Simplify3D快速使用指南 Fprinter S2+

3D打印机的一般使用流程1. 准备工作在使用3D打印机之前，需要进行一系列的准备工作来确保正常的操作和成功的打印结果。

1.1 选择适当的3D打印机在市场上有各种不同类型和规格的3D打印机可供选择。

根据打印需求和预算来选择适合的3D打印机。

1.2 安装和配置3D打印机根据3D打印机的用户手册，进行正确的安装和配置。

包括将打印机连接至电源和计算机，安装打印机驱动程序和相关软件等。

1.3 准备3D模型文件选择或设计合适的3D模型文件。

可以使用计算机辅助设计（CAD）软件创建自定义模型，也可以从在线3D模型库下载现有模型。

2. 开始打印一旦准备工作完成，即可开始进行3D打印。

以下是一般的打印流程：2.1 导入模型文件使用3D打印软件（例如Cura、Slicer等）打开或导入准备好的3D模型文件。

在软件中可以对模型进行缩放、旋转和调整。

2.2 设置打印参数在3D打印软件中，用户可以设置一些重要的参数，包括打印质量、填充密度、打印速度等。

这些参数会影响打印结果的质量和时间。

2.3 确定打印材料根据打印需求选择适当的打印材料。

常见的材料包括PLA、ABS、PETG等。

确保使用正确的打印材料类型和参数设置。

2.4 加载打印材料将选择的打印材料加载到3D打印机的打印材料槽中。

根据打印机型号，可能需要先将打印材料加热至合适的温度。

2.5 打印预览和调整在3D打印软件中，可以进行打印预览，查看模型的图层和路径。

如果需要，可以对模型进行调整，以确保最佳的打印效果。

2.6 开始打印确认所有设置都已完成后，可以通过软件或打印机界面启动打印。

打印过程中，需要确保打印机的正常运行，并且遵循相关安全规则。

3. 后续处理在3D打印完成后，仍然需要进行一些后续处理工作，以获得最终的打印结果。

3.1 取出打印模型当打印完成后，小心地将打印模型从打印床上取出。

根据需要，可以使用工具（例如镊子）来帮助取出模型。

3.2 去除支撑结构大部分情况下，3D打印模型都需要附加支撑结构来确保打印质量。

Form 2 The most advanced desktop 3D printer ever created.Powerful Printer. Amazing Ecosystem.The Form 2 comes standard with one liter of resin, Preform Software, finishing tools,and a one-year warranty. Set up is so simple, you’ll be printing in 15 minutes.Easy FinishingOur redesigned Finish Kit simplifies the post-print process, makingfinishing your parts quick and easy.Advanced MaterialsOur library of Standard and Functional Resins has been designed to work with the Form 2 to deliver beautiful results.Desktop StereolithographyThe Form 2 delivers professional quality parts right from your desktop.Intuitive SoftwarePreform makes printing simple. With one click, you can prepare your model and upload your project over Wi-Fi.What’s New?See what makes the Form 2 the most advanced desktop 3D printer ever created.Redesigned Print ProcessA new peel mechanism and heated resin tank create a reliable print process.Touch Screen + Wi-FiEasily send prints over Wi-Fi, reprint previous jobs, and manage your print queue.Materials LibraryOur resin cartridges are easy to store and swap out, giving you more flexibility and less mess.Bigger, Better PrintsWith a 40% bigger build volume, and a 50% more powerful laser, the Form 2 is capable of large prints with spectacular detail.Automated Resin SystemThe Form 2 automatically dispenses material from the resin cartridge based on the size of your prints. Print big parts without pausing for refills.Expect very high-quality 3D prints with excellent detail from the Form 2."— Richard Baguley, T om’s Guide"The Desktop AdvantageAchieve excellent results faster by harnessing the power of desktop printing.SERVICE BUREAU FORM 2INDUSTRIAL SLA TURNAROUND TIME 1 – 2 weeks Hours < 24hrs UPFRONT COST$0$3499$60K – $300K ROOK PRINT COST$75.00$1.67$6.00PRINT COST VS. FORM 245x1x 3.5xLONG TERM COSTS N/A free one-year warranty mandatory service contract (~$15K)ACCESSIBILITY external, third party internal, desktop,anyone can use internal, workshop, run by a technician,often projects will be billed for useROOKSAMPLEPART[The Form 2 is] the best prosumer 3D printer I’ve used."— John Biggs, Editor at TechCrunch "Exceptional Print QualityThe Form 2 delivers professional-quality printed parts at a fraction of the price.HOBBYIST FDM 1Part cost: $0.41Machine cost: $2,500DESKTOP SLA (FORM 2)1,2Part cost: $1.67Machine cost: $3,499INDUSTRIAL SLA 1Part cost: $6.00 Machine cost: $300,0001All parts printed at 100 micron layer height.2Printed in Formlabs ‘Grey Resin’ — one of our Standard prototyping resins.When viewed side-by-side, complex models printed by the Form 2 looked like finished products that you could buy in a store — the same models printed by a FDM printer feel like cheap toys in comparison."— Devindra Hardawar, Senior Editor at Engadget"HIGH-RESOLUTIONFor demanding applications, our carefully-engineered resins capture the finest features in your model.STRENGTH AND PRECISIONOur resins create accurate and robust parts, ideal for rapid prototyping and product development.SURFACE FINISHPerfectly smooth right out of the printer, parts created on the Form 2 have the polish and finish of a final product.Materials LibraryStandard ResinsCustom designed in-house to deliver the highest-quality output, our printmaterials capture astonishing detail without sacrificing durability or toughness.Materials LibraryFunctional ResinsOur growing library of high-performance resins adds new capabilitiesto the Form 2, offering a range of material properties to explore.TOUGH RESINTough is durable, adaptive, and impact-resistant.Developed to withstand high stress or strain, it isideal for snap-fit joints and rugged prototypes.CASTABLE RESINCastable burns out cleanly, without ash orresidue, perfect for capturing your high-resolutionprints through investment casting.FLEXIBLE RESINFlexible is versatile, tactile, and impact-resistant.It is excellent for making parts that arebendable and compressible.Material SpecificationsSTANDARD RESINSCLEARWHITEGREYBLACKPrice $149 /1L$149 /1L$149 /1L$149 /1L200 Microns ✓100 Microns ✓✓✓✓50 Microns ✓✓✓✓25 Microns ✓✓Application• Transparent polish • Internal Channels • Working with light• Neutral T one • Slightly Opaque • Base for Painting• Neutral T one • Slightly Opaque • Smooth surface • Great for photography• Highly pigmented • Most opaque • Small details •Delicate featuresPowerful SoftwarePreform is our powerful print preparation software. Its intuitive interface makes printing easy while also offering powerful features for advanced users.SIMPLE PROCESSAutomatic tools for orientation and support generation make print setup fast and effective.ADVANCED FEATURESOur advanced mode reveals complexity when you need it, allowing you to fine tune details like individual support placement, density, and geometry.PRINT MANAGEMENT TOOLSPrint time and volume estimateshelp you calculate costs."PREFORM SOFTWARE System Requirements Windows 7 and up Mac OS X 10.7 and up OpenGL 2.1 support 2GB RAM FeaturesSimple print setup One-Click-PrintAuto-orient for optimal print position Auto-mesh repairAuto-generation of supportsRotation, scaling, and duplication Layer slicer for path inspection .STL and .OBJ file input Download today at/products/preformT echnical SpecificationsPRINTERPrice$3499Dimensions35 × 33 × 52 cm13.5 × 13 × 20.5 in Weight13 kg / 28.5 lbs Operating Temperature Autoheats to 35° C or 95° FSelf-heating Resin Tank Power Requirements100–240 V1.5 A 50/60 Hz65 WLaser Specifications EN 60825-1:2007 certifiedClass 1 Laser Product405nm violet laser250mW laser Connectivity Wi-Fi, Ethernet and USB Printer Control Interactive T ouch-screenwith Push-button PREFORM SOFTWARESystem Requirements Windows 7 and upMac OS X 10.7 and upFile Type.STL or .OBJ PRINTING PROPERTIESTechnology Stereolithography (SLA)Peel Mechanism Sliding Peel Process with Wiper Resin Fill System Automated Cartridge System Build Volume145 × 145 × 175 mm5.7 × 5.7 ×6.9 inLayer Thickness(Axis Resolution)25, 50, 100, 200 microns0.001, 0.002, 0.004, 0.008 in. Laser Spot Size(FWHM)140 microns0.0055 inchesSupports Auto-GeneratedEasily Removable FINISHING KITIncludes• Finishing Tray • Scraper• Pre and Post-Rinse T ubs• Rinse Basket• Squeeze Bottle • Flush Cutters• Tweezers• Disposable Nitrile Gloves • Removal T ool• Removal JigExpert Customer SupportFormlabs is an established leader in desktop 3D printing, with service centers in North America and the EU.ONE YEAR WARRANTY The Form 2 ships with an industry-leading one-year standard warranty. No expensive contracts. Just service you can trust.CUSTOMER SUPPORTYour Form 2 comes withaccess to our experiencedCustomer Support engineers.Get the help and adviceyou need, fast.SERVICINGIf you run into problems,we’ll make sure your printeris fixed quickly. We coverreturn shipping within ourservice regions too.EDUCATIONAL RESOURCESOur extensive online supportsite is filled with articles,videos, webinars and forumsto provide help from ourgrowing community.Additional ResourcesHelpful linksOrder the Form 2 today Order a sample part Form 2 Quick Start GuideMaterial Data Sheets ContactContact the sales teamContact the support teamORDER TODAY/storeQUESTIONS?******************。

