Featured Articles

Automation in the Semiconductor Industry

Pneumatic Components
A key benefit of automated system is its ability to support manufacturing and enhance productivity. It allows workers to focus on strategic business objectives and carry-on value-added operations.

Making Your Production More Efficient with Simplified Motion Series

Pneumatic Components
Using electric automation will greatly benefit companies as they will be able to have higher productivity, fewer errors and not depend too much on manual labor.

Regulate & Control Medical Gases and Fluids Efficiently

Pneumatic Components
Today, there is a high demand for cost-effective and preventative healthcare and diagnostic solutions due to contributing factors such as ageing population and increasing risk of illness.

Reduce Compressed Air Consumption and CO2 Emissions

Pneumatic Components
In the world today, saving energy is becoming more and more vital. Within factories or even small workshops, the intelligent use of energy sources, right sizing and selection of components can save time while substantially cutting cost and waste.

Save Time & Space with Compact NSXm Circuit Breaker

Low Voltage Power Supply
Molded case circuit breakers (MCCBs) are the critical building blocks for many electrical panels. Assembling these panels is a complicated process.

Minimising Damage & Disruption

Cable Management & Accessories
Stainless steel cable ties are widely used in applications where protection from chemicals, corrosion, and weathering is required.

An Intuitive Electrical CAD Software for Engineer

Software
Electrical design entails planning, creating, testing, or supervising the development and installation of electrical equipment, including lighting equipment, power systems, power distribution, fire and life safety systems, electronic components, and voice and data communications infrastructure.

Save Energy from your Compressed Air System

Pneumatic Components
Some people call compressed air the fourth utility after electricity, water and gas, because it uses so much energy. In most compressed air systems, well over 70% of the electricity powering the system ends up as waste heat.

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