Printers

HeyGears at Formnext: New Printers and Resins for All Applications

Formnext 2025 is officially underway! The doors opened this morning, and the exhibition hall is already buzzing with energy. With over 800 exhibitors, including machine manufacturers, distributors, and service providers, the event is once again set to propel the adoption…

HeyGears at Formnext: New Printers and Resins for All Applications
3Dnatives

Formnext 2025 is officially underway! The doors opened this morning, and the exhibition hall is already buzzing with energy. With over 800 exhibitors, including machine manufacturers, distributors, and service providers, the event is once again set to propel the adoption of additive manufacturing around the world. Among the companies at Formnext is HeyGears, a long-standing developer of 3D printing solutions. Located in Hall 12.1 at booth C09, the company is presenting a wide range of machines and materials designed to help users create increasingly high-performance applications. So, what exactly is happening at the HeyGears booth, and why is it worth a visit? Let’s dive in.

HeyGears is an expert in resin-based additive manufacturing, offering 3D printers tailored to a variety of industries and use cases. The company is especially well-known in the professional fields, where customers rely on its machines and resins to boost productivity and deliver results reliably and efficiently. This year at Formnext, HeyGears is demonstrating its newest offerings highlighting several concrete applications that demonstrate the power and potential of its technology.

High-Performance Machines at the HeyGears Booth

At Formnext this year, HeyGears is officially unveiling its brand-new range of 3D printers, the Reflex 2 series. Visitors can discover both the Reflex 2 and Reflex 2 Pro, two systems engineered to enhance both the productivity and reliability of resin 3D printing. Notably, the Reflex 2 Pro features a larger build volume (230 x 144 x 350 mm) than the standard model, along with more precise light projection for optimized resin curing. The result is smoother surface finishes and less material waste.