Starrag SIP 7000

New SIP 7000 machines typically price between $800,000 and $1,200,000 depending on spindle configuration, tool magazine size, pallet system options, and probing packages. The high price reflects the extreme engineering investment in sub-micron accuracy class machine design, including precision-ground guideways, thermal compensation systems, and volumetric error mapping. Used units from 2015-2022 can trade between $400,000 and $700,000 when available.

Both the SIP 7000 and Yasda YBM machines target the ultra-precision 5-axis market with sub-5-micron accuracy. The SIP 7000 offers larger travels (1,200 x 1,000 x 1,000 mm) compared to most Yasda YBM models, making it better suited for larger aerospace structural components. Yasda has a stronger presence in the Asian market and die/mold sector, while SIP has deeper roots in European aerospace and defense. Both deliver exceptional accuracy, with the choice often coming down to application size, regional support, and preferred control platform.

The SIP 7000 targets sub-3-micron volumetric positioning accuracy across the full work envelope, which is verified through laser interferometer calibration and ballbar testing during installation. In practice, achieving these numbers requires a temperature-controlled environment (typically 20°C ± 1°C), proper foundation isolation, and adequate warm-up time. Surface finish capabilities reach Ra 0.2 µm or better depending on material and cutting parameters.

The SIP 7000 can serve production roles, but it is primarily designed for precision-critical applications rather than high-volume production. Its 22 kW spindle and precision-first design philosophy favor accuracy over aggressive metal removal rates. Shops needing both high accuracy and high productivity often pair a SIP 7000 for finishing operations with a more powerful production 5-axis machine for roughing, optimizing both throughput and final part quality.

The SIP 7000 requires the standard maintenance of any precision CNC machining center — spindle lubrication, way lubrication, coolant management, and filter replacement — plus additional attention to the thermal compensation system sensors and environmental controls. Starrag recommends annual laser calibration verification and volumetric compensation updates to maintain stated accuracy specifications. The machine's precision guideways and ballscrews require monitoring for wear that could degrade accuracy over time.

The SIP 7000 is primarily equipped with the Heidenhain TNC 640 control, which is well-suited for precision 5-axis work with its advanced kinematic transformation, volumetric compensation, and conversational programming capabilities. Some configurations may offer Siemens SINUMERIK 840D sl as an alternative. The Heidenhain control is favored for its touch-probe integration, Dynamic Precision package for high-accuracy contouring, and user-friendly interface for complex 5-axis programming.