The Amber Screen uses a custom composite design: a dyed polarizer film layer that controls light transmittance at the molecular level, combined with a high-precision optical film that transmits light at 90° optimal angles. The result is precise per-layer exposure — no overexposure blooming on thin walls, no underexposure voids on deep features. Both failure modes that cost time in post-processing and reduce part yield.
The optical film layer is specifically engineered to reduce stray UV light reaching the curing zone outside intended geometry. This eliminates the micro-residue that creates surface roughness and pitting on standard LCD screens. Parts come off the RS Turbo ready for evaluation — not rework.
The 566:1 contrast ratio means the boundary between cured and uncured resin is more defined at every layer edge. Thin walls, pin features, undercuts, and surface texture all resolve more clearly. In side-by-side printing of identical models, the difference in edge definition is visible to the naked eye — and measurable under calipers.
Factory calibration maps the screen into 60 zones and characterizes each zone's light intensity behavior. That data is stored on the screen's NFC chip. When you install a replacement screen, the RS Turbo reads the chip automatically and applies the calibration profile — keeping intensity variation within ±5% without manual re-calibration. Print accuracy is maintained from the first layer on a new screen.
The C5-grade ballscrew Z-axis module delivers ±2 µm repeat positioning accuracy under a 50 kg static load, verified over 10,000 test cycles. For production printing at 50 µm layers, this means layer-to-layer dimensional consistency that holds throughout the full print height — not just at the start of a run.
Standard MSLA printers apply a single Z-axis compensation value to every print. The RS Turbo's adaptive process packages evaluate each resin's behavior and select from 180 combinations of angle, hole size, and edge type parameters — automatically per layer. Support surface deformation and resin buildup are reduced without manual profile tuning, cutting post-processing time on complex parts.
Side-by-side prints of identical calibration cubes show the RS Turbo's adaptive compensation advantage: flat faces stay flat, corners stay sharp, internal geometry stays true. Single-parameter compensation produces visible warping and resin buildup on overhangs that the RS Turbo eliminates automatically.
Complex lattice structures that would take 4+ hours on conventional printers print in approximately 2 hours on the RS Turbo at 50 µm layer thickness with models under 7 cm height. Surface finish and dimensional accuracy match or exceed slower printers running identical geometry. For production environments where time-per-part is a cost driver, that gap is measurable on every job.
DMA 3.0 analyzes each layer's cross-sectional area, part spacing, and quantity of parts in the nest. It then selects from 18 optimized motion control parameter sets — matching acceleration, peel speed, and rest time to the actual demands of that layer. Simple layers print fast. Complex layers get the parameters they need to cure cleanly. The result is 33% faster overall print speed vs conventional control logic, with no penalty to surface quality or accuracy.
With HeyGears' high-speed PAWW20 water-washable resin, the RS Turbo averages 4.5 seconds per layer on lattice models — a benchmark that puts it ahead of entry-to-mid-range printers in the same price range. The high-rigidity frame flex is within ±2 µm even at these speeds, and active cooling keeps screen temperature down by up to 10°C during high-speed runs to protect screen lifespan.
Blueprint Studio (BPS) is HeyGears' integrated slicer — included free, no ongoing license. Drop in your STL, click once, and BPS auto-orients, repairs mesh errors, generates supports, and slices. Rev1 sets up BPS during installation and walks your team through it. You print on day one.
Blueprint Studio auto-orients your model for optimal print success, generates support structures with intelligent scaffold geometry, and slices the file — without any manual parameter entry. For teams printing varied geometry regularly, eliminating manual slicer setup removes a significant source of operator error and print failures.
BPS automatically detects and repairs common STL mesh defects — inverted normals, open holes, intersecting shells, and non-manifold geometry — before slicing. Files that would cause mid-print failures or warped geometry on other printers are corrected silently in pre-processing. No CAD software required, no manual mesh repair step.
BPS generates scaffold-style supports with intelligent contact point geometry calibrated to the RS Turbo's peel force profile. The result: supports that hold during printing but release cleanly during removal — without leaving pitting artifacts on the model surface. Combined with the Pulsing Release Module, support removal becomes the least stressful part of the workflow.
Force sensors with 0.1 N sensitivity continuously monitor the release force during each layer peel. If resin residue as small as 0.2 mm adheres to the release film, the sensor detects the anomalous force and triggers an automatic print stop — before the residue can damage the screen or cause a catastrophic platform collision. This protection alone justifies the price difference vs unprotected budget printers.
The RS Turbo's floating screen system allows the LCD assembly 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. No leveling routine, no test prints — it self-corrects on every run.
The RS Turbo monitors resin level continuously and triggers automatic refill from the attached bottle both before and during active printing. Long jobs don't require an operator standing by to top up the tank. The machine handles it — and if the bottle runs empty, the print stops cleanly rather than continuing and producing waste parts.
The optional RS Heated & Pulsing Release Resin Tank adds an integrated heater that brings resin from 10°C to the optimal 22°C in approximately 20 minutes, then maintains that temperature throughout the print. Cold resin is the most common hidden cause of first-layer failures and poor print adhesion — especially in shops without climate control in winter. The heated tank eliminates this variable entirely.
| Specification | HeyGears Reflex RS Turbo | Stratasys Origin One | 3D Systems Figure 4 |
|---|---|---|---|
| Entry Price | $799 | $25,000+ | $25,000+ |
| Screen Technology | 8K LCD Amber Screen — 566:1 contrast | DLP projector | DLP projector |
| XY Resolution | 29.7 µm native pixel | 62 µm (192×108 mm plate) | 75 µm (124×70 mm plate) |
| Z-Axis Accuracy | ±2 µm C5 Grade — 50 kg load | ±25 µm typical | ±25 µm typical |
| Print Speed | 4.5 s/layer avg · DMA 3.0 +33% | Not published per layer | Not published per layer |
| Auto Leveling | Yes — floating screen, 240 µm compensation | Manual | Manual |
| Auto Resin Refill | Yes — standard | No | No |
| Residue Detection | 0.1 N sensor — auto-stop | Not standard | Not standard |
| NFC Screen Calibration | Yes — auto on swap | No | No |
| U.S. Partner Support | Rev1 Technologies — install, train, service | Stratasys direct / regional | 3D Systems direct / regional |
Competitor specifications sourced from published manufacturer data. Contact Rev1 for an application-specific comparison.
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Talk to a Rev1 Technologies specialist. We'll review your application, recommend the right configuration, and build a complete proposal within 1 business day. Authorized HeyGears Partner · Auburn Hills · (248) 707-2950.
Every Reflex Turbo purchased from Rev1 Technologies includes delivery to your facility anywhere in the U.S., on-site physical installation and machine commissioning, Blueprint Studio software installation and network integration, hands-on operator training for your team, first material calibration with your target resin, and ongoing regional technical support. We also offer a free sample print before purchase — send us your STL at (248) 707-2950 to verify quality before committing.