Connect workstations into a stable production flow.
A production system is the complete sequence that turns incoming material into finished output. It includes machines, work cells, people, material handling, controls, inspection, buffers, maintenance, and the rules that coordinate flow.
Design around the complete production sequence.
Cycle time, product variation, material presentation, controls, operator interaction, fault recovery, quality, maintenance, and downstream flow all affect system performance.
Production speed depends on the interfaces between operations.
Improvement comes from reducing waiting, unnecessary motion, blocked flow, inconsistent presentation, slow recovery, and mismatched station cycle times.
CRIT-ASequence Design
Define the order of operations, dependencies, inspection points, material handoffs, and recovery steps before optimizing individual machines.
CRIT-BCapacity Balance
The slowest station, longest changeover, most frequent fault, or smallest buffer can determine total system output.
CRIT-CFlow Control
Conveyors, feeders, buffers, AGVs, workstations, and routing logic determine whether each operation receives work at the right time.
CRIT-DOperating Visibility
Cycle counts, downtime, queue length, machine states, reject rates, and OEE help show where the production system loses tempo.
Visualize the work, then improve the flow.
Each page uses different technical diagrams to show the specific production relationships involved.
Line sequence.
Production systems connect operations in order, and each interface must support the required rate without excessive waiting.
Performance trend.
Output improves when the system removes recurring delays, balances capacity, and reduces variation across the line.
Relevant automation and production resources.
External resources are selected from the approved TempoJS manufacturing link pages and matched to the topic.
Production performance comes from the system, not one machine. Sequence, cycle balance, material flow, buffers, controls, quality, and recovery all determine how much useful output reaches the end of the line.