GIDINGS&LEWIS M.1018.3035悬挂控制

 GIDINGS&LEWIS  M.1018.3035悬挂控制

1.产 品 资 料 介 绍：

产品应用领域

1. 数控机床悬挂系统：在数控机床领域，M.1018.3035 悬挂控制模块发挥着关键作用。以铣床为例，在铣削复杂轮廓时，刀具需在多个方向精准移动，该模块可精准控制刀具悬挂装置，实现平稳的上下及侧向运动，使刀具路径误差控制在微米级，极大提高加工精度，确保加工出的工件表面光滑，无明显刀痕，满足高精度零件加工需求。在车床中，对工作台的悬挂控制能让工件在旋转加工时保持稳定，减少震动，提升加工表面质量。镗床作业时，模块助力镗杆稳定悬垂，实现高精度镗孔，保障孔的圆度、圆柱度等形位公差符合严格标准。
2. 工业自动化设备：于自动化生产线而言，此悬挂控制模块是保障设备高效运行的重要组件。在托架运行过程中，它能实时调整托架的悬挂姿态，确保其在输送物料时保持水平，避免物料滑落。传送平台借助该模块，可实现高速、平稳的启停与定位，提高物料传输效率。在装配单元，精确的悬挂控制使装配机器人能精准抓取并安装零部件，提升装配精度与速度，满足工业自动化生产对设备运动平稳性与精准性的高要求。
3. 机器人及机械臂：机械臂的末端执行器或悬挂机构依赖 M.1018.3035 模块实现精确控制。在工业机器人进行焊接作业时，模块协调多轴运动，确保机械臂末端的焊枪能沿着焊缝精确移动，同时维持动态稳定性，使焊接质量稳定可靠，焊缝均匀美观。在搬运重物任务中，它保障悬挂机构安全稳定地吊运货物，根据负载重量实时调整悬挂参数，防止机械臂晃动，提高作业安全性与效率。
4. 减振与稳态控制：结合悬挂控制模块，可有效应用于设备减振、平衡调节和动态稳定控制。在高速运转的机械设备中，如高速冲床，模块通过实时监测设备振动情况，自动调整悬挂参数，抵消振动能量，减少设备因振动产生的磨损，延长设备使用寿命。对于精密机械，如光学镜片研磨设备，它能精准调节平衡，确保设备在加工过程中始终处于稳定状态，提高加工精度，满足对加工环境稳定性要求极高的行业需求。
5. 实验与研发平台：在科研实验或测试装置里，该模块用途广泛。在模拟悬挂运动实验中，能精准复现各种复杂悬挂运动场景，为研究物体在不同悬挂条件下的力学特性提供可靠数据。在测试动力响应时，可精确控制悬挂系统的激励输入，获取准确的设备动力响应数据，帮助科研人员深入了解设备性能。在运动控制策略验证方面，它为新的控制算法提供实践平台，通过实际运行效果评估算法优劣，推动运动控制技术不断创新发展。
6. 高精密输送与定位系统：在精密输送装置或分拣系统中，M.1018.3035 悬挂控制模块可实现对载物平台的悬挂姿态精细调节。在半导体芯片分拣过程中，载物平台需将芯片精准放置在指定位置，模块能根据预设程序，实时调整平台悬挂角度与位置，保证定位精度达到亚毫米级，同时确保平台运行平稳，避免芯片因晃动而受损，满足高精密行业对输送与定位系统的严苛要求。

英文资料：

Product application areas

CNC machine tool suspension system: In the field of CNC machine tools, the M.1018.3035 suspension control module plays a key role. Taking a milling machine as an example, when milling complex contours, the tool needs to move accurately in multiple directions. This module can precisely control the tool suspension device to achieve smooth up, down, and lateral movements, controlling the tool path error at the micrometer level, greatly improving machining accuracy, ensuring that the machined workpiece surface is smooth, without obvious tool marks, and meeting the requirements of high-precision part machining. In the lathe, the suspension control of the worktable can keep the workpiece stable during rotating machining, reduce vibration, and improve the surface quality of the machining. During boring machine operation, the module assists in stabilizing the suspension of the boring bar, achieving high-precision boring and ensuring that the roundness, cylindricity, and other positional tolerances of the hole meet strict standards.

Industrial automation equipment: For automated production lines, this suspension control module is an important component to ensure efficient operation of the equipment. During the operation of the rack, it can adjust the suspension posture of the rack in real time to ensure that it remains horizontal when conveying materials and avoid material slipping. With the help of this module, the transfer platform can achieve high-speed and smooth start stop and positioning, improving material transfer efficiency. In the assembly unit, precise suspension control enables the assembly robot to accurately grasp and install components, improving assembly accuracy and speed, and meeting the high requirements of industrial automation production for equipment motion stability and accuracy.

Robots and robotic arms: The end effector or suspension mechanism of the robotic arm relies on the M.1018.3035 module for precise control. When industrial robots perform welding operations, the module coordinates multi axis movements to ensure that the welding gun at the end of the robotic arm can move accurately along the weld seam, while maintaining dynamic stability, making the welding quality stable and reliable, and the weld seam uniform and beautiful. In the task of transporting heavy objects, it ensures the safe and stable lifting of goods by the suspension mechanism, adjusts the suspension parameters in real time according to the load weight, prevents the mechanical arm from shaking, and improves the safety and efficiency of the operation.

Vibration reduction and steady-state control: Combined with suspension control modules, it can effectively be used for equipment vibration reduction, balance adjustment, and dynamic stability control. In high-speed mechanical equipment, such as high-speed punching machines, modules automatically adjust suspension parameters by monitoring equipment vibration in real time, counteract vibration energy, reduce equipment wear caused by vibration, and extend equipment service life. For precision machinery, such as optical lens grinding equipment, it can accurately adjust the balance, ensure that the equipment is always in a stable state during the processing, improve processing accuracy, and meet the industry's high demand for processing environment stability.

Experimental and R&D platform: This module has a wide range of applications in scientific research experiments or testing devices. In simulated suspension motion experiments, various complex suspension motion scenarios can be accurately reproduced, providing reliable data for studying the mechanical properties of objects under different suspension conditions. When testing power response, the excitation input of the suspension system can be precisely controlled to obtain accurate equipment power response data, helping researchers to gain a deeper understanding of equipment performance. In terms of verifying motion control strategies, it provides a practical platform for new control algorithms, evaluates the advantages and disadvantages of algorithms through actual operation effects, and promotes the continuous innovation and development of motion control technology.

 2.产      品      展      示      

3.其他产品

ABB 216NG63 HESG441635R1电源控制模块
ABB 216VC62A HESG324442R0013模块
ABB REG216框架模块

4.其他英文产品

AB91-1 HESG437479R1 HESG437899 Control module
IT94-3 HESG440310R2 HESG112699B Control module
ICS TRIPLEX T8231 Control system module

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

Contact: +86 15270269218