HeyGears
A collection page of 3D Printer Superstore
About
HeyGears 3D Printers: Official Australian Distributor What is the HeyGears Reflex Series? The HeyGears Reflex Series is a manufacturer-grade ecosystem of MSLA resin 3D printers engineered for zero-tolerance mass production and high-fidelity engineering prototyping. Flagship platforms, including the UltraCraft Reflex, Reflex RS, and the newly advanced Reflex 2, utilise professional-grade 385nm UV light engines, AI-assisted peeling force management, and actively heated vats to achieve dimensional accuracy that surpasses traditional injection moulding. 3D Printer Superstore is the official Australian distributor for the entire Reflex ecosystem, encompassing hardware, proprietary engineering resins, and automated post-processing modules. The Physics of Production Resin Printing Desktop resin printing is traditionally bottlenecked by peel forces, resin viscosity, and thermal instability. HeyGears attacks these physics problems directly at the hardware level. The UltraCraft Reflex series integrates intelligent regional light exposure alongside active vat heating systems. Maintaining photopolymer resin at a specific, constant temperature drastically reduces viscosity and shear stress during layer separation. Your first layer goes down perfectly. Heavy cross-sectional geometries detach from the FEP film without structural tearing. We run these units in our own production environments. Our field data consistently shows that integrating the automated release mechanics virtually eliminates delamination artefacts, even when cycling rapid batch runs of abrasive or high-density engineering resins like the PAWW10 and PAF10. 385nm Optical Engine Dominance Standard consumer resin printers operate on a 405nm wavelength. HeyGears leverages a 385nm UV light source across its Reflex industrial lines. This shorter wavelength delivers a 1.5x more powerful curing effect, mitigating light bleed and uncontrolled resin polymerisation at the microscopic level. You achieve sharper corner resolu