We know that designing a machine can be a difficult task, SMC's software will save time and prevent errors

Obtain the values of maximum and minimum air flow rate of a work cycle, as well as the total air consumption of the pneumatic circuit per cycle

Calculate the flow rate, pressure characteristics and sonic conductance of your circuit

Gain awareness of the energy consumption of your pneumatic equipment, so you can optimise its air consumption and start reducing your energy-related costs.

Get the exact air quality you need. No more and no less. Fix the mix and build your specific F.R.L. unit.

Design the  manifold that meets your application´s demands with our multi-purpose flexible valve, the SY Series, or with other powerful valves  such as VQC and SV Series.

Get some guidance on SMC’s Flow Pressure Switch set-up. This tool will provide you with specific instructions to configure it so you can take full advantage of our switch capabilities.

Just introduce the inlet conditions, dew point and required flow rate, and this software will suggest the best alternative that SMC can offer to you.

Increase your efficiency with a properly sized air tank

Get your optimal booster in only 3 steps and gain efficiency by increasing the pressure in the one specific application only.

Find support during the design of your whole pneumatic circuit, and optimise the size and consumption of your pneumatic components.

Ensure that a given SMC cylinder is the ideal choice for your specific application requirements.

Introduce smoothness in your process. Simply select the collision form, operating direction, type of thrust and load shape, to make sure you get the best shock absorber.

Select the optimal pneumatic rotary actuator, whether you need to secure a piece, rotate it or sweep it.

Pick out your SMC Air Gripper in 4 simple steps. All main grippers series included to ensure you find the one that suits you.

Select the optimal power clamp cylinder for clamping workpieces. We help you to select the appropriate size.

Choose the right electric solution for your application and calculate its performance in different working conditions.

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Design an optimal vacuum circuit, including vacuum pads, ejectors, piping, control valves, supply, release and throttle valves and vacuum control units.

Select from SMC's range of solutions for fluid control for your day-to-day fluid control requirements.

Guarantee your machine's efficiency and best performance. Find yours among our comprehensive range of Thermo-chillers: All in 3 simple steps.

If you are looking for an air treatment system that can help you achieve the quality your process requires, our air filter selector is the suitable tool for getting the job done.

The Air Combination Selector will help you to find the suitable FRL unit for your requirements

All the symbols you need to design your pneumatic circuit in .dxf format. Scan through and easily download the one you need.

Draw your pneumatic circuit in a quick and easy way. All pneumatic symbols included are linked to the current SMC portfolio.

Optimise the design of your pneumatic and electrical circuit diagrams. The software includes an extensive product library and is linked to our online product catalogue.

Make your design easy with our CAD catalogue containing the 2D/3D CAD models of all the products we have at your disposal. Solidworks, CATIA or any other type you may need.

Set up and monitor your HRR

Gain awareness of the energy consumption of your pneumatic equipment, so you can optimise its air consumption and start reducing your energy-related costs.

Find out the charge and discharge times of the air tank you choose, as well as the pressure and temperature conditions of isothermal and adiabatic changes.

Obtain the values of maximum and minimum air flow rate of a work cycle, as well as the total air consumption of the pneumatic circuit per cycle

Calculate the flow rate, pressure characteristics and sonic conductance of your circuit

Avoid undersizing, oversizing or simply choosing an invalid solution. We calculate the resulting moment of inertia or centre of gravity for you when placing one or multiple loads.

Convert the humidity information from relative humidity to atmospheric dew point or pressure dew point and calculate the amount of drain per unit time or volume.

Measure the pressure drop or maximum flow rate of a piping to determine if its sizing is correct and results in the installation running properly.

Calculate the resulting air characteristics when pressure, temperature, air quantity or state changes occur in the air.