位置ing Systems & Actuators
运动控制定位系统和线性致动器是运动控制系统的一部分，其产生所需的运动。
致动器是通过将各种形式的能量转换为旋转或线性机械运动来产生物理运动的装置。
A linear motion actuator is defined as a device that converts various forms of energy into linear motion. Actuators (electric cylinders) are mainly thrust producing devices that use either an acme or ball screw as the driving mechanism.
位置ing systems are compact, easy to use, and are designed for turnkey operation. Most preconfigured positioning systems employ a rigid base, ball/acme screw, and servo/stepper motor with integral controller + drive for rapid machine commissioning and ease of operation.
使用精密加工蜗轮旋转阶段ssembly and either ball, cross roller, or angular contact bearings to support the table top load. The selection of different gear ratios allow for either high resolution or high speed in a low profile package. The use of any step motor or servo motor system to drive rotary tables is a key advantage since it allows the use of a preferred motion control system.
定位系统比较图表：
| Attribute | 液压系统 | Pneumatics | 电的 |
| 功率密度 | High | Low | 医学。到高 |
| 精确 | Medium | Low | High |
| Energy Efficiency | Low | Medium | High |
| 清洁 | Low | Medium | High |
| 维护 | High | Medium | Low |
| 安装成本 | 医学。到高 | 医学。到高 | Low |
| Scalability | Low | Medium | High |
| Component Cost | Medium | Low | 医学。到高 |
| TCO * | Medium | High | Low |
位置ing Systems & Actuators We Provide:
线性执行器
Part of a motion control system that produces the desired motion. An actuator is a device that creates physical movement by converting various forms of energy to rotary or linear mechanical motion. A linear motion actuator is defined as a device that converts various forms of energy into linear motion or straight push/pull movements. Actuators (electric cylinders) are mainly thrust producing devices that use either an acme or ball screw as the driving mechanism.
纳米精密阶段
Used in applications where high accuracy and repeatability and/or smoothness are critical. All sub-assembly components are machined to very tight tolerances in order to achieve the required accuracy and repeatability. Typical precision for these types of stages is measured in the sub-micron or nanometer range.
旋转阶段
运动系统的机械部件用于在单轴或旋转平面中旋转物体。术语旋转级或旋转台通常与旋转级互换使用。所有旋转定位阶段由平台和底座组成，由某种形式的轴承或引导件连接，使得平台被限制为相对于基座的单个轴或平面旋转。
Table Top Type Robots
Scara和台式机器人理想的高速，精密操作，如密封，分配，零件插入，组装等。电流最大水平覆盖率为800毫米，最大垂直距离为300毫米，IX系列赛道机器人具有10公斤的最大有效负载能力，最大速度为每秒7000毫米。
皮带驱动机动阶段
将高力量负载能力与高速能力相结合，生产定位致动器，具有出色的扭转刚度和可靠性。采用AC伺服电机，最大行程长度为2500毫米，速度为1750毫米/秒。它具有高刚性基础结构，双滑块选项，用于大的时刻和悬垂，高度耐用的聚氨酯复合同步带，以及高基础抗扭转变形。
无客导带驱动阶段
用于高速（和/或长行程）定位应用，其中螺钉驱动级不实用，通常在行程长度超过6英尺处。皮带和皮带轮驱动机构以及圆形轨道或方轨线性轴承提供适度可重复的高速定位台。皮带驱动的线性级是独特的，它们能够提供与行驶长度无关的相同速度能力。
Motorized Screw Driven Stages
Programmable cylinder electric actuator that are flexible, intelligent, and economical. Combine high moment load capacity with high precision capability producing a positioning actuator with exceptional torsional rigidity and reliability.
无定量化螺杆驱动级
用于准确性和重复性比轴向推力力更关键的应用。底座，托架和所有子组件部件是精密加工，有助于阶段的准确性和重复性。这些定位表使用ACME或滚珠丝杠作为驱动机构。方形或圆形轨道线性轴承用于携带用户负载。这些自定义配置的线性定位级和执行器允许用户负载非常准确，重复定位。
