Boston Micro Fabrication Has Released Microarch S150
The new 3D printer features high-resolution optical technology and automated calibration for industrial manufacturing.
Updated on Sept. 29, 2026 in Semiconductors
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Boston Micro Fabrication has announced the launch of its Microarch S150 3D printer. The new system is designed for high-viscosity materials and utilizes advanced printing technology to support precision manufacturing.
Why it matters
This release marks a significant milestone as the company celebrates a decade in the additive manufacturing space. The machine aims to streamline complex production tasks through automated features and high-precision capabilities.
The system features a 25 µm optical resolution and supports variable layer thicknesses between 10-100 µm. It utilizes Projection Micro Stereolithography technology to handle high-viscosity materials via an automated calibration workflow.
The players
Boston Micro Fabrication
This company is a global manufacturer of micro-precision 3D printing systems for industrial applications.
Formnext
This is a leading international exhibition and conference dedicated to additive manufacturing and modern industrial production.
The details
The Microarch S150 incorporates an intuitive touchscreen interface to assist operators with complex printing tasks. By focusing on automated calibration, the system is designed to reduce the technical barriers typically associated with high-precision micro-scale additive manufacturing.
Timeline
Boston Micro Fabrication reaches its 10th anniversary milestone in 2026.
The Microarch S150 will debut at the Formnext exhibition in Frankfurt, Germany, in November 2026.
The Tech Race
This release reflects the broader industry move toward automating complex manufacturing processes that were once labor-intensive. By scaling down the footprint of Projection Micro Stereolithography, the system challenges larger industrial legacy machines.
For industrial designers and engineers, this machine promises a simplified workflow through its automated touchscreen operation. The capability to use high-viscosity materials may open new possibilities for creating durable, high-precision components in research and small-batch production.
The takeaway
The introduction of the Microarch S150 underscores a shift toward making industrial-grade micro-printing more accessible for specialized manufacturing environments. Users should monitor technical demonstrations to see how the automated calibration holds up under sustained high-viscosity throughput.
Further reading
For more on the latest advancements in micro-scale production, visit our Semiconductors section.
Source note: This article includes information reported by ETMM.
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