Home > Trade News and Trends > Plastic wire EDM flush cups technical requirements analysis
Plastic wire EDM flush cups technical requirements analysis
The article citations:    Editor:Vicki    Sentiment:1041    Published time:2014-02-23
  Wire EDM flush cups technical requirements of the plastic parts, including geometry, thickness uniformity, craft corner, stripping slope and so on. These wire EDM flush cups requirements are able to meet the wire EDM flush cups process requirements necessary to re-analyze. If the water does not meet the EDM process requirements wire EDM flush cups plastic parts, it must be taken to modify products without affecting the use of the premise. Because the wire EDM flush cups plastic structure is more complex , more difficult molding , mold design should pay attention to the following points: 1) the thread can not be forced stripping, removal requires the use of automatic screw mechanism; conical hole using a conventional arc Bevel column slider mechanism or hydraulic pulling mechanism can not be completed Pulling must design an arc -shaped side pulling mechanism , which is available in the form of a rack and pinion drive mechanism or guide chute institutions will increase due to the rack and pinion mechanism mold the complexity of the structure of the mold lower life expectancy, so the wire EDM flush cups design uses a guide chute agencies, institutions are relatively simple , high reliability. 2) Parting surface design in the end face of the wire EDM flush cups bottle cover body , parting surface of a cylindrical tube extending outward design apart along its centerline at . 3) water- based appearance requirements and wire EDM flush cups structure, and consider the condensate feed gating system can automatically fall off, should be set submarine gate at its side end point is more reasonable. KENOS will provide more the newest and useful information about wire EDM spare parts and EDM filters to you.
Previous:General procedu...    Next:EDM filters cus...
BMF wire accessories related information