GIDINGS&LEWIS M.1016.9719扫描仪模块

 GIDINGS&LEWIS M.1016.9719扫描仪模块

1.产 品 资 料 介 绍：

产品概述

技术参数（典型特性，具体以实际型号为准）

1. 测量类型：具备强大的适应性，可灵活应对旋转或线性位置扫描任务。在数控机床的主轴旋转监测场景中，能精确捕捉主轴的每一圈转动，将旋转角度信息实时反馈给控制系统，助力调整切削参数，保证加工精度。而在自动化生产线的直线导轨运动监测时，又可对线性位移进行精准测量，为设备的精准定位提供可靠数据支持，满足不同工业设备在运动形式上的多样化检测需求。
2. 反馈精度：采用高分辨率编码器反馈技术，这是实现高精度检测的关键。其分辨率之高，能够保证达到微米级甚至更高精度标准。以精密模具加工的数控机床为例，在对模具进行精细铣削加工时，M.1016.9719 扫描仪模块能够将刀具的位置精度精确反馈至微米级，使控制系统能够根据反馈信息，实时微调刀具路径，确保加工出的模具表面光滑、尺寸精准，极大满足了高端制造业对加工精度的严苛要求。
3. 响应速度：拥有高速信号采集能力，这一特性使其能够完美适应快速运动控制场景。在自动化生产线中，当物料搬运机器人需要在短时间内完成快速抓取、搬运动作时，该扫描仪模块能够迅速采集机器人各关节的位置信号，并将其快速传输给控制系统。控制系统根据这些实时信号，及时调整机器人的运动参数，保证机器人动作的准确性和流畅性，避免因信号采集和传输延迟而导致的动作失误或碰撞事故，有效提高生产效率。
4. 接口方式：采用标准工业接口设计，这一设计使其具有广泛的兼容性。无论是与 CNC 控制器连接，还是与伺服系统协同工作，都能实现无缝对接。在实际工业应用中，不同品牌和型号的 CNC 控制器与伺服系统众多，M.1016.9719 扫描仪模块凭借其标准接口，能够轻松适配各种主流设备，降低了系统集成的难度和成本，为用户构建工业自动化系统提供了极大便利。

英文资料：

Product Overview

In the field of precision control in industrial automation, the GIDINGS&LEWIS M.1016.9719 scanner module occupies a pivotal position and is a professional industrial grade position and speed detection equipment. Its core function focuses on precise motion control of CNC machine tools and automation systems, providing crucial feedback information to the system by collecting real-time position signals during mechanical motion. In complex industrial operating environments, it relies on a closed-loop feedback mechanism to convert high-precision position data collected into precise control inputs, ensuring accurate positioning of the machining process or equipment movement. Whether it is millimeter or micrometer level positioning requirements, it can achieve precise positioning. In a multi axis linkage automation system, this module can achieve high synchronization of the movements of each axis, making the entire industrial production process smoother and more efficient, greatly improving production quality and efficiency.

Technical parameters (typical characteristics, specific subject to actual model)

Measurement type: With strong adaptability, it can flexibly handle rotating or linear position scanning tasks. In the spindle rotation monitoring scenario of CNC machine tools, each rotation of the spindle can be accurately captured, and the rotation angle information can be fed back to the control system in real time to assist in adjusting cutting parameters and ensuring machining accuracy. In the linear guide motion monitoring of automated production lines, accurate measurement of linear displacement can be carried out, providing reliable data support for the precise positioning of equipment and meeting the diverse detection needs of different industrial equipment in motion forms.

Feedback accuracy: Adopting high-resolution encoder feedback technology is the key to achieving high-precision detection. Its high resolution can ensure reaching micrometer level or even higher precision standards. Taking the CNC machine tool for precision mold processing as an example, when performing fine milling on molds, the M.1016.9719 scanner module can accurately feedback the position accuracy of the tool to the micrometer level, allowing the control system to fine tune the tool path in real time based on the feedback information, ensuring that the processed mold surface is smooth and the size is accurate, greatly meeting the strict requirements of high-end manufacturing industry for machining accuracy.

Response speed: With high-speed signal acquisition capability, it can perfectly adapt to fast motion control scenarios. In automated production lines, when material handling robots need to complete fast grasping and handling actions in a short period of time, the scanner module can quickly collect the position signals of each joint of the robot and transmit them to the control system quickly. The control system adjusts the motion parameters of the robot in a timely manner based on these real-time signals, ensuring the accuracy and smoothness of the robot's actions, avoiding action errors or collision accidents caused by signal acquisition and transmission delays, and effectively improving production efficiency.

Interface method: Adopting standard industrial interface design, this design makes it widely compatible. Whether connected to a CNC controller or working in conjunction with a servo system, seamless integration can be achieved.

 2.产      品      展      示      

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

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