# 创美嘉 llms.txt

> 无锡创美嘉科技有限公司(cremage.com)——精密亚克力与工程塑料智造源头工厂。亚克力制品、机加工塑件、注塑加工三大业务线,服务自动化、半导体、医疗、新能源、实验室等高精密领域。
> 本文件由网站构建流程自动生成,与站点内容实时同步;供豆包 / DeepSeek / ChatGPT / Claude / Perplexity 等大语言模型读取。

## 公司简介

无锡创美嘉科技有限公司(Wuxi Cremage Technology Co., Ltd),精密亚克力与工程塑料智造源头工厂,实缴资本500万元,拥有进出口权,前身为成立于 1992 年的无锡海星工艺社。
现形成亚克力制品、机加工塑件、注塑加工三大业务线,聚焦自动化、半导体、医疗、新能源、实验室等高精密领域。
加工精度 ±0.01mm,车间 3600㎡;ISO9001:2016 质量管理体系认证;拥有知识产权 19 项(实用新型 9 项、发明专利 8 项、外观设计专利 2 项)。
采用 ERP + APS 排程 + AI 业务驱动的现代化管理,产品出口德国、美国等发达国家。

## 关键数据

- 30+ 年行业积淀:前身 1992 海星工艺社
- ±0.01 mm 加工精度:半导体级公差
- 1000万+ 塑料部件交付:配套知名企业
- 500+ 套塑胶模具:模具开发经验
- 19项 知识产权:9实用新型+8发明+2外观
- ISO9001 质量体系:2016 认证

## 三大业务线

- 亚克力制品(Acrylic Products):面向自动化、半导体、医疗、新能源、实验室等高精密领域,提供设备防护罩与防静电、硬化、阻燃、防刮耐磨、耐高温等特殊亚克力板材及精密制品,加工精度达 ±0.01mm。
- 机加工塑件(Machined Plastics):自动化设备用机加工塑料件,亚克力、PC、POM、PS、PET、PP、PVC、PTFE、ABS 等工程塑料的精密机加工,满足高洁净、高防护场景。
- 注塑加工(Injection Molding):提供模具开发与注塑加工整体方案,从设计、试模到批量生产,全流程首件检、巡检、终检把控。

## 服务行业

- 食品饮料:FDA/EU/GB 食品级原料
- 半导体电子:防静电亚克力,防腐 PP,PVC 柜
- 医疗:光学级无影灯片,透镜
- 安防:通道门翼,防护板
- 新能源:耐候、阻燃部件
- 实验室:培养皿罐、测试装置
- 品牌展示:展示道具、标识标牌
- 通用设备:注塑件,机加塑件

## 资质与能力

- ISO9001:2016 质量管理体系:2016 年通过,全流程质量把控
- 进出口权:产品出口德国、美国等发达国家
- ERP + APS + AI 现代化管理:数字化运营,实时掌控生产进度
- 核心工艺:CNC 加工、激光切割、热弯/冷折、粘接、丝印、模具开发与注塑成型

## 主要页面

- [首页](https://cremage.com/)
- [关于我们](https://cremage.com/about/)
- [产品中心](https://cremage.com/products/)
- [工程案例](https://cremage.com/cases/)
- [知识库](https://cremage.com/news/)
- [常见问题](https://cremage.com/faq/)
- [联系我们](https://cremage.com/contact/)
- [视频影像](https://cremage.com/videos/)

