In the aerospace industry, the precision machining of components is crucial for ensuring the safety and performance of aircraft. One such important component is the aerospace spool. Grooving of aerospace spool is a specialized process that requires a high degree of accuracy and expertise. Challenges: Method: Conclusion:The grooving of aerospace spools is a complex and […]
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In the field of aerospace and power generation, turbine discs play a crucial role in the operation of turbines. Grooving of turbine discs is a specialized machining process that requires precision and expertise to ensure optimal performance and reliability. Challenges: Method: Conclusion:Grooving of turbine discs is a complex and challenging machining process that requires careful
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In the realm of aerospace manufacturing, the grooving of high-pressure turbine rear shaft parts for aeroengines is a crucial process. This operation demands a high level of precision and efficiency to ensure the proper functioning and reliability of the engine. Challenges: Method: Conclusion:The grooving of high-pressure turbine rear shaft parts is a complex and challenging
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In the manufacturing of aerospace components, the machining of grooves in aeroengine casings is a critical process. The choice of appropriate cutting tools plays a vital role in ensuring high-quality and efficient production. This article presents a case study on the selection of cutting tools for machining grooves in aeroengine casings, highlighting the challenges faced
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Designation d D1 D2 L H V L1 T Collet Weight kg BT30-DHP6-70 6 28 45 70 27.5 10 28 M050Z150-D – 0.70 BT30-DHP8-70 8 30 45 70 27.5 10 28 M060Z150-D – 0.70 BT30-DHP10-75 10 32 45 75 32.5 10 38 M060Z150-D – 0.75 BT30-DHP12-75 12 34 45 75 37.5 10 36 M060Z150-D D12/OD12
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Designation d D1 D2 L L1(max) L2(min) T Weight kg BT30-SF3-80 3 10 16 80 – 9 – 0.35 BT30-SF4-80 4 10 16 80 – 12 – 0.40 BT30-SF5-80 5 10 16 80 – 15 – 0.43 BT30-SF6-80 6 21 27 80 36 26 M050Z150-D 0.45 BT30-SF8-80 8 21 27 80 36 26 M060Z150-D 0.50
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Designation Design D D1 D2 d L T Weight kg BT30-ER16-70 A 28 28 – 16 70 M100F200 0.52 BT30-ER16-100 A 28 28 – 16 100 M100F350 0.64 BT30-ER16-120 A 28 28 – 16 120 M100F350 0.73 BT30-ER20-70 A 34 34 – 20 70 M120F200 0.59 BT30-ER20-100 A 34 34 – 20 100 M120F400 0.78
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Designation Design D d1 d2 d3 L L1 L2 L3 Screw Weight kg BT30-SLN6-60 A 46 6 25 – 60 18 – 40 M060U100 0.52 BT30-SLN8-60 A 46 8 28 – 60 18 – 40 M080U100 0.55 BT30-SLN10-60 A 46 10 35 – 60 20 – 44 M100U120 0.63 BT30-SLN12-60 A 46 12 42 –
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Designation Design D D1 D2 D3 L L1 Screw Washer Coolant Weight kg BT30-FMB22C-45 A 48 22 16 – 45 18 E100U300 – Through 0.74 BT30-FMB27C-45 A 60 27 33 – 45 20 E120U300 FM-1 Through 0.90 BT30-FMB32C-50 A 78 32 40 – 50 22 E160U350 FM-2 Through 1.60 BT40-FMB22C-60 A 48 22 16 –
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Designation d D1 D2 L1 L H V T Collet Weight kg SK40-DHP6-65 6 28 50 23 65 27.5 10 M050Z150-D – 1.20 SK40-DHP6-80.5 6 28 50 44 80.5 27.5 10 M050Z150-D – 1.20 SK40-DHP6-110 6 28 50 44 110 27.5 10 M050Z150-D – 1.65 SK40-DHP8-65 8 30 50 23 65 27.5 10 M060Z150-D –
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