Week 8 - Challenge 4 - Coin Holder Design

CREATION OF TOOL AXIS DIRECTION

THE INITIAL BASE HAS BEEN TAKEN AS THE PRIMARY TOOL AXIS DIRECTION AS IT HAS THE MOST FLAT BASE AND WHICH HELPS US TO CLEAR THE TOOLING AXIS EASILY

FOLLOWED TO THIS WE CONSIDERED THE YZ PLANE WHICH HAS MAJOR SIDE FACES AND THE FACES WHICH CLEAR IN THE DRAFT AXIS

WE HAVE USED INTERSECT TO FIND THE CROSS-SECTION OF THE PRODUCT

WHILE EXAMINING THIS THE SIZE FACES OF THE PRODUCT SEEMS TO MEET 90 DEGREE TOWARDS THE FLAT FACE

AS THE BOTH SIDE OF THE FACES STARTED CLEARING ON 0 AND 90 DEGREE TO THE FLAT FACE AND Z AXIS WE OUGHT TO TAKE THE TOOLING LINE ACCORDING TO THE PASSING POINT OF THE BASE SURFACE

THE TOOLING AXIS HAS BEEN FINALISED AND PUBLISHED

CREATION OF DRAFT ANALYSIS AND ANALYSIS OF COINHOLDER

THE ABOVE IMAGE IS THE FINAL RESULT OF A DRAFT ANALYSIS OF THE COIN HOLDER

THE FOLLOWING PERFORMED OPERATION OF DRAFT ANALYSIS HERE BY FOLLOWS

THE COMPASS HAS BEEN DEFINED THROUGH THE TOOLING AXIS DIRECTION WHICH IS ABLE TO CALCULATE THE DRAFT DIRECTION

THE LOCK POSITION HAS BEEN GIVEN ONCE AFTER THE PLACEMENT OF THE COMPASS AS THE POSITION DEVIATION WILL NOT HAPPEN

ONCE THE DRAFT ANALYSIS HAS HAPPENED FOR THE CURRENT OBJECT THE RESULT HAS EXPOSED

THE REASON FOR THE FAILURE FOR MOST AREA OF PRODUCT IT SEEMS THERE IS NO MINIMUM DRAFT ON THE SIDE WALLS WHICH LEADS TO A PLASTIC DEFECT WHILE MANUFACTURING IT IS RECOMMENDED TO THE CLASS A ENGINEER TO ADD MINIMUM DRAFT TO CLEAR THE DEFECT AND THE MANUFACTURING WILL BE BETTER

THE DRAFT ANALYSIS OF CLASS A SURFACE HAS BEEN ATTACHED

THE FRONT SIDE TOP AND ISOMETRIC VIEW OF COIN HOLDER HAS BEEN ATTACHED