家用3D打印机的使用方法随着科技的迅猛发展，3D打印技术已经逐渐进入家庭。

家用3D打印机的出现为普通家庭提供了一种全新的创作和制造方式。

本文将介绍家用3D打印机的基本使用方法，让您能够轻松上手使用。

首先，作为家庭用户，选择合适的家用3D打印机非常重要。

市场上有很多不同品牌和型号的3D打印机，您可以根据您的需求和预算进行选择。

同时，了解一些基本的打印技术和特性也是必要的，比如FDM（熔融沉积建模）和SLA（光固化）等。

在购买之前，建议您先阅读一些产品评论和比较，以确保您选择的打印机适合您的家庭使用。

接下来，了解和学习3D建模软件是非常必要的。

与3D打印机配套的软件通常提供了一些基本的建模功能，可以用于创建您想要打印的物体。

例如，Autodesk Fusion 360、Tinkercad等软件都是非常适合初学者的。

这些软件通常具有友好的用户界面和指导性教程，可以帮助您快速上手。

同时，互联网上也有许多免费的3D 模型资源可以使用，这些资源可以大大提高您的创造力和效率。

一旦您掌握了基本的建模技巧，就可以开始进行3D打印准备工作了。

首先，您需要选择合适的打印材料。

常见的打印材料有PLA、ABS、PETG等。

这些材料具有不同的特点和适用范围，您可以根据您的需求进行选择。

此外，您还需要了解打印机的工作原理和参数设置。

每台打印机都有不同的要求和设置选项，您需要根据您使用的打印机型号进行相应的调整。

通常，您需要设置打印温度、层厚度、打印速度等参数。

在进行打印之前，您需要先进行切片操作。

切片是指将3D模型切割为一层一层的薄片，以便打印机理解和执行。

切片软件通常由打印机制造商提供，可以将建模软件输出的3D模型转换为打印机可以识别的文件格式。

切片过程中，您可以选择不同的切割选项，如打印速度、外壳厚度、填充密度等。

这些选项将直接影响到打印质量和打印时间。

因此，您可以根据实际需求进行调整。

一旦完成切片，就可以将文件传输到打印机上进行打印了。

3D打印技术的工作流程和使用方法近年来，3D打印技术正逐渐崭露头角并广泛应用于各个领域。

3D打印技术以特有的“增材制造”方式，能够快速、精确地将数字模型转化为实体物体。

本文将详细介绍3D打印技术的工作流程和使用方法，以帮助读者更好地理解和应用这一前沿技术。

一、3D打印技术的工作流程1. 建模设计：3D打印的第一步是进行建模设计。

设计师使用计算机辅助设计（CAD）软件创建一个数字模型，包括物体的形状、大小和细节等信息。

这个数字模型将作为3D打印的输入。

2. 切片处理：一旦设计师完成建模设计，数字模型将被导入切片软件进行处理。

在这一步骤中，软件将数字模型分割成一层一层的薄片，然后生成每一层的切片数据。

这些切片数据将确定3D打印机每一层打印时的运动路径。

3. 打印设置：在进行3D打印之前，操作者需要进行打印设置。

这包括选择适当的打印材料、打印机参数和打印质量等。

不同的材料和参数设置将对打印效果产生显著影响。

4. 打印操作：一旦设置完成，3D打印机就可以开始工作了。

打印机通过加热和挤压打印材料，逐层堆叠并固化每一层，直到最终构建出整个物体。

这一过程通常需要较长的时间，取决于物体的大小、复杂度和选定的打印质量。

5. 后处理：一旦打印完成，打印出来的物体还需要进行一些后处理工作。

例如，去除支撑结构、进行砂磨、喷涂或者其他装饰处理，以提高打印物体的外观和功能。

二、3D打印技术的使用方法1. 制造原型：3D打印技术最早应用于制造原型。

传统上，制造原型需要经历繁琐的加工过程，但借助3D打印技术，只需将设计好的数字模型输入到3D打印机中，即可直接打印出逼真的原型。

这种快速、精确的制造原型方法极大地缩短了开发周期，并降低了制造成本。

2. 定制产品：3D打印技术为定制产品的生产提供了可能。

通过3D打印技术，消费者可以按照自身需求和喜好，定制出独一无二的产品。

这种个性化生产的模式，为消费者带来了更多选择，并改变了传统供应链的运作方式。

K13D Printer User ManualV1.0Thank you for choosing our products. For the best experience, please read this User Manual carefully and strictly follow the instructions to operate the printer. Ourteams will always be ready to provide you with the best services. Please contact us via the phone number or e-mail address provided at the end of this User Manual when you encounter any problem with the printer. For a better experience in using our products, you can also learn how to use the printer in the following ways:Accompanied instructions: you can find the relevant instructions and videos in the USB flash disk.You can also visit our official website (https://) to find information regarding software, hardware, contact information, device instructions, device warranty information, and more.1. About the Device 1.1 About the Printer 1.2 Device Specifications 1.3 Packing List2. Unboxing 2.1 Unpacking Steps 2.2 Install the Product 2.3 Power-on guide3. About the User Interface 3.1 Main、Prepare 3.2 Files 3.3 Tune、Support4. First Printing 4.1 USB flash disk Printing 4.2 LAN Printing5. Functional Specification 5.1 Extrude、Filament Retreat6. Tips and Routine Maintenance 6.1 Maintenance Items 6.2 Error Code Instructions 6.3 Precautions for printing ...................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................01-0301-0102-0203-0309-0911-1112-1216-1617-1718-1819-2017-2013-1509-1110-1012-1516-1604-0804-0506-0708-081.1 About the Printer1.3 Packing ListWrench and Screwdriver ×14Touch screen 2Filament3Blade ×15M6 socketspanner ×112After-sales ServicesCard ×115Power Cable ×111Material barrel ×161.2mm nozzle cleaner ×1813Tool Box ListCutting plier ×17USB flash disk ×19LubricatingGrease ×1Quick Guide ×1* Tips: the above accessories are for reference only. Please refer to the physical accessories!2.1 Unpacking StepsKeep the blue cube in the figure clean of debris and then click "OK".① Network Settings② Time Zone Settings③ Creality Cloud binding④ Self-inspection⑤Self-testing2.3 Power-on guide⑥ Self-test completedNote: The current interface is for reference only. Due to the continuous upgrading of functions, it shall be subject to the latest firmware UI published on the official website.Prepare3.1 Tune、Prepare① Local model② Press and hold on the model to multi-selectand copy it to a USB flash drive③ USB flash drive model ④ HistoryTips: Choosing print calibration can improve print quality 3.2 FilesNote: The current interface is for reference only. Due to the continuous upgrading of functions, it shall be subject to the latest firmware UI published on the official website.SupportSystemSystem HelpNetworkError historyUpload LogNote: The current interface is for reference only. Due to the continuous upgrading of functions, it shall be subject to the latest firmware UI published on the official website.4.1 USB flash disk Printing④ Printing③ Select to print② USB flash drive modelNote: The current interface is for reference only. Due to the continuous② Choose a language and region;③ Choose a Printer；⑤ Select to download the model;④ Click on "Model Library" and select the model file;4.2 LAN Printing Creality Print①Download at()or find the software on a USB flash driveand install it.Note: The current interface is for reference only. Due to the continuous upgrading of functions,it shall be subject to the latest firmware UI published on the official website.4.2 LAN Printing⑥ Log into a Creality Cloud account;⑦Start slicing;⑧Selection of LAN printing;⑩ Device List；Add a device: a. Add by scanning;→Select a device;⑪ Device Details 。

