We can meet your Tool & Die design requirements, email fully detailed designs to your location, or provide you with a full set of construction drawings. Having been a Tool & Die Journeyman for almost 25 years, I understand this and do my utmost to facilitate a short lead-time. I am experienced with the demands and expectations of Statistical Process Control and the engineering requirements of Control dimensions.
The primary information usually received when receiving an RFQ for a stamped part is a part drawing that specifies the complexity of the part, material, precision requirements and monthly/yearly volumes needed. The part size, complexity and material specs of course determine the size and complexity of the die required, so a strip layout is the first best step in determining tooling costs.
All of the engineering problems involved in stamping a part to print from a strip of coil stock need to be considered and solved at this stage. The required precision of the finished stamping must be considered, starting with the control dimensions and tight tolerance dimensions on the part that will dictate the operations and their sequence.
The primary information usually received when receiving an RFQ for a stamped part is a part drawing that specifies the complexity of the part, material, precision requirements and monthly/yearly volumes needed. The part size, complexity and material specs of course determine the size and complexity of the die required, so a strip layout is the first best step in determining tooling costs.
All of the engineering problems involved in stamping a part to print from a strip of coil stock need to be considered and solved at this stage. The required precision of the finished stamping must be considered, starting with the control dimensions and tight tolerance dimensions on the part that will dictate the operations and their sequence.
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