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Ivy

Client: Microlay

Date: 2025

Location: Madrid, Spain

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Product design, industrial development, and software hardware integration (HMI) for a precision device with a large front display.

The Ivy printer by Microlay redefines the way work is done in the dental sector with a front-facing display conceived as a control and connectivity hub (an approach typical of high-precision technological equipment, where interaction is everything).

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Ivy was designed to represent a paradigm shift in the world of dental 3D printing. Continuous visual access to what happens inside the machine is no longer necessary; the goal was to design a product that highlights the advances Ivy brings to its sector, with an HMI interface designed for intuitive and safe use, facilitating operation and monitoring through clear and highly legible information.

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The most remarkable aspect of Ivy’s development is the digital ecosystem it enables directly from the device itself: consultations with the manufacturer, interaction with other users, ordering of consumables, incident management, and access to advanced services.

Among them, one key workflow stands out: sending the 3D intraoral scan and receiving a print-ready file directly, streamlining the process and eliminating steps that would normally rely on third parties.

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Based on this core idea, the product design was developed with a presence aligned to the healthcare environment (innovation, quality, and safety) and a mechanical solution consistent with real-world use. The display is integrated into a vertically assisted front-opening door, providing wide access to the printing area and to components for cleaning and maintenance, with a soft-close mechanism that delivers a precise and professional user experience.

Result

With Ivy, the challenge was to design a resin 3D printer for dentistry in which the user experience was central: a large front-facing display that brought together control, information, and connectivity without compromising ergonomics, accessibility, or a healthcare-grade presence.

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The result is a clearly differentiated device: an intuitive, connected interface; wide front access through assisted opening and soft close; and a precision-driven design that conveys innovation, quality, and safety, applicable to any advanced technological product where software hardware integration is critical.

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