Airtac Pneumatic

AirTAC SC Cylinder Catalog (Full Download Guide)

AirTAC SC Cylinder Catalog (Full Download Guide)

The AirTAC SC catalog provides complete specifications, force charts, dimensions, and mounting options for SC series pneumatic cylinders. Learn how to use the catalog effectively for cylinder selection.

Complete AirTAC SC Pneumatic Cylinder Force Chart

Complete AirTAC SC Pneumatic Cylinder Force Chart

This AirTAC SC force chart helps you select the correct bore size and pushing force for pneumatic systems. Learn the most common thrust values and important cylinder selection considerations.

Pneumatic Cylinder Selection Checklist for Automation Systems

Pneumatic Cylinder Selection Checklist for Automation Systems

This pneumatic cylinder checklist helps you select the correct bore, stroke, and cylinder type for automation systems. Learn the key factors for stable operation and longer system lifespan.

Pneumatic Cylinder Vibration – Causes and Effective Solutions

Pneumatic Cylinder Vibration – Causes and Effective Solutions

Pneumatic cylinder vibration is a common problem in automation systems. This article explains causes such as side load, incorrect flow control adjustment, and oversized bore selection, along with effective solutions.

AirTAC vs SMC – Which Pneumatic Brand Should You Choose?

AirTAC vs SMC – Which Pneumatic Brand Should You Choose?

AirTAC and SMC are both popular pneumatic brands with different strengths in price, stability, and industrial applications. This article helps you choose the right brand for your automation system.

SC63 vs SC80 – Which Pneumatic Cylinder Should You Choose?

SC63 vs SC80 – Which Pneumatic Cylinder Should You Choose?

SC63 and SC80 are popular AirTAC pneumatic cylinders with different force capacities and air consumption levels. This article helps you choose the right cylinder based on your actual application requirements.

What Happens If You Choose the Wrong Pneumatic Cylinder Bore?

What Happens If You Choose the Wrong Pneumatic Cylinder Bore?

Choosing the wrong pneumatic cylinder bore can cause weak force, vibration, excessive air consumption, and reduced system lifespan. This article explains the consequences of incorrect bore selection and how to choose the right size.

Why Can’t My Pneumatic Cylinder Push the Load?

Why Can’t My Pneumatic Cylinder Push the Load?

A pneumatic cylinder failing to push loads is a common automation problem. This article explains causes such as incorrect bore selection, insufficient airflow, and air leakage, along with effective solutions.

Why Is My Pneumatic Cylinder Weak Even With Enough Pressure?

Why Is My Pneumatic Cylinder Weak Even With Enough Pressure?

Weak pneumatic cylinder force despite normal pressure is a common automation problem. This article explains causes such as insufficient airflow, incorrect bore selection, and air leakage, along with effective solutions.

How to Properly Install Pneumatic Cylinders

How to Properly Install Pneumatic Cylinders

Proper pneumatic cylinder installation improves system stability, reduces vibration, and increases equipment lifespan. This article explains mounting methods and common cylinder installation mistakes.

Common Pneumatic Cylinder Problems and How to Fix Them

Common Pneumatic Cylinder Problems and How to Fix Them

Pneumatic cylinders can experience problems such as weak force, vibration, air leakage, or failure to move loads. This article explains the common causes and troubleshooting methods for pneumatic cylinder systems.

What Is a Guided Pneumatic Cylinder?

What Is a Guided Pneumatic Cylinder?

Guided cylinders improve stability and anti-rotation performance in pneumatic automation systems. This article explains when to use guided cylinders and their practical advantages and disadvantages.

What Are Dual Rod Pneumatic Cylinders Used For?

What Are Dual Rod Pneumatic Cylinders Used For?

Dual rod cylinders improve stability and anti-rotation performance in pneumatic automation systems. This article explains when to use guided cylinders and their practical advantages and disadvantages.

When Should You Use Compact Pneumatic Cylinders?

When Should You Use Compact Pneumatic Cylinders?

Compact cylinders are space-saving pneumatic cylinders designed for automation systems with limited installation space. This article explains when to use compact cylinders and their practical advantages and disadvantages.

SC vs SDA Pneumatic Cylinders: What’s the Difference?

SC vs SDA Pneumatic Cylinders: What’s the Difference?

SC and SDA pneumatic cylinders differ mainly in size, force output, and applications. This article explains when to choose SC cylinders and when compact SDA cylinders are the better option.

What Is an AirTAC SC Pneumatic Cylinder? Is It Worth Using?

What Is an AirTAC SC Pneumatic Cylinder? Is It Worth Using?

AirTAC SC is a standard pneumatic cylinder widely used in industrial automation. This article explains its structure, advantages, disadvantages, and whether it is the right choice for your system.

How to Choose the Right Pneumatic Cylinder for Automation Systems

How to Choose the Right Pneumatic Cylinder for Automation Systems

Learn how to choose the right pneumatic cylinder based on bore size, stroke length, air pressure, and load requirements for stable and efficient automation systems.

How to Calculate Pneumatic Cylinder Force (With Force Chart)

How to Calculate Pneumatic Cylinder Force (With Force Chart)

Learn how to calculate pneumatic cylinder force using practical formulas and force charts. This guide explains bore size, air pressure, and how to choose the right cylinder for your application.

How Much Weight Can an SC63 Pneumatic Cylinder Push?

How Much Weight Can an SC63 Pneumatic Cylinder Push?

How much weight can an SC63 pneumatic cylinder push? This article explains the actual pushing force of SC63 cylinders, force calculation methods, and how to choose the right cylinder setup for pneumatic systems.

What is Cylinder Stroke? How Does It Affect Pneumatic Cylinders?

What is Cylinder Stroke? How Does It Affect Pneumatic Cylinders?

Cylinder stroke is the travel distance of the piston inside a pneumatic cylinder. This article explains how stroke affects movement, stability, and how to choose the correct stroke length for pneumatic systems.

What is Cylinder Bore? How to Choose the Right Size

What is Cylinder Bore? How to Choose the Right Size

Cylinder bore is one of the most important parameters affecting pneumatic cylinder force. This article explains what bore is, how to choose the right size, and common mistakes when selecting pneumatic cylinders.

AirTAC SC Pneumatic Cylinder Structure and Real-World Applications

AirTAC SC Pneumatic Cylinder Structure and Real-World Applications

This article provides a detailed breakdown of the AirTAC SC pneumatic cylinder structure, its working principle, and real-world industrial applications to help you better understand and select the right cylinder.

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A pneumatic cylinder is a key component in automation systems, converting compressed air into linear motion. This article explains its structure, working principle, and real-world industrial applications.

AirTAC Product Discontinuation Notice (EOL) – Discontinued Series & Recommended Replacements (Jan 05, 2026)

AirTAC Product Discontinuation Notice (EOL) – Discontinued Series & Recommended Replacements (Jan 05, 2026)

To streamline its catalog and continue product innovation, AirTAC has issued an End-of-Life (EOL) notice for selected series in overseas markets, along with recommended replacement series.

JADE M- TECH COMPANY LIMITED - OFFICIAL AGENT OF AIRTAC IN VIETNAM

JADE M- TECH COMPANY LIMITED - OFFICIAL AGENT OF AIRTAC IN VIETNAM

AirTAC International Group established and headquartered in Taiwan since 1988, is a well-known supplier/manufacture of transmission equipment in the world market. AirTAC is specialized in producing preparation units, control components, actuators, accessories, and linear guides which are widely used in the automotive, machinery manufacturing, metallurgy, electronics, rail transit, environmental protection, lighting and textile, ceramics, medical equipment, food, packaging, and automated industrial fields.