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Industrial Application Diagnostics Execution

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How to execute diagnostics in various industrial fields? Predictive diagnostics applications include equipment health monitoring, fault prediction, efficiency management, safety monitoring, quality control, process optimization, environmental monitoring, and production data analysis to enhance operational efficiency and reduce risks.

Facility Management

Industrial facilities often contain a large number of rotating equipment such as exhaust fans, compressor motors, high-voltage motors, vacuum pumps, water supply pumps, etc. Although dedicated inspection engineers are available, ...

Facility Management
Facility Management

Facility Management

#Rotating Equipment #Predictive Maintenance

Production Line

Many manufacturing plants have begun to take on customized orders. Production lines are now flexibly adjusted based on product characteristics, incorporating automation equipment and introducing the concept of intelligent processes. However...

Production Line
Production Line

Production Line

#Rotary Motors #Machine Learning

Quality Control

To ensure product quality on production lines, reduce manufacturing costs, increase production output, and establish a good reputation while creating a competitive market advantage, the quality control department must take responsibility in the production process...

Quality Control
Quality Control

Quality Control

#IoT #Machine Learning #Digital Transformation

Fab

The semiconductor technology Fab (Fabrication) includes crystal growth plants, wafer foundries, IC manufacturing, packaging plants, and panel manufacturing. During the wafer production process, purification, crystal pulling, and cutting...

Fab
Fab

Fab

#Semiconductor #Machine Learning #Environmental Micro-Vibration #Rotating Equipment

Sub-Fab

In semiconductor manufacturing equipment, Dry pumps are often used to create a vacuum environment. For example, in etching technology, etching equipment is mainly divided into wet etching (liquid) and dry etching (gas), in order to enhance...

Sub-Fab
Sub-Fab

Sub-Fab

#Semiconductor #Rotating Equipment

Automobile Manufacturing

The automobile manufacturing process is generally divided into several stages: stamping → welding → painting → final assembly. All vehicles are formed from steel plates through metal stamping technology, creating various car frame components...

Automobile Manufacturing
Automobile Manufacturing Sector

Automobile Manufacturing

#Predictive Maintenance #Machine Learning

Robotic Arm

Robotic arms have been widely applied across various manufacturing fields due to the advancement of industrial automation. In addition to mimicking human arm movements and being capable of performing various tasks...

Robotic Arm
Robotic Arm

Robotic Arm

#Predictive Maintenance #Machine Learning

Stamping Processing Sector

The machine tool used for stamping is called a punch press, and the mold used is known as a stamping die. Stamping is usually performed on cold metal sheets, while forging is the process of shaping hot metal...

Stamping Processing
Stamping Processing

Stamping Processing

#Predictive Maintenance #Machine Learning

IC Packaging Sector

With the current global semiconductor trends, chip sizes have shrunk to physical limits, and advancements in front-end process technology are gradually slowing down. The focus is now shifting to back-end processes (packaging and testing)...

IC Packaging
IC Packaging

IC Packaging

#Semiconductor #Machine Learning