At Iron Machine Tool, we supply Minnesota shops with production EDM hole drilling machines built for aerospace, medical, and high-volume work.
Production EDM hole drilling is no longer a niche capability for Minnesota precision shops. Specifically, the highest-margin aerospace and medical contracts in 2026 demand high-throughput machines with deep automation. Furthermore, many of those contracts require submerged operation and multi-axis hole geometries. As a result, shop owners bidding at this tier need machines built for production from day one.
At Iron Machine Tool, we supply two machines for exactly this work. Our SD-750 CNC and AD6L Submerged CNC handle Minnesota’s toughest production jobs. Specifically, both bring large work envelopes, deep automation, and the precision to compete for the highest-margin contracts. For broader market context on this surge, see EDM Hole Drilling Demand Surges in 2026 as Aerospace and Medical Work Pushes Precision Limits.
The Production EDM Hole Drilling Surge in 2026
The shift toward production-scale EDM reflects three converging pressures. First, aerospace OEMs are ramping volumes for next-generation engines. Second, medical device makers are scaling proven product lines to meet rising demand. Third, EV battery and energy programs are reaching commercial scale through 2026 and 2027.
As a result, the work has moved beyond prototype and short-run. Specifically, contracts now require sustained throughput at consistent precision. Industry analysts forecast the global drilling-type EDM market growing to roughly $885 million by 2030. Furthermore, much of that growth comes at the production end of the spectrum. Therefore, shops with high-throughput capability are positioned to capture disproportionate share of the new volume.
Aerospace and Defense at Production Scale
Aerospace remains the largest single driver of production EDM demand. According to the SelectUSA Aerospace Industry overview, the U.S. aerospace industry employs about 550,000 workers and saw more than $20 billion in foreign direct investment through the end of 2023. Furthermore, the engine and power plant subsector alone accounted for roughly 89,800 workers in mid-2024.
For Minnesota precision shops, this scale translates to specific work. For example, a single turbine blade can require hundreds of cooling holes. Likewise, fuel injector nozzles, structural airframe components, and defense system parts all need precision micro-holes. As a result, the work volumes per part are large and growing fast.
Medical Device Manufacturing Goes High-Volume
Medical device production has moved from prototype to high-volume runs across multiple categories. For example, catheter systems, biopsy needles, stents, and orthopedic implants all reach hundreds of thousands or millions of units per year. Furthermore, drug delivery devices and minimally invasive surgical tools push micro-hole counts even higher per part.
Minnesota’s medical device industry sources extensively from local precision suppliers. Specifically, Medtronic, Boston Scientific, Abbott, and 3M all run major Minnesota operations. As a result, shops with the right production-scale equipment win contracts that span multiple product cycles. Likewise, repeat customer relationships build on demonstrated production capability.
The SD-750 CNC: Production EDM Hole Drilling at Scale
The SD-750 CNC is built for high-volume runs on larger workpieces. Specifically, it features XY travels of 27.5 by 17.7 inches. Furthermore, the W-axis electrode travel runs 27.6 inches, with a 14.2-inch Z-axis guide travel. As a result, the SD-750 handles parts that will not fit on smaller machines.
Automation is built in from the start. Specifically, the SD-750 includes a 15-position automatic electrode changer and a 4-position guide changer as standard. In other words, the machine can run extended cycles through multiple electrodes and guides without operator intervention. The electrode diameter range covers 0.012 to 0.124 inches, with a 0.236-inch option for larger holes.
The SD-750 fits shops handling production aerospace, large medical components, and industrial tooling work. For instance, a turbine component with hundreds of cooling holes across a large blade can be drilled in a single setup. Therefore, shop owners typically see the SD-750 pay back within the first major contract.