调平打印机初次使用前或者剧烈震动后，请调平后再打印。

调平过程如下：1、用“10mm”档位将打印头降低至距离平台10mm左右，然后用“1mm”档位继续降低至1mm左右，最后用“0.1mm”档位将打印头降低至刚好接触平台。

2、此时，返回上一层。

点击“设Z为零”，然后将补偿的“√”点击成“×”。

3、返回上一层，点击“调平”，打印机进入自动调平程序。

4、调平结束后，将“×”点成“√”。

调平过程结束。

软件安装及参数设置1、将Slicer文件夹存放于英文路径下。

打开Slicer文件夹，软件为免安装版，双击“Slic3r.exe”打开软件。

点击“文件”，加载打印参数设置文件。

参数配置文件位于“config”文件夹下。

点击“加载配置”，加载config1.ini点击“加载全部配置”，加载Slic3r_config_bundle1.ini2、将图示配置都选择为“S2+”打印一、进料1、将料盘托架安置于打印机顶部：把轴承和托架的槽对准，卡入。

2、将打印机预热点击液晶屏右侧按钮，进入主菜单，点击“预热”，选择对喷头进行预热。

3、将料盘放在托架上，把料丝的头剪成尖头，从顶部的进料口引入，待预热完成后，经挤出齿轮插入进料管，从喷头挤出。

1、打开Slicer软件，点击“增加模型”将模型导入，并可通过图示功能对模型进行调整。

2、通过“切片配置”可对“层高”、“填充”等参数进行设置。

3、确定好层厚、填充密度、是否允许支撑等参数后，点击“导出G代码”，将切片文件保存在SD卡中。

三、开始打印1、用打印机固体胶均匀涂抹于平台，将SD卡插入打印机，点击屏幕上的“打印”，选择刚才保存的文件进行打印。

2、打印机自行预热，片刻后，打印机便开始工作。

打印完成后，打印机喷头将自动归位。

用小铲子将模型取下，把平台上的残料清理干净。

3、待打印头冷却后再关机，刚打印完成后勿立即关闭打印机。

断电续打如遇打印中途意外断电，再次通电时无须重新打印，S2+具备断电续打功能。

simplifysimplify说明书目录第一章．软件页面介绍一.主页介绍 (2)二.界面基本操作 (2)三.常用菜单栏介绍 (3)第二章．参数设置说明一.挤出机页面设置 (5)二.层的选项页面 (6)三.附加选项页面 (7)四.填充页面设置 (8)五.支撑页面设置 (9)六.温度页面设置 (10)七.冷却页面设置 (11)八.G代码页面设置 (11)九．脚本页面设置 (12)十.速度页面设置 (12)十一.其他选项页面设置 (13)十二.高级选项页面设置 (14)第三章.整个切片的流程一.整个切片的流程 (15)第一章.软件页面介绍一.主页介绍图A（1）菜单栏：Simplify3D切片软件主要功能里面有模型导入/导出、工作场景保存、模型修复、固件配置等。

（2）导入模型：显示你已经导入的模型名称，你可以再次导入也可直接删除你不需要的模型。

（3）打印参数设置：设置切片参数，如温度、打印速度、支撑、回抽速度等。

（4）成型平台：显示你已经导入的三维模型，双击模型可以移动模型、对模型进行缩放、旋转模型等。

（5）工具栏:工具栏主要有以下功能：• 视图的切换；• 模型/坐标是否显示设置；• 机器控制面板；• 手动设置模型支持。

二.界面基本操作（1）鼠标右键：点击(不放)成型平台，可以拖动成型平台。

（2）鼠标滚轮：放大/缩小视图；（3）鼠标左键：点击(不放)成型平台，可以旋转成型平台，切换不同视图观看模型.找到菜单栏•找到菜单栏找到菜单栏•找到菜单栏三．常用菜单栏介绍工厂文件：为方便下一次使用FFF 配置文件：功能和工厂文件次打开时为修改过的模样，已保存/（1） 工厂文件（2） FFF 配置文件点击文件选项•点击文件选项保存工厂文件•打开工厂文件点击文件选项•点击文件选项导出FFF 配置文件•导入FFF 配置文件图B次使用时不需要重新设置参数，可以保存配置参数。

