In an era where sustainability is a global priority, industries are tasked with balancing operational efficiency and environmental responsibility. This challenge is particularly evident in manufacturing, where resource-intensive processes, such as the use of compressed air in automation, contribute significantly to energy consumption. Optimising these processes is essential to reduce environmental impact and achieve long-term cost savings. Schmalz has addressed this need by developing a series of compact ejectors SCPSc and SCPSi that combine cutting-edge technology with resource efficiency.

 

Compressed air, though indispensable in vacuum systems, is often one of the most energy-intensive resources in automated operations. Recognising this, Schmalz has embedded air-saving technology into its ejector designs. This innovation optimises air usage, significantly reducing compressed air consumption by up to 80% compared to conventional systems. Beyond energy savings, this reduction translates into lower greenhouse gas emissions, supporting the global push toward sustainable manufacturing. Moreover, the SCPSc and SCPSi models incorporate durable materials and robust designs that extend their operational life. This minimises the frequency of replacements and reduces material waste, further contributing to sustainability goals.

The compact ejectors are meticulously designed to meet the demands of modern automation. Their compact and lightweight construction allows for seamless integration into automated systems, particularly in applications with limited space or high dynamics. The SCPS series offers fundamental reliability, while the SCPSc and SCPSi models bring advanced features tailored to specific industrial requirements.

The SCPSc model includes a user-friendly 7-segment display that provides clear, real-time information about system status and vacuum parameters. This ensures ease of operation and simplifies configuration, even in complex setups. The SCPSi variant takes this a step further by offering digital connectivity via IO-Link. This enables real-time monitoring of vacuum levels, energy consumption, and cycle times, allowing for integration with Industry 4.0 systems.

    

Compact ejectors play a critical role in a variety of industrial applications. They are particularly suited for handling airtight and slightly porous workpieces, ensuring high precision and efficiency. Industries such as automotive, packaging, electronics, and logistics rely on these ejectors for diverse applications, including robot handling, pick-and-place operations, and linear axis systems.

For example, in the automotive industry, ejectors assist in lifting and positioning car body panels with optimised air consumption. Similarly, in packaging operations, they excel in handling lightweight and porous materials, such as cardboard, ensuring smooth and reliable processes. These versatile devices are indispensable wherever precision handling and energy efficiency are required.

The air-saving function integrated into SCPSc and SCPSi is a defining feature that sets these ejectors apart. By actively monitoring vacuum levels, the system ensures that compressed air is used only when necessary, preventing waste and reducing operational costs. This function is particularly impactful in high-cycle operations where air consumption can quickly escalate without proper control.

The SCPSi model’s advanced monitoring capabilities amplify these benefits. Its IO-Link interface not only facilitates seamless communication with automation systems but also enables users to track energy metrics in real time. This empowers businesses to make data-driven decisions, optimising their processes for both efficiency and sustainability.

Schmalz compact ejectors demonstrate how advanced engineering can contribute to sustainability goals. By minimising air consumption and integrating with modern digital systems, these ejectors not only improve operational efficiency but also align with environmental objectives. Manufacturers who choose these models benefit from a solution that enhances both their operational performance and their sustainability efforts.