, and Creality Print 7.0 supports cluster monitoring and batch file distribution, so a single operator can manage a whole row of machines.

This machine packs industrial‑scale large‑format flexible printing capability onto a desktop, covering personal creations, educational training, and small‑batch production. At around $500, it truly opens up new possibilities for consumer‑grade 3D printing.