Reflex Turbo
3D Printer

HeyGears' proprietary 385+ nm COB light source is the differentiating factor between the Reflex Turbo and every other printer in the Rev1 lineup. The shorter UV wavelength delivers 1.5× stronger photopolymer curing than standard 405 nm printers. This matters for materials that require deeper UV penetration to cure fully: PAT10 Clear (88% transmittance), PAU20 PC-like (109 MPa flexural strength), PAE20 Elastic (70A Shore, 68 N/mm tear), PAH270 High-Temp, and PAC10 Wax Casting Resin are all 385+ nm exclusive. The Turbo is also fully compatible with the complete 405 nm resin library — PAS10, PAP10, PAF10, PAWW10, PAWW20, PAWR10, PAU11, and more.

The 9.25-inch Amber Screen uses a custom composite design with dyed polarizer and optical film layers. The dye macromolecule construction controls light transmittance precisely — minimizing overexposure at fine feature edges and underexposure in dense support arrays. The screen is rated for over 2.5× the lifespan of previous generation mono LCDs. The Turbo also records light source aging data over time and applies automatic compensation — so exposure settings stay accurate as the light source ages through its service life.

The Reflex Turbo's 9.25-inch screen delivers a native XY pixel of 33 µm with ±16 µm dimensional accuracy across the full 191×121 mm build plate. HeyGears lab tests with PAP10 Precise Detail Resin confirm a minimum printable feature of 0.136 mm — validated against the Canton Tower lattice model used as the industry benchmark for fine detail. The C5 grade Z-axis maintains ±2 µm repositioning accuracy under load for consistent layer-to-layer registration throughout tall prints.

The Reflex Turbo identifies supports, inner shells, and outer shells within each layer and cures them independently with optimized exposure parameters. Surface hardness and support detachment characteristics are controlled separately — particularly important for high-tensile-modulus materials like PAU20 and PAE20 where mismatched exposure causes surface delamination. Advanced Z-axis compensation adapts across 180 angle/hole/edge combinations per resin automatically. HeyGears lab data: 90.6% of prints across repeated runs achieve a surface tolerance of ≤0.05 mm against digital designs.

The floating screen structure allows the LCD to flex up to ±0.15°, automatically compensating for build platform tilt at the start of every print. Gaps between the platform and tank floor up to 240 µm are eliminated without manual leveling routines. Auto resin refill operates with ±5 g accuracy before and during printing — monitoring tank level continuously and topping up as resin is consumed. Together these two systems allow multi-hour unattended runs without operator intervention.

The heated resin tray is standard on every Reflex Turbo — no add-on required. It raises resin temperature from 10°C to 22°C in approximately 20 minutes and holds it precisely throughout the print. Simultaneously, force sensors with 0.1 N sensitivity monitor peel force on every layer. Resin residue as small as 0.2 mm triggers an automatic stop — preventing the cascade failures that waste entire tray fills when a print detaches mid-run. The Turbo monitors itself and stops cleanly, rather than printing into a failed build for hours.