GIDINGS&LEWIS HSM490伺服电机

 GIDINGS&LEWIS  HSM490伺服电机

1.产 品 资 料 介 绍：

一、产品概述

二、产品应用领域

1. 数控机床领域：在数控机床范畴，HSM490 伺服电机发挥着举足轻重的作用。它承担着驱动主轴和进给轴的关键任务，在精密零件加工过程中，通过对主轴的精确控制，确保刀具高速旋转时的稳定性与精度，实现高精度切削，满足零件表面粗糙度和尺寸精度的严苛要求。同时，在多轴联动场景下，它能精准协调各轴电机的运动，例如在加工航空发动机叶片这类复杂零部件时，让多个坐标轴协同动作，刀具沿着复杂的空间曲线轨迹精准切削，极大提高加工效率，确保零件达到微米级精度，助力数控机床行业迈向更高加工水准 。
2. 自动化生产线领域：在自动化生产线中，HSM490 是实现高效、精准工业动作的核心动力源。它能够驱动搬运装置，以极高的速度和精度抓取、移送物料，在 3C 产品生产线中，快速且准确地将微小零部件搬运至指定装配位置；在装配环节，精准控制装配机械的动作，保证零部件的装配精度，提升产品良品率；在分拣装置方面，可依据预设程序快速分拣不同规格的产品。更为关键的是，它能协调多台设备同步作业，通过与其他设备的电机协同运行，保障整个生产线的流畅性与高效性，大幅提高生产线的自动化水平 。
3. 工业机器人与机械臂领域：对于工业机器人与机械臂而言，HSM490 伺服电机是实现灵活、精确动作的关键组件。在机械臂的多关节动作实现上，它能精准控制每个关节处的电机，使机械臂各个关节协同运动，完成复杂的动作组合，如在汽车零部件焊接作业中，机械臂可按照预先规划的路径，精准定位焊接位置，实现高质量焊接。在机器人手爪操作方面，可精确控制手爪的抓取力度与位置，实现对不同形状、重量物品的稳定抓取与搬运；在精密操作场景，如电子芯片的安装，能保证操作的高精度，拓展工业机器人与机械臂在多领域的应用范围与作业能力 。

英文资料：

1、 Product Overview

GIDINGS&LEWIS HSM490 is a high-performance industrial servo motor designed specifically for precision motion control systems. In the complex system of industrial automation, it does not operate in isolation, but works closely with controllers, servo drives, and encoders to build an efficient and accurate closed-loop control network. With advanced technology and precise manufacturing processes, the HSM490 is capable of high-speed and high-precision closed-loop control of position, speed, and torque. This outstanding performance makes it an ideal choice for complex industrial automation applications. Whether it is processing scenarios that require high precision or automated production lines that require high collaborative work, it can handle them excellently, providing solid power support for efficient and precise operation of industrial production.

2、 Product application areas

In the field of CNC machine tools, the HSM490 servo motor plays a crucial role. It undertakes the key task of driving the spindle and feed axis. In the precision machining process of parts, by precisely controlling the spindle, it ensures the stability and accuracy of the tool during high-speed rotation, achieves high-precision cutting, and meets the strict requirements of surface roughness and dimensional accuracy of the parts. At the same time, in multi axis linkage scenarios, it can accurately coordinate the motion of each axis motor. For example, when processing complex components such as aircraft engine blades, multiple coordinate axes can work together, and the tool can accurately cut along complex spatial curve trajectories, greatly improving processing efficiency and ensuring that the parts achieve micrometer level accuracy, helping the CNC machine tool industry move towards higher processing levels.

In the field of automated production lines, HSM490 is the core power source for achieving efficient and precise industrial actions. It can drive the handling device to grab and transfer materials at extremely high speed and accuracy, and quickly and accurately transport small components to designated assembly positions in the 3C product production line; In the assembly process, precise control of the assembly machinery's movements ensures the assembly accuracy of components and improves product yield; In terms of sorting devices, products of different specifications can be quickly sorted according to preset programs. More importantly, it can coordinate multiple devices to work synchronously, ensuring the smoothness and efficiency of the entire production line by operating in coordination with the motors of other devices, greatly improving the automation level of the production line.

In the field of industrial robots and robotic arms, the HSM490 servo motor is a key component for achieving flexible and precise movements. In the implementation of multi joint movements of the robotic arm, it can accurately control the motors at each joint, enabling the various joints of the robotic arm to coordinate and complete complex motion combinations. For example, in automotive parts welding operations, the robotic arm can accurately position the welding position according to a pre planned path, achieving high-quality welding. In terms of robot claw operation, the gripping force and position of the claw can be precisely controlled to achieve stable gripping and handling of objects of different shapes and weights; In precision operation scenarios, such as the installation of electronic chips, high precision operation can be ensured, expanding the application scope and operational capabilities of industrial robots and robotic arms in multiple fields.

  2.产      品      展      示      

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

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