1) First you need to construct a precedence chart of tasks. For example:
A ----> B ----> C ----> D
2) Next, do time study to determine how much time required to perform each task.
A (4 mins) ----> B (2 mins) ----> C (2 mins) ----> D (2 mins)
3) Find the takt time. Takt time = available production time per day/customer demand per day
4) Calculate the minimum number of workstations required, given the task times above. Below is the formula:
Min # workstations = Total time for tasks divided by takt time
Hope it helps!
Apple Assembly Line ended in 1988.
A straight line assembly process is a manufacturing process in many factories. With the straight line the product moves along the assembly line from start to finish.
It is very like an assembly line, where a product is assembled in chronological steps by many people.
Line a is parallel to line b, m, and . Find .
One characteristic of a line is that the length continues on forever.You can only find the length of a line segment.
Armin Scholl has written: 'Balancing and sequencing of assembly lines' -- subject(s): Assembly-line balancing, Planning, Assembly-line methods, Data processing, Heuristic programming, Production planning, Production scheduling
Dodla Nageswara Rao has written: 'Single and mixed-model assembly line balancing methods for both deterministic and normally distributed work element times' -- subject(s): Assembly-line balancing, Computer programs
Friedrich-Wilhelm Nolting has written: 'Projektierung von Montagesystemen' -- subject(s): Assembly-line balancing, Assembly-line methods, Planning
Thomas Russell Hoffmann has written: 'Optimization criteria and assembly line balancing by digital computer' -- subject(s): Assembly-line methods, Electronic digital computers
for thrust balancing.
Balancing an assembling line mean to have the same cycle time on each operation, if your assembly line have X persons and you need to have a finish good each "Y" seconds try to assign tasks in each operation with out passing the Y seconds. I'd like to recommend you to review also TAKT TIME.
The objectives of line balancing are to optimize the flow of work, reduce idle time, and increase efficiency in a production line. Balancing the line helps to evenly distribute workload among workstations, minimize bottlenecks, and improve overall productivity.
All wheels require balancing once the tires are put on, The wheel may be manufactured perfectly but its the tire that has imperfections and causes the whole assembly to need balancing.
The Assembly line.
The assembly-line manager or supervisor is only responsible for the line that he or she oversees
He did not invent the assembly-line
The assembly-line manager or supervisor is only responsible for the line that he or she oversees