## 产品(10 项)

### 亚克力制品(Acrylic Products)
- [亚克力防护罩,流水线可视化围挡](https://cremage.com/products/acrylic-guard/):可视化防护罩与流水线透明围挡适配各类工业设备及自动化产线，采用亚克力、PC、PVC或 加硬、防静电、阻燃、抗 UV、食品级特种板材，支持激光、雕刻、折弯、异形成型、丝印与气密水密定制，全新原料十年不黄不裂，具备食品级认证、符合欧盟安全标准，服务食品、医药、新能源行业并出口欧美，自有工厂一站式定制，可提供高效稳定的可视化工业防护全套解决方案。
- [亚克力全透明动态模型](https://cremage.com/products/acrylic-dynamic-model/):全透明动态亚克力模型是亚克力制作技术至高点，涉及3D设计，异形成型，5轴加工，高精度装配，精细抛光等关键技术。 公司2002年开始技术攻关，2010年制成第一台成品并通过国务院南水北调办公室验收，打破了国外公司的垄断。
- [亚克力精密光学零件](https://cremage.com/products/acrylic-optical-parts/):提供高通透、高精度、高可靠的流体可视化精密零部件全套定制方案，广泛服务于科研、医疗、光学、半导体、航空航天等前沿领域。
- [亚克力实验器具](https://cremage.com/products/acrylic-experimental-equipment/):专业定制高透光亚克力密封实验器具，支持气液密封及正负压力工况，可非标加工适配生物制药、理化检测各类实验场景。
- [亚克力展示道具](https://cremage.com/products/acrylic-display-props/):面向品牌展示的亚克力展示道具定制:展示架、陈列台、灯箱与标识道具,支持激光切割、热弯、抛光与丝印工艺,透光均匀、边缘通透,从打样到批量稳定交付。
- [亚克力标牌标识](https://cremage.com/products/acrylic-sign/):公司自上世纪九十年代起深耕亚克力制品领域，从手工工艺发展为数字化生产，在设备标牌与建筑标识两大方向积累了丰富经验，可提供从设计到量产的一站式定制服务。
### 机加工塑件(Machined Plastics)
- [机加工塑件](https://cremage.com/products/plastic-industrial-parts/):自动化设备用机加工塑料件定制:亚克力、PC、POM、PTFE、ABS、PP 等工程塑料的 CNC 精密加工,适配耐磨、耐腐蚀、防静电等工况,支持来图加工与样件逆向。
- [PP,PVC塑胶焊接件](https://cremage.com/products/plastic-structural-parts/):拥有专业 3D 数字化设计(卯榫加固结构)与资深焊接团队，精工无缝热熔焊接 PP/PVC 防腐塑胶设备，尺寸精准、结构牢固、高洁净耐强腐蚀，可非标定制适配半导体、光伏、电镀酸洗等高腐蚀行业工况。
### 注塑加工(Injection Molding)
- [注塑零件](https://cremage.com/products/injection-parts/):自2014年起深耕注塑领域，我们依托伊之密电动伺服注塑机与配套模具车间，从产品设计阶段的模流分析、应力变形预测到规模化量产全程覆盖，以稳定的质量管控和可靠的交付能力，为家电、汽车、通信等行业提供高精度注塑解决方案。
- [注塑模具](https://cremage.com/products/mold/):二十年模具经验，我们以资深设计团队、高级模具钳工及全套生产设备为核心，从模流分析、翘曲预测到试模量产全流程自主掌控，累计为知名企业配套千余套模具，以精准交付与稳定质量助力客户降本增效。

## 工程案例(1 篇)

- [设备保护罩批量定制:从手工亚克力到注塑量产,单批交期缩短至 1 天](https://cremage.com/cases/equipment-cover-batch-injection/):客户需要批量定制设备保护罩,由底座与盖子组成,盖子与底座过盈配合。原手工亚克力方案存在尺寸不一致、盖子与底座无法互换只能单配、细节粗糙、粘接卡位易脱落、交期严重拖期等问题。创美嘉评估后转用注塑成型:每批 1000 件交期由 15 天缩短到 1 天,尺寸完全一致、免选配互换,卡扣一体成型不再脱落;并可按受力工况在亚克力与 PC 之间灵活切换材质,大幅降低货损。

