1. High-Throughput Micro-Mechanical Testing Instruments
Integrated into automated laboratory instruments, such as high-throughput instruments for measuring single-fiber mechanical properties, to control linear pneumatic actuators [1.7]. The Festo CPE10 valve provides highly compact electrical actuation for precision micro-pneumatics without overheating sensitive sample areas.
Problem SolvedSolves space constraints and thermal limitations in desktop laboratory environments by offering high pneumatic flow rates in a minimal footprint with very low heat generation.
10 mm construction width1.28 W characteristic coil data350 l/min standard nominal flow rate5/2 bistable
2. End-of-Arm Tooling (EOAT) on High-Speed Packaging Robots
Mounted directly onto the end-effectors of high-speed delta or articulated robots to control double-acting pneumatic grippers. Its high flow-to-size ratio makes it ideal for space-constrained industrial automation systems, and the ultra-lightweight housing keeps the tooling within strict robotic payload limits.
Problem SolvedPrevents excessive inertia and payload strain on robotic arms while guaranteeing reliable, high-speed actuation even during high-acceleration and high-vibration movements.
68 g product weight8 ms switching time reversalShock resistance severity level 2Vibration resistance severity level 2
3. Space-Constrained Conveyor Sorting and Diverter Systems
Utilized in high-density pneumatic control manifolds along e-commerce fulfillment conveyors requiring precise air flow control and low power consumption. The valve operates pneumatic cylinders that actuate routing gates, utilizing the bistable design to hold position without continuous power.
Problem SolvedEliminates the risk of diverter gates randomly resetting and jamming packages during temporary electrical power drops, while maintaining reliable operation in dusty warehouse environments.
5/2 bistableIP65 degree of protection24V DC operating voltage100% duty cycleM7 pneumatic working port
