GIDINGS&LEWIS  401-30236-20伺服電機

1.產(chǎn) 品 資 料 介 紹：

1. 數(shù)控機械設備：該型號伺服電機是數(shù)控機床領域的關鍵動力組件，常見于銑床、車床、鏜床等設備。在銑床運作時，它精準驅(qū)動進給軸，確保刀具以微米級精度走位，無論是復雜輪廓銑削還是精細槽型加工，都能保證加工精度在極小公差范圍內(nèi)，同時可實現(xiàn)高速切削，大幅縮短加工周期。車床加工中，其對主軸和刀架的精確控制，讓車削出的工件表面粗糙度極低，尺寸精度極高，適用于精密軸類零件加工。鏜床作業(yè)時，能穩(wěn)定驅(qū)動鏜桿實現(xiàn)高精度鏜孔，保證孔的圓度、圓柱度等形位公差符合嚴格標準，為機械制造行業(yè)提供高精度、高效率的加工支持。
2. 工業(yè)自動化生產(chǎn)線：在工業(yè)自動化生產(chǎn)線場景下，該伺服電機大顯身手。驅(qū)動傳送機構(gòu)時，它能快速響應生產(chǎn)線啟停信號，精準定位傳送帶上的物料，避免碰撞與錯位，保障產(chǎn)品順暢流轉(zhuǎn)。分揀裝置依靠其精確控制，可根據(jù)產(chǎn)品尺寸、重量、顏色等屬性，在極短時間內(nèi)將產(chǎn)品準確分揀至對應位置，極大提高分揀效率。在裝配工位，它助力機械臂實現(xiàn)高精度零部件裝配，使裝配精度達到亞毫米級，提升產(chǎn)品裝配質(zhì)量，賦予生產(chǎn)線高度柔性，輕松應對多品種、小批量生產(chǎn)需求，推動工業(yè)自動化水平邁向新高度。
3. 機器人及運動控制系統(tǒng)：對于工業(yè)機器人而言，此伺服電機作為關節(jié)驅(qū)動核心部件，是機器人靈活且精準運動的保障。當機器人執(zhí)行搬運任務時，它迅速響應控制指令，驅(qū)動各關節(jié)協(xié)同運作，使機械臂在高速運動下，仍能以極高重復定位精度抓取和放置物品，確保搬運過程穩(wěn)定可靠。在復雜軌跡作業(yè)，如焊接、噴涂時，能保證機器人末端執(zhí)行器嚴格按照預設軌跡運行，焊縫均勻美觀，噴涂涂層厚度一致，極大提升機器人作業(yè)的穩(wěn)定性與準確性，廣泛應用于汽車制造、電子生產(chǎn)等對機器人作業(yè)精度要求嚴苛的行業(yè)。
4. 精密儀器與實驗設備：在對運動精度要求近乎苛刻的精密儀器與實驗設備領域，GIDINGS&LEWIS 401-30236-20 伺服電機優(yōu)勢顯著。半導體加工設備中，其高分辨率特性使晶圓加工時的刻蝕、光刻等工序精度達到納米級，保障芯片制造的高良品率。光學檢測儀器里，它平穩(wěn)驅(qū)動光學平臺和檢測部件，實現(xiàn)微米級位移調(diào)整，確保檢測結(jié)果精準可靠。測試平臺上，能為各類實驗提供穩(wěn)定、精確的運動控制，滿足材料測試、生物實驗等多領域?qū)Ω呔冗\動的需求，助力科研與高端制造領域的技術突破。

英文資料：

GIDINGS&LEWIS 401-30236-20 servo motors play an indispensable role in multiple key fields with their outstanding performance. The following will provide a detailed introduction to the application areas of this model of servo motor:

Numerical Control Mechanical Equipment: This model of servo motor is a key power component in the field of numerical control machine tools, commonly used in milling machines, lathes, boring machines, and other equipment. During the operation of the milling machine, it precisely drives the feed axis, ensuring that the tool moves with micrometer level accuracy. Whether it is complex contour milling or fine groove machining, the machining accuracy can be guaranteed within a very small tolerance range, and high-speed cutting can be achieved, greatly reducing the machining cycle. In lathe machining, its precise control over the spindle and tool holder results in extremely low surface roughness and high dimensional accuracy of the machined workpiece, making it suitable for precision shaft parts machining. During boring machine operation, it can stably drive the boring bar to achieve high-precision boring, ensuring that the roundness, cylindricity, and other positional tolerances of the hole meet strict standards, providing high-precision and high-efficiency machining support for the mechanical manufacturing industry.

Industrial automation production line: In the scene of industrial automation production line, this servo motor shows its skills. When driving the conveyor mechanism, it can quickly respond to the start stop signal of the production line, accurately locate the materials on the conveyor belt, avoid collision and misalignment, and ensure smooth product flow. The sorting device relies on its precise control to accurately sort products to their corresponding positions in a very short time based on their size, weight, color, and other attributes, greatly improving sorting efficiency. At the assembly station, it assists the robotic arm in achieving high-precision component assembly, achieving sub millimeter level assembly accuracy, improving product assembly quality, endowing the production line with high flexibility, easily responding to the needs of multiple varieties and small batch production, and promoting the level of industrial automation to a new height.

Robots and motion control systems: For industrial robots, this servo motor, as the core component of joint drive, is the guarantee for flexible and precise motion of the robot. When the robot performs a handling task, it quickly responds to control instructions and drives all joints to work together, enabling the robotic arm to grasp and place objects with extremely high repeatability accuracy even under high-speed motion, ensuring a stable and reliable handling process. In complex trajectory operations such as welding and spraying, it can ensure that the robot end effector strictly follows the preset trajectory, the weld seam is uniform and beautiful, and the coating thickness is consistent, greatly improving the stability and accuracy of robot operations. It is widely used in industries such as automotive manufacturing and electronics production that require strict precision for robot operations.

Precision instruments and experimental equipment: In the field of precision instruments and experimental equipment with almost stringent requirements for motion accuracy, GIDINGS&LEWIS 401-30236-20 servo motors have significant advantages. In semiconductor processing equipment, its high-resolution characteristics enable the precision of etching, photolithography and other processes during wafer processing to reach the nanometer level, ensuring a high yield rate for chip manufacturing. In optical detection instruments, it smoothly drives the optical platform and detection components to achieve micrometer level displacement adjustment, ensuring accurate and reliable detection results

 2.產(chǎn)      品      展      示      

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

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