厂文件一样，但是FFF 配置文件如果上一次使用时修样，已经不是第一次保存时的模样。

3D打印机使用的基本流程简介3D打印机是一种利用三维数字模型制造实体物体的设备。

它可以通过逐层堆叠材料的方式来创建具有复杂形状的物体。

本文档将介绍使用3D打印机的基本流程。

流程步骤1.设计模型：–使用专业的3D建模软件（例如Autodesk Fusion 360、SketchUp等）进行设计。

–或者使用现成的3D模型文件，如.STL或.OBJ等格式。

2.导入模型：–打开3D打印机软件（例如Ultimaker Cura、MakerBot Print 等）。

–导入设计好的模型文件。

–调整模型的大小、方向和位置以适应打印机的工作范围。

3.设置打印参数：–选择适合的打印材料（例如PLA、ABS、PETG等）。

–调整打印机的层高、打印速度、温度等参数。

–还可以选择添加支撑结构或热塑性材料以增强打印品质。

4.预览和修复模型：–在软件中预览打印模型，确保其外观和尺寸符合预期。

–如有必要，使用软件的修复工具修复模型中的错误或孔洞。

5.准备打印机：–将3D打印机连接到电源和计算机。

–根据打印材料的要求，安装正确类型和颜色的打印材料。

–清洁打印床，并在需要时使用胶水或胶带增加底层附着力。

6.启动打印：–在软件中点击“开始打印”按钮，将打印任务发送到打印机。

–确保打印机工作区周围的安全，避免打印中干扰。

–监控打印过程，确保一切正常。

7.取出打印件：–打印完成后，等待热床冷却到安全温度。

–慎重地移除打印件，避免损坏。

–如有需要，将打印件去除支撑结构。

8.后处理：–清洁打印件，去除可能残留的支撑材料或无关物。

–进行必要的加工或涂装来提升打印品质。

9.维护保养：–定期清洁和维护打印机，保持其正常工作。

–更换耗材或损坏的零件。

–及时更新打印机软件和固件。

结论使用3D打印机的基本流程包括设计模型、导入模型、设置打印参数、预览和修复模型、准备打印机、启动打印、取出打印件、后处理、维护保养等步骤。

掌握了这些基本流程，你就可以开始使用3D打印机来制造自己的物体了。

Simplify3D® Quick Start Guide SOFTWARE SETUPThe Configuration AssistantWhen you open Simplify3D for the first time, youwill be greeted by the Configuration Assistant.Select your printer from the drop down menu toautomatically configure all of your settings.If you don’t see your printer listed on theConfiguration Assistant, please select the option for“Other” at the bottom of the list. If you needassistance creating a new profile, feel free tocontact Simplify3D Support for assistance.You can access the Configuration Assistant at anytime to change your settings to a different printer.Go to Help > Configuration Assistant.The Interface LayoutAfter the printer configuration is complete, you will see the main Simplify3D software interface. The major elements of the software interface are identified below.FOUR STEPS TO YOUR FIRST PRINT1. PrepareThe first step of the 3D printing process in Simplify3D is to import the model you want to build.You may obtain 3D models from a variety of online repositories, such as or , or you can make your own model using CAD software. Save the 3D model fileas an .stl or .obj file.Click Import in the Models section and navigate to the folder where you saved your file. Youcan also drag-and-drop file(s) onto the Build Table. Click onCenter and Arrange to move your models to the center ofthe build plate. Use Tool Bar options (listed vertically on theright side of the window) to view and manipulate your model.2. ProcessNow you will define a Process that specifies how your model will beconstructed. Most models use a single process; more complicated modelsmay use multiple processes. The first Process will be configuredautomatically based on the printer selected in the Configuration Assistant.You can make any adjustments you choose, but “Process1” is a great placeto start!To make adjustments to your Process, double-click on the Process or clickEdit Process Settings. This will open the FFF Settings window.**The acronym FFF stands for Fused Filament Fabrication, and refers to 3D printing using filament-based materials.The FFF Settings window contains all the settings that specify how your model will beconstructed:• Select Profile: Loads aprinter profile and thecorresponding settings, whichhave been selected to ensureoptimum quality.• Auto-Configure forMaterial: Adjuststemperature, extrusion, andcooling settings based on thematerial you select.• Auto-Configure for Print Quality: Adjusts layer height, infill density, and other quality settings based on the level you desire.• Auto-Configure Extruders: This selection box appears if you selected aprinter with multiple extruders. Select the extruders that you intend to use and they will be automatically enabled.• Infill Percentage: Adjusts the interior solidity of your 3D print. 0% is completely hollow and 100% is completely solid. A value in the range of 20-50% is frequently used.• Include Raft: Generates a raft structure underneath your part. Rafts are used to improve the bond to your build platform and may help reduce warping on large models. A raft can also compensate for slight leveling issues if you have difficulty with first layer adhesion. • Generate Support: Turns on the Support Generation Tool. Support structuresare used when your model has steep overhangs or unsupported areas. Typically,overhangs greater than 45º benefit from support material underneath it. Simplify3D also allows you to customize the location of your support structures; simply click to add ordelete! Support structures break away cleanly and easily, minimizing damage and ensuring high quality models.Click OK when you have finished configuring your settings in the FFF Settingswindow. At any time, you can modify the settings by double-clicking on the Processin the list, or by clicking Edit Process Settings. Click Show Advanced to view additional options.3. PreviewAfter you have finalized your Process settings, click Prepare to Print! This will initiate two important functions: Simplify3D will “slice” your model and transition to the Preview Mode.“Slicing” is the term used to describe the process of converting adigital model into line-by-line printer instructions called G-Code. Thelightning-fast slicer in Simplify3D quickly prepares G-Code based onthe variables you selected in the FFF Settings window.The animated Preview Modeallows you to inspect all aspects ofyour print operation prior toexecution. The software reads theG-Code and displays line-by-line orlayer-by-layer how your model willbe constructed.The Preview provides interactivebuttons for precise inspection ofyour build sequence:• Play/PauseButton: Animates thePreview by line or by layer.• Start and End Slider Bars: Allow you to move through the Preview manually.(Hint: leave the Start slider positioned left and drag the End slider right to view the build sequence.)A useful setting is to select Preview by Layer and also place a checkmark in SingleLayer Only. Together, these selections will allow you to view one layer at a time.If you want to make further adjustments to your model or process before printing, click Exit Preview Mode. This is a great time to ensure that your model is constructed properly.The Preview Window also contains estimates about your print project. These Build Statistics appear in the top left corner of the Preview window.• Build Time: How long it would take for your print to finish.• Filament Length: How much filament it will take to build your model.• Weight: How much the print will weigh when completed.*• Material Cost: An approximation of how much it will cost to make your part.* *To adjust the density or cost per kg values, please select Edit Process Settings then browse to the Other tab.4. PrintWhen you are satisfied with the Preview, there are two methods for how to start your print: Begin Printing over USB: if you are using a USB connection, you have the option to view the build sequence real-time on your monitor by selecting Live Preview Tracking. For additional information on USB communication, access the Machine Control Panel by going to Tools > Machine Control Panel to view a broad range of information that is transmitted via USB.Save Toolpaths to Disk: This saves your print file to a user-defined location, such as a folder on your computer or an SD card. The software will save a .gcode file and then automatically create a .X3G, .MakerBot or other print-type file if needed.Additional ResourcesFor more information about any particular setting, useyour mouse to hover over the setting to display atooltip describing the functionality.These additional support materials are found at.• Print Troubleshooting Guide• YouTube Video Resources• Tutorials• Hardware Setup Guides• User Forum• FAQ Hover over text to see TooltipsThank you for purchasing Simplify3D Software, and happy printing!。

Simulation Prep: Working in the Simplify Workspace3.The New Study dialog appears.Ensure Static Stress is selected.Click Create Study.4. On the Toolbar, select Simplify.The contextual Toolbar changes to show two Simplify tabs: Simplify Solid and Simplify surface.5. To reduce calculation time, remove all bodiesthat are not relevant to the study.From the Browser, under Model Components, right-click Shaft Collar:1 and, from the shortcut menu, select Remove.6. In the Browser and in the canvas, the modelupdates with the shaft collar removed.7. Small features are also commonly removedusing the Simplify tools to reduce processing time and to produce a cleaner mesh.To filter features and remove them by size and type, from the Toolbar, Modify panel, select Remove Features.8.The Remove Features dialog displays.To select features by size, in the canvas, select the body of the model.9.In the dialog, click and drag the Feature Sizeslider to filter the features by size.As the slider is moved, smaller to larger features are selected on the body.10.To select features by type, in the dialog, usethe checkboxes to filter out the types offeatures listed.Select Fillets to deselect the fillets.11.In the dialog, reselect Fillets.12.Features may also be manually selected ordeselected for removal. In the dialog, next toManual features, click the selection tool.13.Then, in the canvas, select the features to beremoved.14.In the dialog, click Delete.15.The model updates with a simplified display.Close the dialog.16.Another option to simplify the model is to usethe Split Body command, which can decrease processing time or allow loads to be applied at the center of the model.From the Toolbar, expand Modify and selectSplit > Split Body.17.The Split Body dialog displays.In the canvas, select the body to be split.18.Then, back in the dialog, next to SplittingTool(s), click the selection tool.19.Workplanes display that indicate where the splitwill occur.Select one of the workplanes.20.In the dialog, click OK.21.The body is now split in two.To remove one of the symmetrical bodies, from the Browser, under Model Components,expand Bracket: 1 and then expand Bodies.Hover the cursor over Body3. One of thesymmetrical bodies highlights in the canvas.22.Right-click Body3 and select Remove.23.Body3 is removed from the simulation.Save the file.。

