technology theory of waterjet cutting waterjet machine uses cold erosion to prcwide through cut in...

48

Upload: doananh

Post on 24-Mar-2018

221 views

Category:

Documents


3 download

TRANSCRIPT

Page 1: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 2: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 3: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 4: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 5: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 6: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 7: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 8: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 9: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 10: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 11: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 12: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 13: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 14: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 15: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 16: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 17: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 18: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 19: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 20: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 21: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 22: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 23: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 24: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 25: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 26: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 27: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 28: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 29: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 30: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 31: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 32: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 33: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 34: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 35: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 36: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 37: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 38: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 39: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 40: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 41: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 42: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 43: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 44: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 45: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 46: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 47: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream
Page 48: TECHNOLOGY THEORY OF WATERJET CUTTING Waterjet machine uses cold erosion to prcwide through cut in almost any material both metals and nonmetals. The hignly pressurized water stream