## 知识库文章(7 篇)

- [POM CNC 加工指南：牌号、参数、应力管理与 0.05mm 平面度控制](https://cremage.com/news/pom-cnc-machining-guide/):POM(聚甲醛)CNC 加工的核心是控热与控应力:选对 POM-H/POM-C 牌号,用锋利刀具和足够的每齿进给让刀具"切削"而非"摩擦",配合轻力装夹、对称去除与"粗加工—去应力—精加工"两段式工艺,即可稳定获得高精度零件。创美嘉将各环节整合为标准工艺路线,POM 零件平面度可控制在 0.05mm 以内并按图纸精确控制——这一能力非专业加工单位很难做到。
- [无锡创美嘉科技有限公司 - 精密亚克力与工程塑料智造源头工厂](https://cremage.com/news/company-introduction-1/):无锡创美嘉科技有限公司，前身为1992年成立的无锡海星工艺社，实缴资本500万元，拥有进出口权。公司专注精密亚克力与工程塑料智造三十余年，主营亚克力制品与机加工塑件，聚焦自动化、半导体、医疗、新能源、实验室等高精密工业领域，亚克力加工精度达±0.01mm。注塑加工为高增长业务，配备伊之密电动伺服注塑机及配套模具车间，具备从模流分析、应力变形预测到规模化量产的全流程能力。公司通过ISO9001:2016认证，产品出口德国、美国等发达国家。
- [防静电亚克力板：原理、参数与应用](https://cremage.com/news/anti-static-acrylic/):防静电亚克力板通过表面电阻控制，防止静电积累损伤电子元件，是半导体、电子自动化设备的常用防护材料。本文介绍其原理、关键参数、典型应用与选购要点。
- [设备防护罩定制流程与公差要求](https://cremage.com/news/equipment-guard-custom-process/):亚克力设备防护罩是自动化产线的安全与防尘关键件。本文梳理从需求确认到交付的完整定制流程，以及关键公差与材料选型要点，帮助设备厂家高效落地。
- [注塑模具开发流程详解：从设计到量产](https://cremage.com/news/injection-mold-development-process/):注塑加工的整体方案核心在于模具开发。本文详解注塑模具从需求确认、模具设计、钢材选型、加工、试模到量产的完整流程，以及关键质量控制点。
- [什么是 POM？POM 塑料的特性与精密加工](https://cremage.com/news/what-is-pom/):POM（聚甲醛）是一种高结晶度工程塑料，具有优异的耐磨性、耐疲劳性和尺寸稳定性，广泛应用于自动化设备的齿轮、滑块、伺服结构件等精密零件。本文介绍 POM 的材料特性、加工要点与选型建议。
- [工业场景中有机玻璃板材的选材指南与风险防范](https://cremage.com/news/how-to-identify-acrylic-quality-2/):高品质纯新料有机玻璃板透光率≥92%，室内耐候超20年，截面透明无色，热成型稳定不起泡，切割无异味。而回料板半年即变黄、透光率低于86%、截面发黄或泛蓝、加热起泡、切割有刺激臭味。鉴别时重点观察截面颜色、热成型表现和切割气味三项即可快速区分。

## 常见问题(12 条)

### 可加工哪些材料?擅长什么领域?
PMMA、PVC、PC、PET、PP、PE（UPE）、PA、PAI、POM、PPS、PBT、PPO、PU、PEI、PTFE、PEEK、PBI、PI、ABS、环氧树脂（FR4）、电木（抗倍特）、硅胶及各类防静电材料等数十种塑料材质塑料的精密机加工与注塑。亚克力制品面向自动化、半导体、医疗、新能源、实验室等高精密领域,提供设备防护罩、防静电、硬化、阻燃等特殊板材;机加工塑件覆盖自动化设备用各类工程塑料精密加工;注塑加工提供模具开发与注塑整体方案。

### 如何定制亚克力制品?流程是什么?
1) 提供需求(图纸/样品/概念描述);2) 我方设计与报价;3) 确认后开料加工;4) 装配检验;5) 交付。从设计到成品全套能力自有,可根据需求小批量或大批量定制。详询业务经理 15358932361。