E23D Printer Quick Start Guide* Please review this entire guide before operating the printer.CONTENTSSafety (1)Electromagnetic Compatibility - EMC (2)Technical Specifications (4)Printer Components and Parts (6)Raise3D Supplies and Accessories (10)Precaution and Hardware Installation (11)Software Installation (13)WLAN Connection (20)Maintenance (21)Start Printing (23)User Interface (24)Experiencing Difficulties/Contact Information (25)SafetyWarning: Indicates a potentially hazardous situation which, if not avoided, may result in injury or damage.Hot Nozzle: The hot nozzle sign indicates the presence of devices with high temperatures. Always use extra care when working around heated components. Always wear the heat resistant gloves provided in the Starter Box when working near the nozzle.Nozzle temperatures in the printer can reach 300℃(572℉).Hot Surface:The hot surface sign indicates the presence of devices with high temperatures. Always use extra care when working around heated components. Always wear the heat resistant gloves provided in the Starter Box when working near hot surfaces.Moving Parts: The moving parts sign indicates that a hazard exists. If touched, it can cause serious bodily injury. Always keeps hands clear of moving parts.High Voltage: The high voltage sign indicates the presence of high voltages. Always stay away from exposed circuitry. It is recommended that all conductors be removed.Electromagnetic Compatibility - EMC⚫Simplified EU Declaration of ConformityRaise3D declares that this device is in compliance with the essential requirements and other relevant provisions of Directive 2014/53/EU. Full text of the EU declaration of conformity is available at https://.- 2 -⚫FCC StatementThis device and its antenna must not be located or operated in conjunction with any other antenna and transmitter.This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.NOTE: The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to th is equipment. Such modifications could void the user’s authority to operate the equipment.NOTE: This equipment has been tested and certified to comply with the limits of a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur to a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:-Reorient or relocate the receiving antenna.-Increase the separation between the equipment and receiver.-Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.RF exposure information: This equipment complies with FCC radiation exposure limits set forth for an uncontrolled environment. This equipment should be installed and operated at a minimum distance of 20cm between the radiator and your body.Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.Technical Specifications- 4 -The firmware is based on RepRapFirmware (https:///dc42/RepRapFirmware)The electronics inspired by Duet3D.DUET 2 WIFI and DUET 2 ETHERNET LICENSEThe Duet WIFI/ DUET 2 WIFI and DUET ETHERNET are licensed under the terms of the CERL OHL 1.2 (see below or /attachments/2388/cern_ohl_v_1_2.txt for full text) will the following additional conditions:a.Attribution:Any reproductions or modifications of the hardware must contain the following attribution on the silkscreen and packaging:"Based on the DuetWifi by Think3dPrint3d and Esher3d, see for the original DuetWifi information. This reproduction/modification is not endorsed or supported in any way by Think3dPrint3d or Escher3d".b.Logos:No reproduction or modification of the Duet 2 Wifi or Ethernet hardware may contain the Think3dPrint3d, Escher3d or Duet3d logos.Shouldyouneedanyfurtherinformation,*************************************************.Printer Components and Parts1.Front PartsA.Air Filter BoxContains the air filter, which can filter out part of the harmful gas produced in the printing process.B.ExtruderFeeds the filament into the hotend.C.HotendThe hotend consists of a nozzle, heater block, thermocoupler, heater rod, throat tube, and heat sink.D.Platform TrayThe Platform Tray is highly magnetized to ensure that the build plate stays in place.E.Touch ScreenOn-board computing system to display printer status, error messages, and receive commands.F.Power Saving ButtonQuick press to put the screen and LED in sleep/wake mode; Long press for 10 seconds to restart.G.Filament BoxHolds the filament that will be printed.H.Flexible PlateYou can easily remove your models after they've finished printing by bending the plate.F.Power Saving ButtonG.Filament BoxH.Flexible PlateA.Air Filter BoxB.ExtruderC.HotendD.Platform TrayE.Touch Screen2.Back PartsA.Electric Control SystemIncludes screen components and the motion control panel. Do not open without permission.B.CameraUsed to observe the operation of the printer.C.LED Light BarProvides interior lighting of the chassis.D.Filament HolderHolds the filament spool, maximum weight 3 kg.E.Input PowerAC input and switching.F.Filament ExitThe filament leads from here to the extruder.G.Filament Run-out SensorDetects when the material has run out.F.Filament ExitG.Filament Run-out SensorI.Air Filter FanH.Switching Power SupplyJ.Ethernet PortA.Electric ControlSystem B.Camera C.LED Light BarD.Filament HoldersE.Input PowerH.Switching Power SupplySwitches from alternating current to direct current. Please be careful, it’s dangerous! Do not remove the power box without permission.I.Air Filter FanPulls air out of the machine through the air filter.J.Ethernet PortRJ45 port to connect the printer to a network.3.Other PartsA.Z-axis Endstop Limit SwitchLimits the maximum position in the Z direction and provides a Z-axis zero reference.B.Extruder (Left/Right)Feeds the filament into the hotend.C.X-axis Guide RailGuides the extruder’s movement along the X-axis.D.X-axis Motor (Left/Right)Respectively controls the corresponding extruder for horizontal movement.E.Z-axis Motor (Left/Right)Controls both ends of the X-axis beam for synchronous lifting movements.D.X-axis Left MotorA.Z-axis Endstop Limit SwitchB.Left ExtruderB.Right ExtruderC.X-axis Guide RailD.X-axis Right MotorE.Z-axis Right MotorE.Z-axis Left MotorC.X-axis Guide RailRaise3D Supplies and AccessoriesPower Cable(×5)Hex Wrenches Filament(×2)TweezersHeat Resistant Gloves Spatula FilamentGuide Tube(×2)Nozzle Cleaning Kit(×1)Filament Holder(×4)USB Storage Fuse0.3 mm Feeler Gauge(×1)Filament Box Block(×4)quick connector(×2)Plastic rivet(×4)- 10-Precaution and Hardware Installation⚫Read the entire installation section before starting installationConnect equipment to a grounded facility power source. Do not defeat or bypass the ground lead. •Know the locat ion of equipment branch circuit interrupters or circuit breakers and how to turn them on and off in case of emergency.•Know the location of fire extinguishers and how to use them. Use only ABC type extinguishers on electrical fires.•Know local procedur es for first aid and emergency assistance at the customer facility.•Use adequate lighting for the equipmen t.•Maintain the recommended range of temperature and humi dity in the equipment area.•Do not use this product in an environment containing volati le or flammable compounds.⚫Environmental requirements•E2 is for indoor use only.•Excessive solids (conductive or non-conductive) in the air may cause system damage.•The accumulation of oil in the air can damage the plastic parts of the printer.•Th e operating temperature should be in the range of 15°C to 30°C, with a relative humidity range of 10% to 90%without condensation. The storage temperature shall be in the range of -25°C to 55°C, and the relative humidity range shall be 10% to 90% non-condensation.•The altitude shall not exceed 2,000 meters.•Noise (Acoustics) : <50dB(A) during printingNOTE: E2 printers may generate vibrations which depend mainly on the geometry of parts being printed and material characteristics. This will need to be taken into account if locating the printer near vibration sensitive equipment. Please note that during transportation in low temperatures, there is a chance the machine may frost or freeze. The printer can resume use after being kept 4 - 6 hours in an area that is room temperature.⚫Input supply connection and groundingDuring installation, the main outlet socket should be protected according to appropriate rules. Check the input voltage, phase, and frequency supplied to this machine before turning it on. Verify the connection of grounding wires from the machine to the input source. The allowable input voltages are 1x (90-240)V 50Hz/60Hz. For more information about input supply refer to the technical specification section of this manual and to the rating plate of the machine. Make sure the amount of power available from the input connection is adequatefor normal operation of the machine.⚫Hardware Installation and First PrintUse hands to remove the Z-axis and X-axis locks.Please carefully store the removed locks, so thatthey can be installed again and used insubsequent transportation.The top foam contains five power cords ofdifferent standards. Please use the power cordthat conforms to your current country (or region)and connect it to the power socket. Turn on theswitch and start the device.Turn on the power and the printer will enter theboot process. Your Raise3D printer will take about60 seconds to boot. When the touch screendisplays the "Welcome" window, the printer isready. Then you can finish the installation andfirst print according to the Setup guide.Software Installation⚫ideaMaker InstallationThe slicing software, ideaMaker, is availableon the USB storage device included with yourprinter.Additional downloads and versions areavailable online at:https:///download/➢Open the installer and choose your preferred language. Select your preferred installation location for ideaMaker, and click "Next".➢Follow the instructions provided by the guide, and click "Install". After the installation is finished, click "Next"to go to the next step.➢Click "Finish" and ideaMaker is installed.Open the Disk Image for the ideaMaker installer. This is located in the USB storage device included with your printer. Alternatively, you can download the latest version from https:///download/. Next, drag the ideaMaker icon(left) into the Application folder on the right side.⚫ideaMaker Initial Settings➢When launching ideaMaker for the first time, you will need to select your printer model. Select "printer setting" and choose the type of the printer you are using, then press "Next".➢Select the diameter of your filament. Press "Finish" to finalize the initial settings.NOTE: ALL E2 printers use 1.75 mm filaments.⚫Using ideaMaker➢Click the "+" button to import "Giveaway Spinner" included in the USB storage device.➢Click the "Start" or "" button to begin slicing the model.➢Confirm your printer type and material are correct, then select the standard slicing template.Click "Edit" to select the type of Platform Addition and the type of Support.➢Click "Save and Close" to return to the previous menu. Click "Slice" to generate your file.➢Save the sliced files (.gcode and .data) by exporting them to the included USB storage device.NOTE: File names that do not conform to the Western Latin character set may not display properly.➢Confirm that the files are saved and eject the USB storage device.WLAN ConnectionYou can connect to a network by selectingthe SSID and inputting the password. Whenthe Wi-Fi module is manufactured, 2.4G isset at HT20, 5GHz is set at HT40.Note: The Wi-Fi’s frequency is fixed beforebeing manufactured. The customer is notallowed to modify the Wi-Fi’s parameters.(If needed, please contact our tech supportteam).Alternatively, you can select "Add OtherNetwork" and input a name and password.MaintenanceThe printers are pre-leveled at the factory, butwe recommend verifying that the leveling has notchanged during shipping.How to level up the X-axis:As shown in figure 1, click "Maintenance" to levelup the X-axis and it will touch the top beam untilhorizontal.Click the "Utilities" menu and home the Z-axis.Press the upward arrow to lift the Z-axis about0.3 mm-0.7 mm.Check the distance between the nozzle and theprinting platform. After pushing the left extruderto the center position on the platform, loosen thenozzle screw.Take out the gauge from the Accessory Kit and insert it between the nozzle and the platform. Adjust the nozzle so that the distance between the nozzle and the printing platform exactly matches the thickness of the gauge (about 0.3 mm).Tighten the nozzle screw and remove the gauge. The other nozzle is adjusted in the same way.Follow the steps shown in the figure on the touch screen to run 9-point automatic leveling.After the 9 grid interface automatically closes, the leveling is finished.Start PrintingInsert the USB storage device into the USB slot onthe side of the touch screen.Select the "Print" tab, and choose "USB Storage".Select the file and check the printing parametersand settings. Press "Print" to start printing thetest file.During printing, you can check the status of yourprinting, including printing time and otherparameters, from the touch screen in the "Home"interface.NOTE: The touch screen will display an image ofyour model on-screen during printing. This imagewill only be shown when the file is sliced byideaMaker before being uploaded to the printer.User InterfaceHomeTuneExtruder and heatbedtemperatureCurrent model nameTotal print time Current print statusPrint heightStatusPause, Resume and Stop buttonMenu and Settings button TaskbarVisual display of the current model Print parametersMove the axis Loading/UnloadingLevelingVisual display of X/Y/Z axesCoordinate value and Custom edit functionChoose the X/Y/Z axesMove distance "Unit Settings" X/Y/Z axes move and return buttonDisable motor buttonUpload, Resume Print Task, and Print Statistics The storage location of the printed fileUtilitiesPrintExperiencing Difficulties/Contact InformationIf you run into any issues during this guided setup, please contact our expert technicians by creating a ticket at . Customers outside of the US, please contact your local Raise3D distributor or reseller.For sales information please contact us at *****************.Other inquiries: for any other inquiry please send an email to *******************.US Office43 Tesla, Irvine, CA 92618, USA+1 888 963 9028Netherlands OfficeStationsplein 45 Unit A4.004 3013AK Rotterdam, the NetherlandsChina Office4th Floor B5, 1688 North Guoquan Road, Yangpu District, Shanghai 200438 400 6367 888 (For the Mainland of China only)。

