HeyGears Unveils Integrated Transparent 3D Printing Workflow at RAPID + TCT 2026

HeyGears presented an integrated transparent 3D printing production workflow at RAPID + TCT 2026 in Boston, combining its Reflex series DLP printers, PAT10 resin, and proprietary post-processing steps including UltraGlaze coating. The PAT10 resin achieves up to 88.5% light transmittance, addressing long-standing issues of clarity, yellowing, and repeatability in transparent parts. The company is positioning this as a one-stop solution for commercial-grade clear components, moving beyond prototyping toward end-use applications in optics, lighting, medical devices, and consumer goods.

This announcement targets a persistent gap in polymer vat photopolymerization: producing optically clear, repeatable parts at production scale. Competitors like Formlabs (Clear Resin V4) and BMF (microArch clear resin for micro-optics) have made inroads, but HeyGears differentiates by bundling hardware, material, and finishing into a single validated workflow. The transparent AM segment remains small within the broader polymer-VPP market, but demand is growing from medical-dental (surgical guides, clear aligner prototypes), consumer electronics (light pipes, lenses), and industrial tooling (sight glasses, fluidics). HeyGears, a Chinese-headquartered company with global distribution, is leveraging its Reflex platform’s existing installed base to offer an upgrade path rather than requiring new capital equipment.

For buyers evaluating transparent AM, the key question is whether HeyGears’ integrated workflow delivers batch-to-batch consistency at production volumes, not just single-part demo quality. The PAT10 transmittance figure is competitive, but long-term UV stability and mechanical property retention under real-world conditions remain unverified. HeyGears must now publish third-party validation and secure reference customers in regulated verticals like medical devices to convert booth interest into recurring orders.