### 如何辨别有机玻璃(亚克力)板的优劣?
纯新料板透光率大于92%、截面无色透明、室内20年不变黄;回料板透光率小于86%、截面发黄发蓝、户外多半年变黄。简易鉴别:看截面颜色、气味、表面敏感性测试。详见知识库"工业场景中有机玻璃板材的选材指南与风险防范"一文。

### 亚克力浇铸板和挤出板有什么区别?怎么选?
两者原料同为 PMMA,生产工艺不同性能有别:浇铸板由 MMA 单体浇铸聚合而成,分子量高,力学性能与耐化学性更好,激光雕刻、抛光效果好,颜色和超厚规格全(超厚板仅浇铸可做),但厚度公差较大(约 ±5%~10%)、价格略高;挤出板由粒料熔融连续挤出,厚度公差小(±0.2mm 内)、板面平整、折弯与热成型性好,价格较低,但分子量低、力学性能较差,接触油类、酒精等介质易应力开裂。因此,创美嘉的一般工业零件只使用浇铸板材,以确保产品在复杂工况下的长期稳定性;来图定制时,我方会按实际工况给出选材建议。

### 交期一般多久?起订量是多少?
样品一般 3-7 个工作日,批量订单视复杂度 7-20 天。起订量灵活,展示道具类支持小批量,工业件可大批量。具体以图纸报价为准。

### 是否支持出口和发票?
支持。公司产品配套国内外多个大型企业并出口发达国家,可开具增值税专用发票。外贸订单详询业务经理 15358932361。

### 亚克力板材能做哪些特种处理?
可提供防静电、硬化、阻燃、耐高温、高透光、防尘防溅等特种定制。表面电阻可控,硬度提升防刮耐磨,适用于半导体、医疗、实验室等高洁净、高防护场景。加工精度 ±0.01mm。

### 设备防护罩可以定制吗?
可以。面向自动化、半导体设备提供亚克力防护罩定制,支持防尘防溅、防静电等要求,按设备图纸或样品加工,兼顾透视与防护。打样 1–3 天,大货 10 天内交付。

### 机加工塑件可加工哪些材料?精度如何?
可加工材料涵盖PMMA、PVC、PC、PET、PP、PE（UPE）、PA、PAI、POM、PPS、PBT、PPO、PU、PEI、PTFE、PEEK、PBI、PI、ABS、环氧树脂（FR4）、电木（抗倍特）、硅胶及各类防静电材料等数十种塑料材质。核心工艺包括CNC铣削、激光切割、车削、冷热弯、粘接及焊接，具备完善的综合加工能力。加工精度 ±0.01mm,满足高洁净、高防护场景。

### 机加工件对图纸有什么要求?
提供 2D 工程图(DWG/DXF/PDF)或 3D 模型(STEP/IGS)均可,标注公差、材料、表面要求。无图纸也可基于样品或概念逆向设计。我方工程团队提供可制造性评估与优化建议。

### 注塑加工是否含模具开发?
是。提供模具开发 + 注塑成型整体方案,从设计、试模到批量生产。拥有哈斯加工中心、沙迪克慢走丝、全电动伺服注塑机等设备,首件检、巡检、终检全流程把控。

### 注塑订单起订量与开模周期?
起订量灵活,可小批量试产至大批量。开模周期视复杂度通常 15–35 天,试模后即可小批量交付。模具寿命与价格根据产品结构与材料评估,具体以图纸报价为准。


## 联系方式

- 电话:15358932361(业务经理)
- 邮箱:services@cremage.com
- 地址:江苏省无锡市新吴区硕放街道裕安一路18号(No. 18, Yulan 1st Road, Shuofang Subdistrict, Xinwu District, Wuxi City, Jiangsu Province, China)
- QQ:2799290179
- 淘宝:cremage.taobao.com
- 1688:cremage.1688.com

## 站点地图

- [sitemap-index.xml](https://cremage.com/sitemap-index.xml)

---

# English version

> Bilingual note: this site is published in Chinese (root paths) and English (/en/). Both versions describe the same company.

