SU63x400米字型气缸产品介绍（中英文版）
【中文版】
SU63x400米字型气缸是一款采用创新结构设计的工业动力执行元件，专为高精度、高稳定性作业场景开发。其独特的"米"字型导向结构通过四组对称分布的导杆组件实现活塞运动的精准控制，有效提升负载平衡性与抗偏载能力，可适配复杂工况下的多样化动力需求。
产品采用轻量化高强度铝合金缸体，结合表面硬化处理工艺，兼顾结构强度与耐磨性能。内部配备低摩擦系数密封组件，配合精密加工工艺，确保气缸在长期高频次运行中仍能保持平稳顺畅的往复运动。内置缓冲调节模块可根据实际工况灵活调整行程末端的缓冲效果，减少设备冲击振动，延长整体使用寿命。
该气缸支持双作用驱动模式，提供400mm标准行程选项，适配压力范围0.1-1.0MPa，可满足自动化设备、物料搬运、汽车装配线等领域对动力输出的可靠性要求。紧凑型设计优化了安装空间，预留多规格安装接口及传感器配置位，便于快速集成至各类机械设备。
维护方面采用模块化设计理念，核心部件支持快速拆装更换，配合防尘防溅结构设计，显著降低日常维护成本。通过优化流体通道设计，实现气体利用率提升与运行噪音控制，满足现代工业对能效与环保的双重需求。
【English Version】
The SU63x400 Cross-Type Cylinder is an industrial actuator featuring an innovative structural design, developed for high-precision and high-stability operational scenarios. Its unique "cross-type" guidance mechanism utilizes four symmetrically distributed guide rod assemblies to achieve precise control of piston movement, effectively enhancing load balancing and anti-eccentric load capacity, making it adaptable to diverse power requirements in complex working conditions.
Constructed with lightweight, high-strength aluminum alloy cylinder body and surface hardening treatment, the product balances structural integrity with wear resistance. Internally integrated low-friction sealing components, combined with precision machining technology, ensure smooth reciprocating motion even during prolonged high-frequency operation. The built-in adjustable buffering module allows flexible calibration of end-stroke damping effects, effectively reducing impact vibration and extending service life.
Supporting double-acting drive mode, this cylinder offers a standard 400mm stroke option with an adaptable pressure range of 0.1-1.0MPa, meeting reliability requirements for power output in automation equipment, material handling, and automotive assembly lines. The compact design optimizes installation space while providing multiple mounting interfaces and sensor configuration points for seamless integration into mechanical systems.
Maintenance-friendly modular design enables rapid disassembly of core components, complemented by dust-proof and splash-resistant construction to minimize upkeep costs. Through optimized fluid channel design, the cylinder achieves improved gas utilization efficiency and reduced operational noise, aligning with modern industrial demands for energy conservation and environmental sustainability.
