濟南服裝廠的生產(chǎn)流程是一個融合傳統(tǒng)工藝與現(xiàn)代技術(shù)的精密體系，涵蓋從面料入庫到成品出庫的多個環(huán)節(jié)。整個過程以質(zhì)量控制為核心，通過標準化作業(yè)與柔性生產(chǎn)相結(jié)合的模式，確保產(chǎn)品滿足市場多樣化需求。

　　The production process of Jinan Clothing Factory is a precision system that integrates traditional craftsmanship and modern technology, covering multiple links from fabric storage to finished product delivery. The entire process is centered around quality control, using a combination of standardized operations and flexible production to ensure that the product meets diverse market demands.

　　生產(chǎn)準備階段

　　Production preparation stage

　　面料與輔料的檢驗是首道關(guān)卡。采購回來的布料需經(jīng)過驗布機檢測，排查色差、織造瑕疵及縮水率等指標，特殊面料如燈芯絨還需進行絲綹方向校準。技術(shù)部門會根據(jù)客戶提供的樣衣或設計圖制作紙樣，并通過電腦排版系統(tǒng)生成裁剪方案，確保面料利用率化。這一階段還會完成工藝單的編制，明確縫制標準、輔料搭配及整燙要求，為后續(xù)生產(chǎn)提供技術(shù)指導。

　　The inspection of fabrics and accessories is the first hurdle. The purchased fabric needs to be inspected by a fabric testing machine, with a focus on checking indicators such as color difference, weaving defects, and shrinkage rate. Special fabrics such as corduroy also need to undergo grain direction calibration. The technical department will create paper patterns based on the samples or design drawings provided by the customer, and generate cutting plans through a computer typesetting system to ensure maximum fabric utilization. At this stage, the preparation of the process sheet will also be completed, clarifying the sewing standards, accessory matching, and ironing requirements, providing technical guidance for subsequent production.

　　裁剪與分包環(huán)節(jié)

　　Cutting and subcontracting process

　　經(jīng)過預縮處理的布料通過全自動拉布機平鋪，層數(shù)根據(jù)面料厚度精準控制。裁床采用激光定位系統(tǒng)，結(jié)合自動裁剪設備完成高精度裁片，誤差控制在±0.2厘米以內(nèi)。裁好的衣片按顏色、尺碼分裝，并附上條形碼標簽，便于后續(xù)工序追溯。部分工廠引入智能分揀系統(tǒng)，通過掃碼自動匹配縫制工序，顯著提升生產(chǎn)效率。

　　The pre shrunk fabric is laid flat by a fully automatic fabric spreading machine, and the number of layers is precisely controlled according to the thickness of the fabric. The cutting bed adopts a laser positioning system, combined with automatic cutting equipment to achieve high-precision cutting, with an error controlled within ± 0.2 centimeters. The cut pieces of clothing are divided by color and size, and labeled with barcode tags for easy traceability in subsequent processes. Some factories have introduced intelligent sorting systems that automatically match sewing processes through scanning codes, significantly improving production efficiency.

　　縫制與后整理

　　Sewing and post-processing

　　縫制車間采用模塊化流水線作業(yè)，根據(jù)服裝品類配置專用設備。例如，針織服裝使用四線包縫機確保接縫彈性，而西裝生產(chǎn)線則配備模板機實現(xiàn)精準開袋。半成品需經(jīng)過中燙定型，再進入繡花、釘珠等特殊工藝環(huán)節(jié)。鎖眼、釘扣工序由全自動模板機完成，確保位置誤差低于0.1毫米。整燙環(huán)節(jié)采用蒸汽預縮技術(shù)，結(jié)合人體工學模臺，使服裝尺寸穩(wěn)定性達到優(yōu)等品標準。

　　The sewing workshop adopts modular assembly line operation and is equipped with specialized equipment according to the clothing category. For example, knitted clothing uses a four thread overlock machine to ensure seam elasticity, while suit production lines are equipped with template machines to achieve precise bag opening. Semi finished products need to undergo intermediate ironing and shaping, and then enter special processes such as embroidery and beading. The locking and nailing processes are completed by a fully automatic template machine, ensuring a position error of less than 0.1 millimeters. The ironing process adopts steam pre shrinking technology, combined with ergonomic molds, to achieve the national standard for high-quality clothing size stability.

　　質(zhì)量管控體系

　　Quality control system

　　濟南服裝廠普遍建立三級質(zhì)檢制度：首件封樣需經(jīng)客戶確認，過程檢驗覆蓋裁剪、縫制、整燙各環(huán)節(jié)，成品終檢執(zhí)行AQL2.5抽樣標準。質(zhì)檢科獨立于生產(chǎn)部門，配備色牢度測試儀、縫線強度測試機等設備，對起毛起球、撕裂強度等關(guān)鍵指標進行量化檢測。部分企業(yè)引入AI視覺檢測系統(tǒng)，可自動識別線頭、污漬等瑕疵，準確率達99%以上。

　　Jinan clothing factories generally establish a three-level quality inspection system: the first piece sealing sample needs to be confirmed by the customer, the process inspection covers cutting, sewing, and ironing, and the final inspection of finished products follows the AQL2.5 sampling standard. The quality inspection department is independent of the production department and equipped with professional equipment such as color fastness testers and suture strength testers to quantitatively test key indicators such as pilling and tear strength. Some companies have introduced AI visual inspection systems that can automatically identify defects such as thread ends and stains, with an accuracy rate of over 99%.

　　包裝與物流

　　Packaging and Logistics

　　成品服裝經(jīng)過去線頭、除塵等精修處理后，進入自動化包裝線。系統(tǒng)根據(jù)訂單自動匹配吊牌、膠袋及紙箱規(guī)格，實現(xiàn)混色混碼精準裝箱。倉儲環(huán)節(jié)采用WMS智能管理系統(tǒng)，通過條形碼實現(xiàn)庫存實時可視化管理，確保訂單出貨準確率。

　　After undergoing finishing processes such as removing thread ends and dust removal, the finished clothing enters the automated packaging line. The system automatically matches the specifications of tags, plastic bags, and cardboard boxes based on the order, achieving precise packaging with mixed colors and codes. The warehousing process adopts the WMS intelligent management system, which realizes real-time visual management of inventory through barcodes to ensure the accuracy of order shipment.

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