Simplify3d软件使用介绍作者:webdollar6494363@2014/12/10locate:Zhengzhou 2014年7月9日，德国3D打印公司German RepRap推出了一款全功能（All-in-One）3D打印软件Simplify3D。

Simplify3D可取代Repetier-Host和Slic3r 软件，支持导入不同类型的文件，可缩放3D模型、修复模型代码、创建G代码并管理3D打印过程。

1.软件界面-Import导入stl或obj格式文件/也可以鼠标直接拖动stl,obj文件到右侧模拟窗口-Remove移除-Center and Arrange居中自动摆放-process栏为切片参数设置栏,可以变层厚设置,通过add增加多个process设置,如process1,process2...,不同的process指定从哪个高度到另外一个高度.-Edit process Settings编辑具体的切片参数设置-Prepare to Print执行切片,完成后右侧模拟窗口会有刀路生成2.模型位置/方向/尺寸编辑-Absolute Positioning偏移尺寸-Object Scaling缩放,可选均匀或非均匀缩放-Rotational offsets相对X,Y,Z坐标轴旋转角度,虽不如cura直观,但有精确输入角度功能.-Calculated Properties当前物体尺寸3机器打印控制界面-适合联机打印控制,具体大家自己熟悉,我习惯用脱机打印.4手动加支撑功能界面大家可以多尝试提高经验-gridded placement支撑的间距-max overhang angle表示小于该度数的悬空位置才会加支撑-apply based on overhang angle应用加支撑功能-manual placement手动操作控制,增加或者减少某处支撑,点取后选择你认为的位置尝试-clear manual support清除支撑5编辑Processing FFF settings-Select profile选择切片配置文件,这里有N多机型,可以找个接近的机型修改参数后保存为你喜欢的名字,后缀fff./Import为导入,remove移除,Export为保存,假设我们目前用类似ultimaker机型国内的钢壳机器U2.-General Settings综合设定,infill percentage填充百分率;include Raft需要raft;Generate support生成支撑.如不选中则对应无raft或support.-Extruder/Layer/infill/support/temperature/cooling/G-code/Scripts/Other/Advanced为挤出头/层厚/填充/支撑/温度/冷却/G代码/脚本/其他/高级的分项详细参数设定.举例,如果我们已经导入U2.fff设定,则这些分项参数已经设置好,根据我们需要只需要调节需要的参数即可.5.1extruder-extruder toolhead index选择用热头的序号-nozzle diameter喷嘴直径-extrusion multiplier挤出调整比率,用来增大或减少流量修正喷嘴的直径误差-extrusion width挤出宽度-OOZE control拉丝控制-Retraction回抽,retraction distance/回抽距离;Extra Restart Distance/额外起始距离; Retraction vertical lift/回抽时Z轴抬高一个高度;Retraction Speed/回抽速度;-Wipe nozzle擦嘴功能5.2layer自己看吧5.3infill自己看吧,待续5.4support5.5temperature 以PLA为例5.6cooling5.7G-code可选笛卡尔坐标系机器或极坐标机器,相应填写机器行程尺寸.5.8Scripts如果delta/kossel机型需要改动start g-code和Ending G-code里面的代码.以下为笛卡尔坐标系机器头尾文件代码.Start G-codeEnding G-code 5.9other-Speeds速度选项-Filament Properties耗材选项-Bridging搭桥参数5.10Advanced高级设置-layer modifications层调整不选中表示不做调整;如果希望变层厚打印产品,可以设置start/stop printing at height指定的始终高度值,这个需要配合多个process,比如process1设置起点0,终点高度10mm,层厚0.18mm;process2设置起点10.30,终点不选中,层厚0.3mm;(当然要考虑process1不需要顶,process2不需要底,多尝试尝试).依次可以增加N个process变层厚.-Slicing Behavior没尝试过,估计解决(当然要考虑process1不需要顶,process2不需要底,多尝试尝试)问题-Ooze control Behavior拉丝控制6其他功能6.1add-ins插件-Convert Image to3D转换图片成3D6.2Tools下Firmware Configuration 固件选择6.3Mesh/Mesh reduction减少mesh面数6.4Repair模型修复功能,没用过.7后记(抄自天工社文章)Simplify3D采用了非常快的切片算法，即使是最复杂的3D模型亦可快速创建干净的G代码。

3D打印软件介绍及使用方法随着科技的发展，3D打印技术逐渐走进了我们的生活。

而3D打印软件作为3D打印的重要组成部分，起着至关重要的作用。

本文将介绍几种常见的3D打印软件，并提供一些使用方法。

一、TinkercadTinkercad是一款免费的在线3D建模软件，适用于初学者和业余爱好者。

它具有简单易用的用户界面，可以通过拖放和旋转来创建3D模型。

用户可以选择不同的形状，如长方体、球体、圆柱体等，然后将它们组合在一起，进行调整和编辑，以创建自己想要的模型。

使用Tinkercad的第一步是创建一个新项目。

在项目中，用户可以选择一个基本形状，然后使用工具栏上的各种功能来编辑模型。

例如，可以使用平移工具将形状移动到所需位置，使用缩放工具调整形状的大小，使用旋转工具旋转形状等。

此外，Tinkercad还提供了一些高级功能，如孔和倒角，以进一步定制模型。

二、Fusion 360Fusion 360是一款全面的3D设计软件，适用于专业设计师和工程师。

它不仅可以进行3D建模，还可以进行装配设计、仿真分析、制图和渲染等工作。

Fusion 360具有强大的功能和工具，可以满足各种复杂的设计需求。

使用Fusion 360的第一步是创建一个新的设计。

在设计中，用户可以选择不同的建模工具，如绘图、雕刻、曲面等，来创建3D模型。

用户可以通过绘制草图、拉伸、旋转等操作来构建模型。

此外，Fusion 360还提供了一些高级功能，如装配设计、运动仿真、材料选择等，以帮助用户更好地完成设计任务。

三、Slic3rSlic3r是一款用于3D打印切片的软件，它将3D模型切割成一层一层的薄片，以便打印机可以逐层堆叠并打印出完整的模型。

Slic3r具有高度可定制的设置，可以根据用户的需求进行调整，以获得最佳的打印结果。

使用Slic3r的第一步是导入3D模型。

用户可以选择导入自己设计的模型，或者从在线资源库中下载模型。

在导入模型后，用户可以通过调整设置来优化打印结果。

Form2 3D 打印机使用说明书1 . 打印机的构成1 树脂盒2外壳 3 构建平台 4 树脂槽5 树脂刷6触摸屏7 按钮8 调平板12. 快速启动指南2.1准备工作取出Form2 打印机，将打印机放在水平稳定的桌面或台面上（避光），拿出打印机中黑色保护盖板。

