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GIDINGS&LEWIS M.1016.8892输出卡

发布时间:2025-08-29人气:
  • GIDINGS&LEWIS M.1016.8892输出卡
  • GIDINGS&LEWIS M.1016.8892输出卡
  • GIDINGS&LEWIS M.1016.8892输出卡

 GIDINGS&LEWIS  M.1016.8892输出卡

1.产 品 资 料 介 绍:

GIDINGS&LEWIS M.1016.8892 输出卡产品应用领域

数控机床辅助控制

在数控机床领域,M.1016.8892 输出卡对维持机床稳定运行、保障加工精度起着至关重要的作用。它主要负责控制主轴以及进给轴的一系列辅助装置。例如,在操控液压夹具时,输出卡能够精准输出信号,确保夹具产生稳定且合适的夹紧力,牢牢固定工件,避免在高速切削过程中工件位移,影响加工精度。针对冷却泵,它可根据机床运行状态及加工工艺要求,智能调控冷却泵的启停与流量大小,为刀具和工件提供恰到好处的冷却效果,延长刀具使用寿命,提高加工表面质量。对于排屑装置,输出卡能保障其持续、高效运行,及时清理加工过程中产生的碎屑,防止碎屑堆积影响机床正常运转。得益于其支持的高精度和高重复性输出控制,无论机床处于长时间连续加工,还是频繁启停的工作模式,都能稳定输出精准信号,确保各个辅助装置协调运作,为机床的稳定运行筑牢根基。

自动化装配线

自动化装配线追求高效、精准的生产节奏,M.1016.8892 输出卡恰好能满足这一需求。它可驱动各类执行器,如气动元件和电动装置,精准控制其在各个工位的动作。在零件装配工位,输出卡发出精确指令,控制气动夹爪以合适力度抓取零件,并准确放置在预定装配位置,确保装配的准确性。在多工位协同作业场景中,输出卡支持多工位同步控制,通过精确规划各工位执行器的动作顺序和时间节点,实现各工位间的无缝衔接。比如,在电子产品自动化装配线上,不同工位分别负责芯片贴装、焊接、检测等任务,输出卡可确保各工位的设备同时启动、协同作业,极大提高生产效率,同时保证装配精度,减少因装配误差导致的产品次品率,助力企业提升产品质量与生产效益。

工业机器人系统

在工业机器人系统中,M.1016.8892 输出卡是实现机器人灵活、精准作业的关键一环。它主要负责控制机械手末端执行器、夹具及辅助设备的动作输出。以搬运作业为例,输出卡可精确控制夹具的开合力度与位置,确保能稳定抓取不同形状、重量的工件,并通过控制机器人多轴联动,将工件准确搬运至目标位置。在一些精密装配任务中,如电子元器件的微装配,输出卡能够输出极为精准的信号,控制机器人末端执行器完成毫米级甚至微米级的精细动作,实现高精度的装配操作。此外,对于机器人的辅助设备,如防护门的开启与关闭、工具更换装置的动作等,输出卡也能提供稳定可靠的控制信号,保障机器人系统安全、高效地完成复杂任务,拓宽机器人在工业生产中的应用边界。

英文资料:

GIDINGS&LEWIS M.1016.8892 Output Card Product Application Fields

CNC machine tool auxiliary control

In the field of CNC machine tools, the M.1016.8892 output card plays a crucial role in maintaining stable machine tool operation and ensuring machining accuracy. It is mainly responsible for controlling a series of auxiliary devices for the spindle and feed axis. For example, when operating hydraulic fixtures, the output card can accurately output signals, ensuring that the fixture generates stable and appropriate clamping force, firmly fixing the workpiece, and avoiding workpiece displacement during high-speed cutting, which affects machining accuracy. For the cooling pump, it can intelligently adjust the start stop and flow rate of the cooling pump according to the operating status of the machine tool and the requirements of the machining process, providing just the right cooling effect for the tool and workpiece, extending the tool life, and improving the surface quality of the machining. For the chip removal device, the output card can ensure its continuous and efficient operation, timely clean up the debris generated during the processing, and prevent the accumulation of debris from affecting the normal operation of the machine tool. Thanks to its support for high-precision and high repeatability output control, the machine tool can stably output precise signals regardless of whether it is in long-term continuous processing or frequent start stop working mode, ensuring the coordinated operation of various auxiliary devices and laying a solid foundation for the stable operation of the machine tool.

Automated assembly line

The automated assembly line pursues efficient and precise production rhythm, and the M.1016.8892 output card can precisely meet this demand. It can drive various actuators, such as pneumatic components and electric devices, and accurately control their movements at various workstations. At the component assembly station, the output card sends precise instructions to control the pneumatic gripper to grab the parts with appropriate force and accurately place them in the predetermined assembly position, ensuring the accuracy of assembly. In the scenario of multi station collaborative operation, the output card supports synchronous control of multiple stations, achieving seamless connection between stations by accurately planning the action sequence and time nodes of each station actuator. For example, on an automated assembly line for electronic products, different workstations are responsible for tasks such as chip mounting, soldering, and testing. Output cards can ensure that the equipment at each workstation starts and works together simultaneously, greatly improving production efficiency while ensuring assembly accuracy, reducing product defect rates caused by assembly errors, and helping enterprises improve product quality and production efficiency.

Industrial Robot System

In industrial robot systems, the M.1016.8892 output card is a crucial component for achieving flexible and precise robot operations. It is mainly responsible for controlling the action output of the end effector, fixture, and auxiliary equipment of the robotic arm. Taking the handling operation as an example, the output card can accurately control the opening and closing force and position of the fixture, ensuring stable grasping of workpieces of different shapes and weights. By controlling the robot's multi axis linkage, the workpieces can be accurately transported to the target position. In some precision assembly tasks, such as micro assembly of electronic components, the output card can output extremely accurate signals to control the end effector of the robot to complete millimeter or even micrometer level fine movements, achieving high-precision assembly operations. In addition, for the auxiliary equipment of robots, such as the opening and closing of protective doors, the action of tool changing devices, etc., the output card can also provide stable and reliable control signals,

2.产      品      展      示      

giddings_lewis_502-03518-03_m_1016_8892_r0_3.jpg

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AMAT 0100-09255AMAT 0190-52419AMAT 0190-16360
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AMAT 0100-90745AMAT 0190-53729AMAT 0190-16633

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

Contact: +86 15270269218

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