According to the above analysis calculation and the shape characteristics of the workpiece, it is necessary to machine the MM hole system (ie, the OP axis system) and the KK hole system (that is, the axis system parallel to the B point and the OP), and the FOG plane must be managed in the horizontal trampoline. The plane of the machine table is parallel and the line BP is perpendicular to the machine tool spindle. To this end, the part A surface of the machine is tilted by 7.3854° and rotated along the working plane of the machine by 10.0845°, so that the KK and MM axes are parallel to the machine tool spindle and the straight line BP is perpendicular to the machine tool spindle. After one hole system, moving the part 488.5112mm horizontally, the other hole system can be smoothly processed. At this point, the analysis and calculation of the processing scheme of the double inclined hole system is completed. In the trial production process of the part, the parts processed by the above three data design fixtures are exactly the same as the imported parts by the coordinate measuring machine.
If the first scheme is adopted, the major axes of the headstocks of the KK and MM hole systems are respectively parallel to the OP straight line. That is, the main shaft should be at the composite corner of the space formed by the 7.3854° position and the 10.0845° position. Therefore, the change of one angle in the process of manufacturing, installation and adjustment will inevitably bring about a corresponding change of another angle, and vice versa, which makes the adjustment of the machine tool very difficult. Therefore, the second option is the best solution. By making the A-side pad of the part 7.3854°, and making 10.0845° on the headstock of the boring head, the spatial composite angle is decomposed into two different parts, which greatly simplifies the manufacture and installation, especially in production. Tool adjustment. (Finish)
Timeplex Industrial Limited has many experienced technical and management experts inthermal conduction industry. From products R&D , mold design, and mold fabricationto the product production( cold forging , CNC, CNC working center , cutting ,cross cutting , punching , multi-spindle drilling, multiple spindle tapping,chamfer , stripe drawing , polishing , alkali wash , stramline drying , rivetpin , silk-screen , packaging), and the surface treatment(electroplating ,anodizing , passivation , powder coating , Electrophoresis )and transportationone-step full range of processing services
Product description:
With our vast experience & knowledge in this field, we are engaged in manufacturing a quality-assured ranges of Heat Sink.The material used partly determines the extent of thermal conductivity. Copper and aluminum are the most widely used materials, though aluminum is the more common choice because copper is more expensive and heavier. Aluminum 6061 and 6063 are widely used with a thermal resistance of 166 and 201 W / mK, respectively.
Audio Heatsink-A,Aluminum Heat Sink,Custom Copper Heat Sink,Oem Service Audio Heatsink
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