Brief Introduction

CDQ2B32-10DMZ

SMC's cylinder CDQ2B32-10DMZ Key ParametersType: Compact (thin) cylinder (single-rod, double-acting; square cylinder body, balancing light-load thrust and space utilization);Bore diameter: 32mm (corresponding to "32" in the model; output thrust is approximately 402N at 0.5MPa, suitable for light to medium-load short-distance actuation);Stroke: 10mm (corresponding to "10" in the model; ultra-short stroke design for fast response and reduced idle motion time);Built-in magnetic ring: Yes (marked by "M"; can be used with a magnetic switch to detect piston extension/retraction position in real time for precise automated control);Port thread: Rc 1/8 (standard small-flow port, suitable for air supply requirements in light-load applications to ensure stable air supply);Pressure range: 0.1–1.0MPa, pressure resistance 1.5MPa (compatible with conventional pneumatic system pressures, offering both safety and adaptability);Temperature range: -10~60℃ (stable operation in non-freezing environments; avoid high temperatures to prevent seal aging and failure);Piston speed: 50–500mm/s (a flow control valve is required to prevent impact from high-speed motion in ultra-short strokes and protect the workpiece and cylinder);Cushioning method: adjustable cushioning (marked by "Z"; cushion adjustment screws are provided at both ends to fine-tune cushioning force according to load for smooth deceleration at stroke ends);Mounting method: "B" indicates side mounting (standard mounting lugs on both sides of the cylinder body for direct attachment to equipment brackets, enabling convenient installation and uniform force distribution).ApplicationsSuitable for automated applications with extremely limited installation space requiring ultra-short-stroke, light-to-medium-load actuation, such as:Precision fixture clamping (e.g., positioning and pressing small components, auxiliary fixing in electronic assembly);Micro-device pushing (e.g., fine adjustment of sensor probes, actuation of micro-valves);Equipment gap compensation (e.g., pressing components into close contact in automated production lines, position calibration of small baffles);Commonly used in precision consumer electronics assembly, medical micro-devices, and laboratory automation where space and motion precision are critical.