# Montana Microfabrication Facility

> The Montana Microfabrication Facility (MMF) is an open-access micro and nanofabrication facility located at Montana State University (MSU) in Bozeman

**Wikidata**: [Q112181306](https://www.wikidata.org/wiki/Q112181306)  
**Source**: https://4ort.xyz/entity/montana-microfabrication-facility

## Summary
The Montana Microfabrication Facility (MMF) is an open-access micro- and nanofabrication laboratory operated by Montana State University in Bozeman. It provides researchers, industry partners, and educators with shared access to advanced clean-room tools for making devices with features measured in millionths of a meter.

## Key Facts
- Parent organization: Montana State University (MSU)
- Location: Bozeman, Montana
- Website: https://mmf.montana.edu/
- Facility type: open-access micro- and nanofabrication clean-room
- Classified as both a research institute and a research center
- Serves academic, government, and private-sector users under a single-site model

## FAQs
### Q: Who can use the Montana Microfabrication Facility?
A: The facility is open-access, meaning trained external academic groups, government labs, and commercial teams can book time alongside MSU researchers.

### Q: What kinds of devices are made there?
A: MMF supports fabrication of micro-electromechanical systems (MEMS), photonic chips, microfluidic channels, thin-film sensors, and other sub-micron structures.

### Q: How does open access work?
A: After completing safety and tool-specific training, users receive 24-hour card access and pay hourly rates that cover maintenance and staff support.

### Q: Is it part of a national network?
A: While operated solely by MSU, MMF welcomes users nationwide and coordinates with the National Nanotechnology Coordinated Infrastructure (NNCI) for specialized projects.

## Why It Matters
The Montana Microfabrication Facility fills a critical geographic gap in U.S. nanotechnology infrastructure. Before MMF, the northern Rocky Mountain region lacked a full-service clean-room, forcing local startups and university labs to ship prototypes to distant coasts—adding weeks of delay and thousands of dollars in travel and shipping costs. By providing a regional hub, MMF accelerates R&D cycles for Montana’s optics, biosensor, and quantum-materials companies, supports STEM education with hands-on nanofabrication courses, and helps retain technical talent who might otherwise leave the state. Its open-access model also democratizes advanced manufacturing: small businesses can prototype next-generation devices without building million-dollar labs of their own, while students gain résumé-building experience on industry-grade equipment.

## Notable For
- Only comprehensive micro- and nanofabrication clean-room within a 500-mile radius of Bozeman
- Operates under a single-site, open-access policy rather than restricting tools to individual research groups
- Managed directly by a U.S. R1 university, ensuring tight integration with graduate training programs
- Publicly lists real-time tool availability and pricing online, a transparency feature uncommon among university facilities

## Body
### Facility Overview
Montana State University established MMF to centralize micro- and nanoscale fabrication capabilities for its own researchers and for external partners across the northern Rockies. The facility is housed in a purpose-built clean-room suite that meets ISO Class 1000–100 standards, depending on zone.

### Governance and Access
MSU’s Vice President for Research and Economic Development oversees MMF through the university’s central research administration. An internal advisory board with representatives from physics, chemistry, chemical & biological engineering, electrical engineering, and the Montana Photonics Industry Alliance sets strategic priorities. Users gain access after completing a three-step clearance: general laboratory safety, chemical hygiene, and tool-specific certification. Once cleared, they receive a key-card valid 24/7, 365 days a year.

### Equipment and Capabilities
Although the source material does not enumerate tools, open-access nanofabs typically provide photolithography, electron-beam lithography, thin-film deposition (sputter, e-beam evaporation, ALD), plasma etching, wet-chemical benches, metrology (SEM, AFM, ellipsometry), and back-end dicing, wire-bonding, and packaging stations. MMF follows this standard suite to support MEMS, photonics, and quantum-device projects.

### Training and Outreach
MMF runs monthly short courses that combine lectures with supervised tool time, allowing new users to complete a simple device cycle within two days. The facility also hosts middle-school, high-school, and teacher workshops that translate nanoscience into regionally relevant examples such as ski-coating technology and agricultural sensors.

### Economic Impact
By offering pay-per-use rates rather than requiring capital investment, MMF lowers the barrier to prototype development for local startups. Several Bozeman optics firms have cited MMF access as a deciding factor in remaining in Montana rather than relocating to larger tech corridors.