Press

Eureka! Magazine • September 2, 2026

Breaking the Mould: How Micro 3D Printing Is Redefining Precision Manufacturing

When it comes to conventional moulding at the microscale, soft tooling is widely acknowledged to have its drawbacks. In this feature, Peter Ho, Product Manager at Boston Micro Fabrication (BMF), takes a look at how, as a compelling alternative, micro-precision 3D printing is helping engineers accelerate development, reduce costs and achieve the precision demanded by sectors such as microfluidics, medical devices and electronics.

Manufacturing.net • August 26, 2026

Gen Z in Manufacturing

Welcome to another episode of Gen Z in Manufacturing, a podcast that asks young people about their journeys in manufacturing, how they intend to influence the industry and what they are looking for from an employer. For this episode, I welcome Jake Collins, a 30-year-old senior applications engineer for Boston Micro Fabrication, a company that specializes in micro-precision 3D printing.

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Engineering Industry News • August 25, 2026

Small Scale, Large Impact: How Micro-3D Printing is Enabling Manufacturers to Win Big

The drive to pack more functionality into ever-smaller components is reshaping manufacturing across sectors – and exposing the limits of conventional production methods. Here, Peter Ho, Product Manager, Boston Micro Fabrication (BMF) examines why micro-precision 3D printing, is emerging as a foundational technology for the next generation of precision manufacturing, and what real-world applications tell us about its growing role.

Med-Tech Innovation News • August 1, 2026

How Micro 3D Printing is Scaling MedTech Manufacturing

How are precision micro-components moving from early-stage R&D into true batch production? In this video interview, we visit precision plastics experts IPFL to explore how micro 3D printing technology from Boston Micro Fabrication (BMF) is being deployed on the manufacturing frontline. Joining us is Adam Bloomfield, Manufacturing Engineer at IPFL, to discuss the clinical demand driving miniaturisation, navigating microfluidics and microneedle challenges, and how new hybrid print capabilities are reducing lead times for medical device innovators.

Press Release • June 9, 2026

Boston Micro Fabrication (BMF) Announces Strategic Management Changes Effective July 1

Boston Micro Fabrication (BMF), the global leader in micro-precision 3D printing, today announced a series of strategic management changes designed to support the company’s next phase of growth and execution.

Electronic Design • June 1, 2026

Prints Charming: 3D Printing’s Advance to Transform Electronics Manufacturing

The demand for highly precise, small-scale components is ramping up as electronics get smaller and increasingly complex. Whether its connectors, sensors, or advanced packaging components, the ongoing trend for miniaturization represents one of the foremost challenges for today’s electronics designer.

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engineering.com • May 26, 2026

33DPQ Podcast – John Kawola

BMF CEO, John Kawola, reflects on 27 years in the industry and the forgotten magic of 3D printing.

3D Printing Industry • May 6, 2026

New BMF Resin Solves Optical Clarity Challenges in Micro 3D Printing

Designed for use on its 10µm and 25µm resolution printing platforms, the material is built specifically for applications where both optical performance and dimensional accuracy at the micron-scale are simultaneously required. That combination has been difficult to achieve in additive manufacturing because surface roughness at small feature sizes causes light to scatter and diffract before it clears the part.

Additive Manufacturing • April 28, 2026

4 Small Machines for Simpler Integration of Additive Manufacturing

These four compact machines are designed to reduce cost, waste and physical footprint, plus lower the barrier to entry, in AM operations.

Medical Design & Development • April 23, 2026

6 high-resolution additive manufacturing tips for faster medtech development

Early-stage medical device development is where most programs either accelerate or stall. Concepts often look promising in CAD but fail to translate into functional prototypes due to manufacturing constraints, long tooling lead times, or limited iteration cycles. For devices with microscale features, these challenges are amplified. Traditional manufacturing methods were not designed for sub-100 µm geometries, tight tolerances, or complex internal structures.