The AD6L Submerged: Multi-Axis Production EDM Hole Drilling
The AD6L Submerged CNC handles our most demanding production work. Specifically, it features XY travels of 23.6 by 15.7 inches. Furthermore, the W-axis electrode travel runs 19.7 inches and the Z-axis guide travel runs 13.8 inches. The table-to-guide distance adjusts from 1.2 to 15 inches.
Three features set the AD6L apart from other production machines. First, submerged operation reduces thermal drift and improves dielectric flushing. Second, it supports a 10 or 20-position automatic electrode changer plus a 5 to 20-position guide changer. Third, optional 5th and 6th axis rotary or tilt-turn tables enable compound-angle hole geometries that other machines cannot reach.
The electrode diameter range of 0.008 to 0.124 inches covers the finest medical work alongside larger aerospace cooling holes. For example, a complex turbine blade with compound-angle cooling holes can be drilled in a single setup on the AD6L. Likewise, intricate medical implants with multi-axis hole patterns become production-feasible rather than requiring custom fixturing. As a result, the AD6L tackles parts that would otherwise require multiple setups on simpler machines.
Comparing SD-750 vs AD6L for Production Work
Choosing between the two comes down to three practical factors. First, work envelope — the SD-750 brings a larger XY footprint. Second, part complexity — the AD6L’s optional 5th and 6th axis tables enable compound-angle work the SD-750 cannot match. Third, dielectric environment — submerged operation on the AD6L offers thermal and flushing advantages on demanding jobs.
Many shops install one of each. Specifically, the SD-750 handles larger, simpler parts at volume. Likewise, the AD6L handles complex multi-axis work. Therefore, the two machines complement each other rather than compete.
Shops not yet at the production tier should start with entry-level options. The H32Z manual and SD-530 CNC cover that segment well. For details, see Choosing Your First EDM Drilling Machine: The H32Z and SD-530 for Minnesota Shops.
Automation, Lights-Out Running, and Throughput
Production EDM pays off through automation. Specifically, automatic electrode and guide changers let one operator manage longer jobs. Furthermore, modern CNC programming supports unattended overnight running on validated jobs. As a result, the labor cost per hole drops significantly compared to manual or semi-manual setups.
For shops competing on production contracts, this throughput math is decisive. For instance, doubling effective machine hours through lights-out running can transform contract economics. Therefore, the automation built into the SD-750 and AD6L directly drives the production economics that win bids.
Workforce Considerations for Advanced EDM Operations
Production EDM machines require skilled operators. According to the Bureau of Labor Statistics Occupational Outlook Handbook, the median wage for tool and die makers was $63,180 in May 2024. Furthermore, the BLS projects roughly 34,200 openings per year for machinists and tool and die makers through 2034, driven largely by retirements.
For Minnesota shops, the workforce side is manageable. Specifically, registered apprenticeships, community college programs, and dedicated CNC training pathways all build operator skill. Likewise, we provide training as part of every installation. Therefore, the operator side of a production EDM investment is far less of a barrier than many shop owners assume.
Iron Machine Tool: Your Production EDM Hole Drilling Partner
At Iron Machine Tool, we have helped Minnesota shops scale to production-grade EDM many times. Specifically, we know the difference between an SD-750 and AD6L deployment because we have done both. Furthermore, we back every installation with applications support, operator training, and ongoing service from a regional team.
Our Services Include:
- EDM Hole Drilling Machines — The full lineup including the SD-750 and AD6L Submerged
- Wire EDM — Complementary precision EDM for contour cutting
Ready to scale into production work? Contact us at Iron Machine Tool to walk through the right machine for your shop and your customers.
Works Cited
“The Aerospace Industry in the United States.” SelectUSA, U.S. Department of Commerce, International Trade Administration, www.trade.gov/selectusa-aerospace-industry. Accessed 18 May 2026.
“Machinists and Tool and Die Makers.” Occupational Outlook Handbook, U.S. Bureau of Labor Statistics, www.bls.gov/ooh/production/machinists-and-tool-and-die-makers.htm. Accessed 18 May 2026.