## About the company

Wuxi Cremage Technology Co., Ltd is a direct source factory for precision acrylic and engineering plastics, with CNY 5 million paid-in capital and an import & export license, shipping to Germany, the United States and other developed markets. Serving automation, semiconductor, medical, new energy and laboratory industries, we supply equipment guards, anti-static / hard-coated / flame-retardant acrylic sheets, precision machining of acrylic, PC, POM, PP, PVC, PTFE and ABS, plus complete mold development and injection molding solutions. Founded in 1992 as Wuxi Haixing Craft Workshop, ISO9001:2016 certified, machining accuracy of ±0.01mm, managed with ERP + APS scheduling + AI-driven operations.

- Website: https://cremage.com/en/
- Phone: 15358932361 · Email: services@cremage.com
- Address: No. 18, Yulan 1st Road, Shuofang Subdistrict, Xinwu District, Wuxi City, Jiangsu Province, China

## English pages

- [Home](https://cremage.com/en/)
- [About us](https://cremage.com/en/about/)
- [Products](https://cremage.com/en/products/)
- [Cases](https://cremage.com/en/cases/)
- [Knowledge base](https://cremage.com/en/news/)
- [FAQ](https://cremage.com/en/faq/)
- [Contact](https://cremage.com/en/contact/)

## English knowledge base (7 articles)

- [POM CNC Machining Guide: Grades, Parameters, Stress Management, and 0.05mm Flatness Control](https://cremage.com/en/news/pom-cnc-machining-guide/):The core of POM (polyoxymethylene / acetal) CNC machining is controlling heat and stress: select the right POM-H or POM-C grade, use sharp tooling and a generous chip load so the tool cuts rather than rubs, and combine light workholding, symmetrical material removal, and a two-stage roughing – stress relief – finishing process to produce consistent high-precision parts. Cremage integrates these steps into a standard process route, holding POM flatness within 0.05mm and controlling it precisely to drawing requirements — a capability that non-specialist machine shops rarely match.
- [Wuxi Cremage Technology Co., Ltd. — Direct Source Factory for Precision Acrylic and Engineering Plastics](https://cremage.com/en/news/company-introduction-1/):Wuxi Cremage Technology Co., Ltd. traces its origins to Wuxi Haixing Crafts, founded in 1992, and has paid-in capital of RMB 5 million along with an import & export license. For more than 30 years the company has focused on precision acrylic and engineering plastics manufacturing, mainly producing acrylic products and machined plastic parts for high-precision industries such as automation, semiconductors, medical devices, new energy, and laboratories, with acrylic machining accuracy of ±0.01mm. Injection molding is a high-growth business, supported by Yizumi all-electric servo injection molding machines and an in-house mold shop, covering everything from mold flow analysis and distortion prediction to volume production. The company is ISO9001:2016 certified and exports to developed markets including Germany and the United States.
- [Anti-Static Acrylic Sheet: Principles, Parameters, and Applications](https://cremage.com/en/news/anti-static-acrylic/):Anti-static acrylic sheet controls surface resistance to prevent static buildup from damaging electronic components, making it a common protective material for semiconductor and electronics automation equipment. This article explains the principles behind anti-static acrylic, the key surface resistivity parameters that define each protection class, typical applications in ESD-safe guards and viewing windows, and what to check when specifying a sheet.
- [Custom Equipment Guard Process and Tolerance Requirements](https://cremage.com/en/news/equipment-guard-custom-process/):Acrylic equipment guards are critical safety and dust-protection components on automation lines: they must let operators see the process inside while keeping out dust, splashes, and accidental contact. This article outlines the complete custom process from requirement confirmation to delivery, along with the key tolerance and material selection points that help equipment builders move from drawing to production efficiently.
- [Injection Mold Development Process Explained: From Design to Production](https://cremage.com/en/news/injection-mold-development-process/):Injection molding solutions hinge on mold development. This article explains the complete process for an injection mold — requirement confirmation, mold design, steel selection, machining, mold trials, and mass production — along with the key quality control points at each stage, typical lead times, and how maintenance affects mold life.
- [What Is POM? Properties and Precision Machining of POM Plastic](https://cremage.com/en/news/what-is-pom/):POM (polyoxymethylene / acetal) is a highly crystalline engineering plastic with excellent wear resistance, fatigue resistance, and dimensional stability, widely used for precision parts such as gears, sliders, and servo structural components in automation equipment. This article covers the material properties of POM, the key points for machining it, and practical guidance on material selection.
- [Material Selection Guide and Risk Prevention for Acrylic Sheet in Industrial Applications](https://cremage.com/en/news/how-to-identify-acrylic-quality-2/):High-quality virgin acrylic sheet offers light transmission of at least 92%, more than 20 years of indoor weather resistance, a clear, colorless cut edge, stable thermoforming without bubbling, and no odor when cut. Recycled sheet, by contrast, yellows within six months, transmits less than 86% of light, shows a yellow or bluish cut edge, bubbles when heated, and gives off a pungent odor when cut. Checking three things — cut-edge color, thermoforming behavior, and cutting odor — is enough to tell them apart quickly.

