Could you tell me the size of this object? Sure, the dimensions of the rectangle are 25. How high is it? Can you use the Vernier callipers to check? Its height is 25. How wide is it? Its width is 1. Could you measure it precisely with the CMM coordinate measuring machine? How long is it? Could you tell me its volume and surface area? Its volume is 77. Wow, it looks so thin. How thick is this sheet? It is only 3. Could you tell me the diameter of this tube? The micrometers are over there. It has an external diameter of 51. Its internal diameter is 46. So, the external 長穴の寸法 is 25. The internal radius is 23. We usually use an aluminium sheet for the back panel. Was it cut down from that sheet roll? The width of the roll is 90 inches. And, it will be embossed and separated on the pressing machine. For which component will the plates be used? These thin plates are used for the front panel and those thick plates are used as side panels. One more question, what about the large blocks? They will be cut and machined. Some of the parts are made from the blocks. These tubes and bars are the basic materials for making the frames. Can you see the truss structure? It is made of round steel tubes. Round bars are used in the joints. Oh, what a wide variety of pieces. It seems some of the pipes just click for source different 長穴の寸法 sections. The largest one has a cross section of 120 by 120 mm. No, one of the holes 長穴の寸法 be a blind hole with a depth of 12 mm. The drawing was revised. Please be sure to keep 31 mm between the centres of the holes. Would you mind chamfering 3 mm on 長穴の寸法 top right edge? What about the other edges? Please round the opposite side 長穴の寸法 the 長穴の寸法 to a radius of 5 mm. No need to chamfer or round the other edges. Well, here is a ring spanner. I remember the maintainability of this piece is terribly bad. Wait a moment… here is an open-ended spanner. By 長穴の寸法 way, do you have a 6 Allen key? I have that in my pocket.