Makino MAG1

New MAG1 machines typically price between $800,000 and $1,200,000 depending on configuration. A base machine with standard spindle, 80-tool ATC, and pallet system starts around $800,000. Adding high-pressure coolant, probing, and automation integration pushes toward $1,000,000-$1,200,000. The MAG1 is a production investment that pays back through high aluminum material removal rates and short cycle times.

The MAG1 is the compact member of the MAG family with a smaller work envelope (900x750x600 vs 1,800x1,500x700 mm on the MAG3). It handles medium-sized aerospace structural parts while the MAG3 targets large wing ribs and fuselage frames. Both share the HSK-A100 spindle and horizontal chip evacuation philosophy. Choose the MAG1 for smaller parts and tighter floor space; choose the MAG3 when part size demands the larger envelope.

Standard HMCs like the a51nx or a61nx work fine for aluminum, but the MAG series is optimized specifically for maximum aluminum MRR. The MAG1's chip evacuation system, spindle power, and overall design philosophy are purpose-built for the enormous chip volumes and sustained cutting forces of aerospace aluminum production. The result is measurably higher material removal rates and better surface finish consistency.

The MAG1 can cut titanium, but it's not optimized for it. The 16,000 RPM HSK-A100 spindle provides adequate torque, but the machine's chip evacuation, cooling, and overall design are tuned for aluminum's high-speed, high-volume chip production. For significant titanium work, Makino's a-series Z machines (a500Z, a800Z) are better choices with their lower-speed, higher-torque spindle options.

The MAG1 with its 55 kW HSK-A100 spindle can achieve aluminum removal rates exceeding 5,000 cm3/min (305 in3/min) under optimal conditions with appropriate tooling. Sustained production rates typically run at 3,000-4,000 cm3/min (183-244 in3/min) for long roughing passes. These rates are competitive with dedicated aluminum gantry mills at a fraction of the footprint and cost.