## English case studies (1)

- [Custom Equipment Guards at Volume: From Handmade Acrylic to Injection Molding, Lead Time Cut to 1 Day per Batch](https://cremage.com/en/cases/equipment-cover-batch-injection/):The customer needed custom equipment guards produced in volume, each consisting of a base and a lid joined by an interference fit. The original handmade acrylic approach suffered from inconsistent dimensions, lids and bases that were not interchangeable and had to be matched one by one, rough detailing, bonded snap features that came loose, and chronically late deliveries. After assessment, Cremage switched the part to injection molding: lead time for each 1,000-piece batch dropped from 15 days to 1 day, dimensions became fully consistent and interchangeable without matching, and the snap-fit is molded in one piece so it no longer detaches; material can also be switched flexibly between acrylic and PC depending on mechanical load, greatly reducing damage losses.

## English FAQ (12 entries)

### What materials do you work with, and which fields are you strongest in?
We precision-machine and injection-mold dozens of plastic materials, including PMMA, PVC, PC, PET, PP, PE (UPE), PA, PAI, POM, PPS, PBT, PPO, PU, PEI, PTFE, PEEK, PBI, PI, ABS, epoxy (FR4), Bakelite (compact laminate), silicone, and various anti-static (ESD-safe) grades. Our acrylic products serve high-precision fields such as automation, semiconductor, medical, new energy, and laboratory, offering equipment guards and specialty sheet with anti-static, hard-coated, and flame-retardant properties; machined plastic parts cover precision machining of engineering plastics for automation equipment; and injection molding provides complete mold development and molding solutions.

### How do I order custom acrylic parts, and what is the process?
The process is straightforward: 1) share your requirements (a drawing, a sample, or a concept description); 2) we design and quote; 3) once confirmed, we cut material and machine the parts; 4) assembly and inspection; 5) delivery. We hold the complete capability set in-house from design through finished product, and can produce small or large volumes to suit your needs. For details, contact our sales manager at +86 153 5893 2361.

### How can I tell good acrylic (PMMA) sheet from poor-quality sheet?
Fresh virgin sheet transmits more than 92% of light, has a colorless, transparent cross-section, and resists yellowing indoors for 20 years. Regrind sheet transmits less than 86%, shows a yellow or blue tint at the cut edge, and yellows within about six months outdoors. Quick checks: examine the cross-section color, note any odor, and run a surface sensitivity test. For details, see our knowledge-base article on choosing acrylic sheet for industrial applications and the associated risks.

