Exhibit,Title,Label,Value,Unit,Method / note,Sources
1,"Machine tool exports, full year 2025",China,8.6,€ billion,VDW figures. World total includes both countries. These values do not measure technical capability.,https://vdw.de/en/german-machine-tool-industry-leveling-off-china-further-dominating-production/
1,"Machine tool exports, full year 2025",Germany,7.0,€ billion,VDW figures. World total includes both countries. These values do not measure technical capability.,https://vdw.de/en/german-machine-tool-industry-leveling-off-china-further-dominating-production/
1,"Machine tool exports, full year 2025",World total,41.4,€ billion,VDW figures. World total includes both countries. These values do not measure technical capability.,https://vdw.de/en/german-machine-tool-industry-leveling-off-china-further-dominating-production/
2,Quotation normalisation: items that change the operating proposition,Core configuration,"Control, spindle, feedback, tool changer and approved substitutions",,BaiyX comparison framework; include buyer-provided items in total investment.,
2,Quotation normalisation: items that change the operating proposition,Process equipment,"Workholding, tooling, probing, coolant and chip handling",,BaiyX comparison framework; include buyer-provided items in total investment.,
2,Quotation normalisation: items that change the operating proposition,Software,"Required options, post-processor, licences and recovery access",,BaiyX comparison framework; include buyer-provided items in total investment.,
2,Quotation normalisation: items that change the operating proposition,Site scope,"Foundations, utilities, lifting, installation and calibration",,BaiyX comparison framework; include buyer-provided items in total investment.,
2,Quotation normalisation: items that change the operating proposition,Support,"Training, exchange parts, service capability and acceptance evidence",,BaiyX comparison framework; include buyer-provided items in total investment.,
3,Hypothetical annual accepted capacity versus demand,Machine A,22050,accepted parts / year,"4,000 scheduled hours × 75% utilisation × 60/cycle minutes × 98% yield; cycle A 8 minutes, B 7 minutes.",
3,Hypothetical annual accepted capacity versus demand,Machine B,25200,accepted parts / year,"4,000 scheduled hours × 75% utilisation × 60/cycle minutes × 98% yield; cycle A 8 minutes, B 7 minutes.",
3,Hypothetical annual accepted capacity versus demand,Required demand,25000,accepted parts / year,"4,000 scheduled hours × 75% utilisation × 60/cycle minutes × 98% yield; cycle A 8 minutes, B 7 minutes.",
4,Hypothetical utilisation sensitivity,65% utilisation,"A: 19,110 accepted parts; B: 21,840",,BaiyX illustrative model. Demand threshold assumes B can supply the avoided outsourced volume.,
4,Hypothetical utilisation sensitivity,75% utilisation,"A: 22,050 accepted parts; B: 25,200",,BaiyX illustrative model. Demand threshold assumes B can supply the avoided outsourced volume.,
4,Hypothetical utilisation sensitivity,85% utilisation,"A: 24,990 accepted parts; B: 28,560",,BaiyX illustrative model. Demand threshold assumes B can supply the avoided outsourced volume.,
4,Hypothetical utilisation sensitivity,Demand threshold,"Approximately 23,399 parts for B premium to pay at 10% over five years",,BaiyX illustrative model. Demand threshold assumes B can supply the avoided outsourced volume.,
4,Hypothetical utilisation sensitivity,Key assumptions,$50k premium; $3k annual extra maintenance; $12 avoided outsourcing cost per part,,BaiyX illustrative model. Demand threshold assumes B can supply the avoided outsourced volume.,
5,Hypothetical lost contribution during a spindle outage,10-day recovery,12,US$ thousand per event,"$1,200 unrecoverable contribution per productive day. Repair cost excluded; event cost is not an annual forecast.",
5,Hypothetical lost contribution during a spindle outage,30-day recovery,36,US$ thousand per event,"$1,200 unrecoverable contribution per productive day. Repair cost excluded; event cost is not an annual forecast.",
6,Evidence chain from factory to production,Factory geometric evidence,Establish configured-machine baseline and measurement conditions,,BaiyX proposed acceptance framework; test methods and limits require project engineering agreement.,
6,Evidence chain from factory to production,Factory cutting trial,"Preserve material, program, tools, cycle and raw inspection results",,BaiyX proposed acceptance framework; test methods and limits require project engineering agreement.,
6,Evidence chain from factory to production,Installation evidence,"Record utilities, levelling, environment and responsibilities",,BaiyX proposed acceptance framework; test methods and limits require project engineering agreement.,
6,Evidence chain from factory to production,Site acceptance,Verify agreed output in the destination process,,BaiyX proposed acceptance framework; test methods and limits require project engineering agreement.,
6,Evidence chain from factory to production,Operating baseline,Retain configuration and condition evidence for later diagnosis,,BaiyX proposed acceptance framework; test methods and limits require project engineering agreement.,