B D F H L (25 Points) The following table shows the route sheet to produce medical instrument parts (X&Y): Machine Production Routing Sequence Ttotal Setup Time (hrs) Part X Y Efficiency Availability Reliability Workers/ 100,000 200,000 % Hr/year % Machine A-B-C B-A-C 20 40 A 85 1600 95 3 0.15 5% 0.25 B 90 1600 90 1 Standard Cycle Time (hr.) Scrap% Standard Cycle Time (hr.) Scrap% Standard Cycle Time (hr.) Scrap% 0.1 5% 0.1 4% 0.15 3% C 4% 0.1 3% 95 1600 85 2 Requirements: (Assuming one shift of 8 hours/day] 10 points] 1. What is the required raw-material input for each machine? 5 points) 2. Assume one setup/year, how many machines of each type? If more setups/year occur, what is your recommendations? 5 Points] 3. How many total workers needed? 5 Points] 4. What is the unit cost for each part? [Assume an hourly worker wage and utility cost of $8 and $5, respectively.] B D F H L (25 Points) The following table shows the route sheet to produce medical instrument parts (X&Y): Machine Production Routing Sequence Ttotal Setup Time (hrs) Part X Y Efficiency Availability Reliability Workers/ 100,000 200,000 % Hr/year % Machine A-B-C B-A-C 20 40 A 85 1600 95 3 0.15 5% 0.25 B 90 1600 90 1 Standard Cycle Time (hr.) Scrap% Standard Cycle Time (hr.) Scrap% Standard Cycle Time (hr.) Scrap% 0.1 5% 0.1 4% 0.15 3% C 4% 0.1 3% 95 1600 85 2 Requirements: (Assuming one shift of 8 hours/day] 10 points] 1. What is the required raw-material input for each machine? 5 points) 2. Assume one setup/year, how many machines of each type? If more setups/year occur, what is your recommendations? 5 Points] 3. How many total workers needed? 5 Points] 4. What is the unit cost for each part? [Assume an hourly worker wage and utility cost of $8 and $5, respectively.]