注意：在连接电源之前，一定要去除所有包装材料。

(打开上盖，取出打印机内的保护盖板)2.2 连接电源线将打印机和电源连接。

22.3 调平打印机根据提示，请使用调平工具升高或降低打印机的每个支脚（共 4 个）。

调整支脚，直至圆点处于调平图标圆圈中心位置（屏幕会有提示）。

打印机保持水平非常重要，这样可以防止树脂在打印过程中从树脂槽中溢出。

32.4 连接打印机打印机可通过 USB 数据线、wifi、以太网与电脑之间进行连接。

USB 数据线（通过数据线将打印机与电脑直连）Wifi（打印机所连接WiFi 需与电脑所连WiFi 处于同一局域网内）注：连接无线网，点击触摸屏上设置栏的无线图标，之后选择您要连接的网络名称。

采用屏显键盘输入无线网络的密码。

以太网（通过网线连接路由器与电脑连接）42.5安装树脂槽、树脂刷刮板去除树脂槽盖子，将树脂槽四个小支脚与树脂槽托架的相应孔洞对齐，向前推入位。

将构建平台与构建平台支架对齐，并将之推入到位。

向下锁定支架柄，以固定构建平台。

52.6安装构建平台将构建平台与构建平台支架对齐，并将之推入到位。

向下锁定支架柄，以固定构建平台。

2.7 安装树脂盒2.7.1撕开树脂盒上盖部橙色标签（不要打开树脂盒上盖）62.7.2取下树脂盒底部橙色盖子2.7.3树脂盒底部橡胶塞捏开一个小口（可多试几次）注意：不要将橡胶塞取下或松动，且不可使用刀片划开小口7将树脂盒与打印机背面的开口处对齐。

