Our facilities exist for one reason: to help manufacturers validate ideas quickly, compare options in a neutral environment and deploy what works in real production.

At the Center for Manufacturing Advancement (CMA) at the Institute for Advanced Learning and Research, each lab supports the full stack of people, process and technology so improvements do not stop at a demo but carry through to the floor.

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CNC Machining Innovation Lab

This ISO 9001:2015‑certified environment is designed for subtractive manufacturing process development, optimization and subtractive strategies for additively manufactured and complex parts.

Manufacturers use this lab to evaluate toolpaths, fixtures and datum strategies, replicate anomalies and run controlled trials without disrupting their own production lines. The focus is practical validation, not experimentation for its own sake.

What can be done here:
  • Process development and optimization, including CNC programming and fixture design
  • Subtractive strategies for additive parts and near‑net shapes
  • Controlled replication of issues and data capture to resolve root causes
  • Emerging technology and automation integration trials with outcome‑focused reporting
Representative tools and instrumentation:
  • Multi‑axis CNCs and support systems: HERMLE C 62 U MT, DMG NLX 2500 \ 1250, Haas UMC‑1250SS, VF‑3 SSYT, VF‑9
  • EDM and additive support: AgieCharmilles CUT AM500, Stratasys F370CR
  • Setup and balance: Haimer balancer, preset and heat‑shrink systems, Rego‑Fix tool press
  • In‑process and diagnostic measurement: Kistler dynamometer, MetalMAX cutting‑force analyzer, vibration analysis, Teledyne FLIR thermal imaging, Phantom high‑speed cameras
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Precision Metrology Lab

This production‑minded, ISO‑certified and NIST‑aligned lab supports dimensional verification, method development and inspection workflows that accelerate release rather than slow it.

Companies use this space to stand up metrology capability, validate inspection strategies and correlate shop‑floor measurements to final inspection — without building a lab from scratch.

What can be done here:
  • Contract inspection and CMM programming, including automation
  • Risk‑based inspection plan design, datum alignment and correlation to shop gauges
  • Laser scanning, reverse engineering and calibration support
  • Stand up metrology capability without building an internal lab from scratch
Representative equipment:
  • CMMs: Mitutoyo Crysta‑Apex V163012 and V9108
  • Surface and contour: FTA‑W8C4000‑D contour, FTA‑W8S3000‑D surface, SJ‑310 finish
  • Geometry and vision: RA‑2200AH roundness, QV‑Apex 606 vision, PH‑3515 optical comparator, MF‑UB2017D microscope
  • Material and reference: HR‑530L hardness, LH‑600EG height gage
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Industry 4.0 Integration Lab

This connected workcell demonstrates an end‑to‑end manufacturing environment where automation, robotics, vision, networking and data flow intersect.

The lab functions as a neutral test bed for low‑risk trials, integration concepts and workforce training. Manufacturers can pressure‑test assumptions, explore interoperability and understand how automation decisions affect safety, uptime and data before committing capital.

What can be done here:
  • Pilot robotics and AMR use cases for tending, transfer and inspection
  • Evaluate vision, marking and sensing for identification and QA
  • Map industrial networking and communication strategies, including IIoT monitoring
  • Explore MES/GMS data flow, records and exception handling in a realistic cell
Representative technologies:
  • Machines and measurement: Haas ST‑20Y, Haas UMC‑500 SS, Mitutoyo MiSTAR 555 CMM
  • Robotics and mobility: Fanuc M10iD/12, Yaskawa SDA‑5 dual‑arm robot, MIR AGV cart with UR10
  • Vision and marking: Keyence MD‑X2500 laser marker, video and height scanners, 20‑MP camera, barcode scanner
Training available
  • Robotics: FANUC, Universal, Yaskawa
  • Industrial networking, IIoT process monitoring and Allen‑Bradley PLC topics

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Rapid‑launch and collaboration spaces

Rapid‑launch high bays and adjacent collaboration spaces help teams stand up processes quickly while permanent footprints come online. These spaces reduce startup time, support scale‑up and keep momentum during transitions.

Additional square footage is coming online as we expand our capacity for manufacturing optimization projects.

Accelerate launch timeline

Home to Navy Innovation 

One of the projects housed within the CMA is the U.S. Navy’s Additive Manufacturing Center of Excellence (AM CoE). Led by Austal USA and supported by the CMA at IALR and several other organizations, the AM CoE develops technical data packages — or “recipes” — for using additive manufacturing to create parts needed by the Navy and its suppliers.

Technical Data Package Development 

How we work across labs

We listen on your floor, scope a minimal viable pilot, validate in the appropriate CMA lab and follow the solution into production with SOPs, acceptance criteria and training.

Because our facilities are integrated, manufacturers can move from machining trials to metrology validation to automation pilots without losing context or stopping their own lines to experiment.

What you can expect:
  • Neutral, brand‑agnostic evaluations and vendor comparisons
  • Evidence to support capital decisions and workforce plans
  • Shorter time from concept to deployment with fewer surprises on release

Plan your pilot across CMA facilities