• Understand your application. Identify the specific requirements of your application. This includes the type of materials you'll be handling, their weight, size, shape, and porosity. Also, consider the speed and precision required.
• Determine system type. Decide whether you need a centralized or decentralized vacuum system. A centralized system uses one vacuum source for multiple suction cups, while a decentralized system has each suction cup with its own vacuum source.
• Choose the right vacuum pump. The choice of vacuum pump is crucial. You need to consider the pump's capacity, its ability to achieve the required vacuum level, and its evacuation time.
• Select appropriate suction cups or foam grippers. The suction cups should be suitable for the material you're handling. Consider factors such as the size, shape, and material of the suction cups.
• Safety requirements. Understand the safety requirements of your operation. This includes assessing the reliability of the system and determining any necessary safety features.
• Energy efficiency. Consider the energy efficiency of the system. Vacuum systems with energy-saving features can significantly reduce operating costs.

• Evaluate maintenance needs. Understand the maintenance requirements of the system. Some systems may require more frequent maintenance or have more expensive parts to replace.
• Cost considerations. Consider the total cost of ownership, including the initial purchase price, operating costs, and maintenance costs.
• Environmental impact. If sustainability is a concern for your operation, consider the environmental impact of the system, including its energy use and CO2 emissions.

Remember, the best vacuum system for your process will depend on your specific application and operational requirements. Planning and careful consideration of these factors will help ensure that you choose a system that delivers optimal performance and value.

Do not hesitate to contact our engineers for useful advice.