### How do cast and extruded acrylic sheets differ, and how should I choose?
Both are PMMA, but the production method changes the performance. Cast sheet is polymerized from MMA monomer: higher molecular weight, better mechanical and chemical resistance, superior laser engraving and polishing, and available in the full color range and very thick gauges (only cast can go ultra-thick), though thickness tolerance is wider (about ±5%–10%) and the price is a little higher. Extruded sheet is continuously melted and extruded from pellets: tighter thickness tolerance (within ±0.2mm), flatter surfaces, good bending and thermoforming behavior, and lower cost, but lower molecular weight, weaker mechanical properties, and prone to stress cracking in contact with oils or alcohol. Cremage therefore uses cast sheet only for general industrial parts, ensuring long-term stability under demanding conditions, and recommends materials case by case when you send drawings.

### What are your typical lead times and minimum order quantities?
Samples generally take 3–7 working days, and production orders take 7–20 days depending on part complexity. Minimum order quantities are flexible: display props and similar items can be produced in small batches, while industrial parts can be run in large volumes. Exact lead time and pricing are confirmed by quotation based on your drawing. Contact our sales manager to discuss your schedule requirements and we will confirm a delivery date.

### Do you support export orders and invoices?
Yes. Our products are supplied alongside several large enterprises at home and abroad and are exported to developed markets, and we can issue special VAT invoices for domestic orders. We hold a full import & export license. For export orders, please contact our sales manager at +86 153 5893 2361 to discuss terms, payment methods, documentation, customs clearance, and shipping arrangements.

### What specialty treatments are available for acrylic sheet?
We offer specialty customization including anti-static (ESD-safe), hard coating, flame-retardant, high-temperature, high-clarity, and dust- and splash-proof versions. Surface resistance can be controlled to your specification, and hard coating raises surface hardness so the sheet resists scratches and wear in daily handling. These options suit the high-cleanliness, high-protection environments of semiconductor, medical, and laboratory equipment. Machining accuracy reaches ±0.01mm. Tell us your operating conditions and our engineers will recommend the right sheet and treatment.

### Can equipment guards be customized?
Yes. We build custom acrylic equipment guards for automation and semiconductor equipment, supporting dust-proof, splash-proof, and anti-static (ESD-safe) requirements; each is machined to your equipment drawing or sample and balances visibility with protection. Prototyping runs 1–3 days, and production quantities are delivered within 10 days. Share your drawing or sample and our engineers will confirm feasibility, dimensions, and material options, then quote accordingly.

### What materials can you machine, and what accuracy can you hold?
We machine dozens of plastic materials, including PMMA, PVC, PC, PET, PP, PE (UPE), PA, PAI, POM, PPS, PBT, PPO, PU, PEI, PTFE, PEEK, PBI, PI, ABS, epoxy (FR4), Bakelite (compact laminate), silicone, and various anti-static (ESD-safe) grades. Core processes include CNC milling, laser cutting, turning, hot and cold bending, bonding, and welding, backed by comprehensive in-house machining capability. Machining accuracy reaches ±0.01mm, suitable for high-cleanliness and high-protection applications.

### What are your drawing requirements for machined parts?
We accept 2D engineering drawings (DWG/DXF/PDF) or 3D models (STEP/IGS); please mark tolerances, material, and surface requirements, and call out critical features such as flatness or hole position where they matter. If no drawing exists, we can reverse-engineer from a sample or a described concept. Our engineering team provides manufacturability assessment and design optimization suggestions before production.

### Does injection molding include mold development?
Yes. We provide a complete mold development plus injection molding package, covering design, mold trial, and volume production. Our equipment includes Haas machining centers, Sodick slow-wire EDM, and all-electric servo injection molding machines, and quality is controlled through first-article, in-process, and final inspection at every stage. Because the mold shop is in-house, design changes and trial runs are turned around quickly.

### What are the MOQ and mold lead time for injection molding orders?
Minimum order quantities are flexible, from small trial runs through to full production volumes, so you can validate the part before committing to large runs. Mold lead time is typically 15–35 days depending on part complexity, and small-batch delivery is possible right after the mold trial. Mold life and pricing are evaluated according to part structure and material; a firm quote is provided from your drawing.