向下推，直至树脂盒固定。

确保从下侧取出橙色阀盖，然后在开始打印前按下打开盖子，以便树脂槽正确填满。

83.安装软件，上传打印任务Form2打印机的最大打印尺寸为145mm×145mm×175mm，因此建议设计好并导入此软件的模型在此尺寸范围之内。

Quick Start GuidePro2-Series 3D Printer* Please review this entire guide before operating the printer .Pro2Pro2 PlusThe contents of this Quick Start Guide may be updated over time. For the latest version, scan the QR code or visit the link below./pages/download#down-quickguidePro2-Series 3D Printer / Quick Start GuideA. List of PartsPro2Touch ScreenHot Ends FansZ-StagePrint Bed Filament Feeder Z Ball Screws Power InletPower Switch USB Storage Slots Pro2 PlusWheelsFilamentRun-out Sensor Camera HEPA Filter Filament Guide TubeTouch ScreenHot EndsFans Z-StagePrint Bed Filament Feeder FilamentRun-out Sensor Z Ball ScrewsPower InletPower SwitchUSB Storage SlotsCamera HEPA FilterFilament Guide TubeEthernet Interface Ethernet Interface01Pro2-Series 3D Printer / Quick Start GuideB. Hardware InstallationLocate the four shipping zip ties, and remove them.It's recommend to unclip these as opposed to cutting. They can be reused if you need to transport your machine in the future.13Remove!(×2)Hex Wrench(3 mm)Select the largest of the included hex head wrench (3mm), and remove all four hex head security bolts from Z-axis clamps (2 bolts each).These are located on the left and right sides on the printer on the ball screw thread.Peel the yellow sticker and remove the 24 security spacers.These clips are designed to hold theextruder assembly in place during shipping and should be saved for future transport. Do not operate printer with clips installed.2Remove!(×24)Remove!Plug the machine into a wall outlet using the power adapter for your designated country. (5 included)Flip the switch to power the unit on.402Pro2-Series 3D Printer / Quick Start GuideB. Hardware Installation (continued)Open the front door , and remove thestarter box and filament box from the base of the printer .Open these packages, and compare with the following contents list.7Once the unit has been powered, theprinter will go through a start-up sequence. Your Raise3D printer will take approximate-ly 60 seconds to boot up. When the touch screen displays the "Home" screen, the printer is ready.5Open the "Utilities" tab, and press the Z Homing button.OK the request, and the print bed will begin to “home” or move to the origin position.This will also allow you to access youraccessory packages.603Pro2-Series 3D Printer / Quick Start GuideSpatulaFilament(×2)Filament Holder(×2)Nozzle Cleaning KitTweezers USB Storage Other Accessories(Spare)Fuse 15A10AThumb Screws(Spare)Power Cable(×5)B. Hardware Installation (continued)Heat Resistant Gloves Build Plate(with Build Surface inside Protective Cover)List of ContentsHex Wrenches 2.521.5304Pro2-Series 3D Printer / Quick Start GuideB. Hardware Installation (continued)Lower the Z platform by 50mm.To do this, set the interval at "10mm" by selecting it in the "Move Steps" bar . This will move the bed 10mm per arrow click. Click this downward arrow 5 times to move Z platform downward to 50mm.8Remove the aluminum build plate from the foam packaging.10Protective FoamCoverBuild Plate Remove!Loose the two thumb screws on the Zplatform by rotating the two thumbscrews counter-clockwise.905Using the included spatula, remove the leveling calibration model from your build plate.11Pro2-Series3D Printer / Quick Start GuideB. Hardware Installation (continued)Re-install the thumb screws, rotating clockwise, to lock the build plate into position.Open the side door of the printer , and install the filament holders into themounting points. Open one of the included spools of filament, and place it on the holder .NOTE: The direction of filament spool should be placed to rotate in clockwise if at points B and D, and should be oriented to rotate counterclock-wise at mount points A and C.ABCD14Mount Points Slide the build plate onto the Z platform with the logos facing upwards, and the handle edge facing the front of the machine.121306Pro2-Series3D Printer / Quick Start Guide B.Hardware Installation (continued)Locate the open end of the filament, and15feed it through the guide tube.Press the “Utilities” tab on the screen and16set the temperature of the left nozzle forthe filament that you're using.Press the “Load” button and the printer willbegin to heat. When the target tempera-ture is reached, press "Load". Completethe feeding operation according to theinstructions on the screen.NOTE: This document's instructions are based onthe properties of Raise3D PLA filament. This isthe standard filament included with your productand it is advised to use the Raise3D PLA fortesting and initial setup.Pro2-Series 3D Printer/ Quick Start GuideC. ideaMaker InstallationOpen the installer and choose your preferred language. Select the installation location for ideaMaker , and click "Next".1The ideaMaker slicing software is available on the USB storage drive included with your printer .Additional downloads and versions are available online at: /pages/downloadDownload ideaMakerWINDOWS08Click "Finish" and ideaMaker is installed.Follow the instructions provided by the console, and click "Install". After the installation is finished, click "Next" to go to the next step.23Open the Disk Image for the ideaMaker installer. This is located in the USB storage drive included with your printer, or download the latest version from/pages/download#down-im.Drag the ideaMaker icon(left) into the Application folder on the right side.When launching ideaMaker for the first time you, you will need to select your printer 1model from the drop-down list, then press "Next".Select the diameter of your filament. Press "Finish" to finalize the initial settings.2NOTE: ALL Pro2-Series printers use 1.75mm filaments.Click the "Start" or “ ” button to begin slicing the model.2Click the "+" button to import “Giveaway Spinner” included in the USB storage.1Confirm your printer type and material are correct, then select the standard slicing template. Click “Edit” to select the type of Platform Addition and the type of Support.3Select your type of Platform Addition and Support in the "Edit" window. Click "Save 4and Close" to return to the previous menu. Click "Slice" to generate your file.Save the sliced files (.gcode and .data) by exporting to the USB storage drive.5NOTE: File names that do not conform to the Western Latin character set may not display properly.Confirm that the files are saved and eject the USB storage.6The Pro2/Pro2 Plus units are preleveled in the factory, but we recommend verifying that the leveling has not changed during shipping.First, home the X/Y Axis by selecting the "home" button, then Z axis "home" button. If the homing procedures complete without issues, reposition the print head.Select "10mm" for "Move Steps" and move X to 50mm, Y to 10mm.1Please use the feeler gauge to check the distance between nozzle and printing platform. The optimal distance between is 0.2mm. The best condition of this is that you can feel a little friction when you slide the feeler gauge into the gap.20.2mmThe distance between the nozzle and the printing platform can be adjusted by turning the thumb screw on the left-front corner of the Z-plate, the higher the screw stands out, the further the distance between the nozzle to the printing platform gets.3Closer FurtherFeeler Gage6During printing, you can check the status of your print including printing time remaining and other parameters from the touchscreen in the “Home” interface.NOTE: The touch screen will display an image of your model on-screen during printing. This image will only be shown when the file is sliced by ideaMaker and the .data file is saved in USB storage or uploaded to screen.Select the “Print” tab, and choose “USB Storage”. Select the file and check the printing parameters and settings. Press “Print” to start printing the test file.54USB StorageInsert the USB storage that contains your sliced model (.gcode and .data files).Insert this USB drive into the USB slot on the side of touchscreen.· Status bar· Menu title, Settings Button· Taskbar· Current model name, total print time, current printing status and height· Visual display of current model· Pause/Resume button · Stop buttonHome Tune· Printing parameters and adjustment · Extruder and HeatBed temperature· X/Y/Z axes move/return to original position · Load and unload function for the L&R extruders.· Check uploading list, recovery task list, printing statistics· Moving step distance settingUtilities Print· Choose where to load the print job from· Disable motor buttonOpen ideaMaker, Click the "+" button to import your two models (.stl/.obj/.3mf file). You 1can download a file or use the test model included in the USB storage drive.Choose one of the models and set its designated Extruder as Left Extruder from the2left side 'Model Info' window.Confirm your printer type and materials for both extruders, then select the standard slicing template.Click “Edit” to select the type of Platform Addition and the type of Support. 5Choose the other model and set Extruder as the Right Extruder using the 'Model Info' window.3Click the "Start" or “i” button to begin the slicing of the model.4Pro2-Series 3D Printer / Quick Start GuideH. Dual-Extruder Print - Slicing (continued) Confirm that the files are saved and eject the USB storage.8Save the sliced files (.gcode and .data) to your USB storage drive. NOTE: File names that do not conform to the Western Latin character set may not display properly.7Select your type of Platform and Support in the "Edit" window. Click "Save and Close" to return to the previous menu. Click "Slice" to generate your file.619Pro2-Series 3D Printer/ Quick Start GuideH. Dual-Extruder Print - Hardware InstallationFeed the filament through the guide tube.2Install the filament holder in the mount point on the side of the printer and place a spool of filament on the holder .NOTE: The direction of filament spool should be placed to rotate in clockwise at mount points B and D and counterclockwise at mount points A and C.A BC D 1Mount PointsThe following steps show how to feed the right nozzle. For the other hardware installations steps please see with Part B. Hardware Installation in this guide.20Pro2-Series 3D Printer / Quick Start GuideOpen the “Utilities” tab on the screen and set the temperature of the right nozzle for the filament you're using, then press the “Load” button.Finish the feeding operation step by step according to the instructions on the screen.NOTE: This document is set based on the Raise3D PLA filament, delivered with the printer . We advise that using the Raise3D PLA for this initial setup and testing.3H. Dual-Extruder Print - Hardware Installation (continued) 21Pro2-Series3D Printer / Quick Start GuideH.Dual-Extruder Print - Start First PrintThe Pro2/Pro2 Plus units are preleveled inthe factory, but we recommend verifyingthat the leveling has not changed duringshipping.First, home the X/Y Axis by selecting the"home" button, then Z axis "home" button.If the homing procedures complete withoutissues, reposition the print head.Select "10mm" for "Move Steps" and move Xto 50mm, Y to 10mm.122Press the left nozzle button and the downwardarrow.32Press the nozzles button in Ultilities page andset the temperature to be 180 degrees. Waituntil nozzles heat up to the set temperature.Pro2-Series 3D Printer / Quick Start Guide H. Dual-Extruder Print - Start First Print (continued) Please use the feeler gauge to check the distance between nozzle and printing platform. The optimal distance between is 0.2mm. The best condition of this is that you can feel a little friction when you slide the feeler gauge into the gap.50.2mmFeeler Gage The distance between the nozzle and the printing platform can be adjusted by turning the thumb screw on the left-front corner of the Z-plate, the higher the screw stands, the further the distance between the nozzle will be from the printing platform.Home the Z axis after each adjustment.6Closer Further23Once the left nozzle moves down, the right nozzle will go up.4Pro2-Series 3D Printer / Quick Start GuideH. Dual-Extruder Print - Start First Print (continued) Press the right nozzle button and the downward arrow.7Once the right nozzle moves down, the left nozzle will go up.8Please use the feeler gauge to check the distance between nozzle and printing platform. The optimal distance between is 0.2mm.The best condition of this is that you can feel a little friction when you slide the feeler gauge into the gap.90.2mmFeeler Gage 24Pro2-Series 3D Printer / Quick Start Guide 11USB StorageInsert the USB storage that contains your sliced model (.gcode and .data files).Insert this USB drive into the USB slot on the side of touchscreen.Open the “Print” tab, and choose “USB Storage” to open the file storage path. Select your dual extrusion file to check the printing parameters and settings. Press “Print” to start printing test file.12H. Dual-Extruder Print - Start First Print (continued) The distance between the nozzle and the printing platform can be adjusted by turning the thumb screw on the left-front corner of the Z-plate, the higher the screw stands, the further the distance between the nozzle will be from the printing platform.Home the Z axis after each adjustment.10Closer Further25Pro2-Series3D Printer / Quick Start Guide2613During printing, you can check the status of yourmodel including the remaining printing time andother parameters from the “Home” interface onthe touchscreen.NOTE: The touch screen will display an image of yourmodel on-screen during printing. This image will only beshown when the file is sliced by ideaMaker and the.data file is saved in USB storage or uploaded to screen.H.Dual-Extruder Print - Start First Print (continued)Build Volume (W×D×H)CONSTRUCTION ITEM PRINTERSOFTWAREPRINTER CONTROLLER ELECTRICAL Machine Size (W×D×H)Pro211×12×11.8 inch 280×305×300 mm 24.4×23.2×29.9 inch 620×590×760 mm Pro2 Plus 11×12×23.8 inch 280×305×605 mm 24.4×23.2×43.5 inch 620×590×1105 mm FFF Dual-head with electronic lifting system 1.75 mm 0.78125, 0.78125, 0.078125 micron 30 - 150 mm/s Heated aluminum build plate with magnetic holding 110 ºC Silicone Pre-calibrated leveling PLA/ ABS/ HIPS/ PC/ TPU/ TPE/ NYLON/ PETG/ PVA/ ASA/ PP/ Glass Fiber Filled/ Carbon Fiber Enforced/ Metal Particles Filled / Wood Filled 0.2/ 0.4/ 0.6/ 0.8/ 1.0 mm 300 ºC Wi-Fi, LAN, USB port, Live camera <50 dB(A) when building 15 - 30 °C, 10 - 90% RH non-condensing -25 °C to +55 °C, 10 - 90% RH non-condensing Print Technology Print Head Filament Diameter XYZ Step Size Print Head Travel Speed Build Plate Max Build Plate Temperature Heated Bed Material Build Plate Leveling Supported Materials Nozzle Diameter Max Nozzle Temperature Connectivity Noise emission (acoustic)Operating Ambient Temperature Storage Temperature Power Supply Input Power Supply Output 100-240VAC,50/*************24 V DC, 600 W Slicing Software Supported File Types Supported OSMachine Code TypeUser InterfaceNetwork Resume Print after Power Outage Screen Resolution Motion Controller Logic Controller Memory Onboard Flash OS PortsideaMaker STL, OBJ, 3MF WINDOWS/ IOS/ LINUX GCODE 7 inch Touch Screen Ethernet: Ethernet 802.11b/g/nWLAN: IEEE802.11b/g:2412MHz to 2472 MHzIEEE802.11n HT20:2412MHz to 2472 MHzIEEE802.11a:5150 - 5250MHz, 5725 -5850 MHzIEEE802.11an HT20:5150 - 5250MHz, 5725 -5850 MHzIEEE802.11an HT :5150 - 5250MHz, 5725 -5850 MHzSecond Generation1024*600ATM Cortex M7.400MHZ FPU32 bit freescale imx6, Quad core 1Ghz ARM processor1GB8GBEmbedded LinuxUsb2.0*2, Ethernet*112×12×11.8 inch305×305×300 mm 12×12×23.8 inch 305×305×605 mm Single PrintDual Print Single Print Dual Print **: When you are printing with dual material.Technical SpecificationsExperiencing Difficulties?If you run into any issues during the guided setup, please contact our expert techni-cians by opening a ticket online at: .4th Floor, Building B5, 1600 North Guoquan Rd, Shanghai, China 200438 +86 21 6533785543 Tesla, Irvine, CA 92618, USA+1 888 963 9028。