Matrix, founded in Italy in 1988, stands as a benchmark enterprise in Europe's high-end pneumatic components sector, with "no compromise on quality" as its core philosophy. Its 750 series solenoid valves are specifically designed for high-frequency, high-precision fluid control, meeting the stringent demands of industrial automation, medical equipment, and other challenging applications. These valves comply with ISO 9001 standards and hold over a 30% market share globally in the high-speed sorting sector.
Technological DNA: Integrating intelligent control technologies such as PWM (Pulse Width Modulation) and PFM (Pulse Frequency Modulation), achieving millisecond-level response and extended service life.
Ultra-fast Response and High-frequency Control
Millisecond-level Operation: Accelerated control (XC2 coding) enables both opening and closing response times of less than 2ms, supporting ultra-high-frequency operation at 300 Hz, suitable for electronic sorting, precise robot positioning, and other scenarios.
Zero Performance Drift: Flow repeatability error remains below 0.5% throughout the entire lifecycle, ensuring stability in high-speed sorting (e.g., achieving 99% accuracy in electronic waste sorting).
Modular Expandability
Independent Control of 8 Outlets: Supports synchronous management of multiple fluid pathways (e.g., combinations of 2/2 and 3/2 ports), reducing the number of external valve groups required.
Plug-and-Play Upgrades: Compatible with accessories such as IP52/IP65 connectors and accelerated drive boards, enabling on-site expansion without the need to disassemble the main valve body.
Reliability and Environmental Adaptability
Mechanical Wear-free Design: The floating armature structure eliminates friction losses, extending service life by 10 times compared to traditional solenoid valves.
Wide Operating Pressure Range: Self-adapts to pressures from 0 to 8 bar, withstands temperatures from -10°C to +50°C, and is compatible with particulate media larger than 40μm (with pre-filtration required).









