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Manufacturing Automation Glossary

Understand the terms that shape production and automation decisions.

Use this glossary to connect common manufacturing terms with the deeper Tempo Industrial guides that explain how they affect production systems.

Manufacturing Automation Glossary / Tempo Industrial
01 / Manufacturing Automation Glossary

Core terms used across Tempo Industrial.

Short definitions connect common production, automation, controls, and efficiency terminology to the relevant research sections.

A

Automation

Use of controls, machinery, robotics, sensing, and software to perform production tasks with reduced manual intervention.

Automation Research →
B

Bottleneck

The operation or recurring condition that limits the sustainable throughput of the overall production system.

Bottleneck Analysis →
C

Cycle Time

The elapsed time required to complete a defined production cycle or unit at an operation.

Cycle Time Reduction →
D

Downtime

Time when production equipment is unavailable or unable to run when production is expected.

Downtime Reduction →
H

HMI

Human-machine interface used to display machine state, alarms, recipes, controls, and diagnostics to operators.

HMI Systems →
O

OEE

Overall equipment effectiveness, a framework combining availability, performance, and quality losses.

OEE Guide →
P

PLC

Programmable logic controller used to execute industrial control logic, sequence machines, and coordinate inputs and outputs.

PLC Systems →
T

Throughput

The rate at which a manufacturing system produces acceptable finished output over time.

Production Throughput →
02 / Related Terms

Use the glossary as a path into deeper system research.

Tempo treats terminology as part of the larger production system rather than as isolated definitions.

M

Material Flow

Movement of raw materials, components, work-in-process, containers, and finished goods through the plant.

Material Flow →
V

VFD

Variable frequency drive used to regulate AC motor speed, acceleration, and torque by controlling applied frequency and voltage.

VFDs →
R

Retrofit

Upgrade of existing equipment using newer controls, sensors, drives, safety, interfaces, or automation while retaining useful assets.

Automation Retrofits →
L

Line Balancing

Distribution of work content across stations so the production line can support a common required rate with less waiting and overload.

Line Balancing →