Our design concept is based on Error Proofing(Pokayoke), which can reduce the errors in actual operation, as shown in the detailed drawing. This card slot design can better avoid the problem of wafer insertion errors.
It is a method of preventing errors before they occur. It is a method of using identification or classification techniques during the homework process, so that the workers do not pay special attention or need not pay attention and will not make mistakes.
The characteristic of this design is mainly aimed at the unpredictable factors of the operator. By implementing foolproof design, the goal of error free operation can be achieved regardless of who is operating or working.
Our design concept is based on Error Proofing(Pokayoke), which can reduce the errors in actual operation, as shown in the detailed drawing. This card slot design can better avoid the problem of wafer insertion errors.
It is a method of preventing errors before they occur. It is a method of using identification or classification techniques during the homework process, so that the workers do not pay special attention or need not pay attention and will not make mistakes.
The characteristic of this design is mainly aimed at the unpredictable factors of the operator. By implementing foolproof design, the goal of error free operation can be achieved regardless of who is operating or working.
