Press

Medical Design & Outsourcing • March 17, 2026

BMF launches microArch S150 series micro-precision 3D printers

Boston Micro Fabrication (BMF), the global leader in micro-precision 3D printing, today announces the launch of the microArch® S150 Series, a next-generation line of compact 3D printers designed to meet the growing demand for faster build cycles, streamlined workflows, and accessible micro-precision capabilities.

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TCT • March 17, 2026

BMF launches new microArch S150 Series 3D printers

Boston Micro Fabrication (BMF) has unveiled its new microArch S150 Series 3D printing systems. The company's latest compact 3D printer series has been designed to meet the 'growing demand for faster build cycles, streamlined workflows, and accessible micro-precision capabilities.' It is comprised of the microArch S150, ideal for flexible lab development and precision prototyping, and microArch S150 Ultra, a high-throughput system designed for fast production workflows.

Medical Product Outsourcing • March 13, 2026

Thinking Small

The electronic connectors inside a smartphone. An optical housing perched on the tip of a surgical endoscope. Microfluidic channels etched into a lab-on-a-chip for biomedical research. All these applications require part features measured not in millimeters, but in microns.

MED-TECH INNOVATION NEWS • March 10, 2026

3D Printing Smaller Than a Human Hair: A BMF Deep Dive with John Kawola

We sat down with BMF CEO John Kawola to explore the technology printing functional parts smaller than a human hair. From life-saving medical devices to next-gen electronics, micro-precision is a new frontier of manufacturing.

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Design News • March 4, 2026

High-Precision 3D Printing Transforms Electronics Prototyping and Production

With electronics becoming smaller, more tightly packaged, and subjected to more demanding conditions, 3D printing technology continues to prove itself as a viable alternative to traditional manufacturing processes. Let’s look at the benefits delivered by high-precision 3D printing for electronics prototyping and production. For those considering it as a technology solution, here’s some wisdom on the best approach.

Medical Product Outsourcing • February 24, 2026

Micro-precision 3D printing: Trends and breakthroughs in medical device manufacturing

As a dependable and innovative technology solution, micro-precision 3D printing continues to push new boundaries across the prototyping and production process for an array of medtech applications.

3DP War Journal • February 23, 2026

Gross margins, real growth, and knowing when to leave: John Kawola’s 28 years in AM

John Kawola has been CEO of three different 3D printing companies. He also served as CEO of a robotics startup, which ran into the ground, and John had to fire everybody, including himself.

Medical Product Outsourcing • November 4, 2025

Printing Preference for Medical Device Manufacturers

As additive manufacturing continues to mature, medical device manufacturers are realizing the specific methods and materials that work best for them and their technologies.

Press Release • October 28, 2025

Boston Micro Fabrication Awarded U.S. Patent for Dual-Resolution Micro-Scale 3D Printing Technology

Boston Micro Fabrication (BMF), a global leader in micro-precision 3D printing solutions, today announced that the United States Patent and Trademark Office has granted U.S. Patent No. 12,420,486 B2, titled “Multi-Scale System for Projection Micro Stereolithography.” The patent covers BMF’s groundbreaking dual-resolution optical system, a key innovation behind the company’s microArch® D1025 printer.

All-About-Industries • October 15, 2025

Test Specialist Manufactures Connectors in Small Series Using 3D Printing

Technical progress requires courage - Bright demonstrated this in a challenging project for a leading automotive manufacturer. The solution was implemented using Boston Micro Fabrication's (BMF) precision micro-stereolithography: Partner AM Pioneers in Esslingen 3D-prints high-precision connector plates for connectors in durable resin using a microArch S240 3D printer with 10 µm resolution.