3D打印实验室【英文精品】
3d打印英语术语
3d打印英语术语全文共6篇示例，供读者参考篇13D printing is so cool! Have you ever heard of it before? I bet you have seen those awesome 3D-printed toys and models. But do you know what all those fancy words mean? Don't worry, I will explain them to you!First, let's talk about the term "3D printing." It's like magic - you can create three-dimensional objects just by using a special printer and some material. The printer builds up the object layer by layer, following a digital design. It's like building a castle with tiny bricks!Next, let's learn about some common 3D printing terms. "Filament" is the material that the printer uses to create the object. It's like the ink in a regular printer. There are different types of filament, like PLA and ABS, which have different properties."Extruder" is another important term. It's like the nozzle of the printer that melts the filament and deposits it on the buildplate. It's like a hot glue gun! The build plate is where the object is being printed. It's like the stage for a play."Layer height" is how thick each layer of the object is. The smaller the layer height, the smoother the object will be. It's like painting with a fine brush instead of a roller."Support structure" is like scaffolding that holds up the object while it's being printed. It's like training wheels for a bike. Once the object is finished, you can remove the support structure."Bed leveling" is making sure the build plate is flat and at the right height. It's like making sure the dance floor is even. If it's not level, the object won't print correctly.So, that's the basics of 3D printing! It's like creating your own toys and gadgets. Who knows, maybe one day you can design and print your own inventions! Isn't that amazing?篇23D printing is like magic! It's this cool technology that lets you create 3D objects with a special printer. But wait, what are all those fancy words people use when they talk about 3D printing?Don't worry, I'm here to help you understand some of the most common 3D printing terms.1. Filament: Filament is like the ink for your 3D printer. It's a long, thin strand of material, usually plastic, that gets melted and extruded through the printer nozzle to create your 3D object.2. Extruder: The extruder is the part of the 3D printer that melts the filament and pushes it out through the nozzle. It's like the magic wand that brings your design to life!3. Build plate: The build plate is the surface where your 3D object is created. It's like the canvas for your masterpiece. Make sure it's nice and clean before you start printing!4. Layer height: 3D printers create objects layer by layer. The layer height is how thick each layer of filament is. A smaller layer height means more detailed and smooth prints, but it also takes longer to print.5. Support structures: Sometimes, your 3D object needs a little extra support while it's being printed. Support structures are temporary scaffolding that holds up overhanging or complex parts of your design.6. Raft: A raft is a layer of material that's printed underneath your object. It helps your object stick to the build plate and provides a stable base for printing.7. Infill: Infill is the pattern of material inside your 3D object.A higher infill percentage means more material inside the object, which makes it stronger but also uses more filament.8. Slicer: The slicer is a software program that takes your 3D design and turns it into instructions for the printer. It slices your design into thin layers and generates the code needed to print each layer.Wow, that's a lot of cool 3D printing terms! Now you're ready to impress your friends with your 3D printing knowledge. Keep exploring and experimenting with this awesome technology!篇33D printing is super cool! If you don't know what it is, it's basically this amazing technology that lets you createthree-dimensional objects layer by layer. It's like magic!First off, let's talk about the term "3D printing". It's also known as additive manufacturing because it adds material tocreate an object, unlike traditional manufacturing which subtracts material.There are so many cool terms in the world of 3D printing. One of them is "filament", which is the material that is melted and extruded through a nozzle to create the object. Filaments come in all sorts of colors and materials, like PLA, ABS, and PETG.Another important term is "bed leveling". This is when you make sure the build platform is perfectly flat so that the layers of your object stick together properly. It's like making sure your cake is baked evenly!One term that sounds fancy but is really fun is "infill". This is the pattern inside your object that gives it structure and strength. You can choose different percentages of infill depending on how strong you want your object to be.And let's not forget about "support structures". These are temporary structures that hold up parts of your object that hang in mid-air while printing. It's like building a scaffold for your object!Overall, 3D printing is an awesome technology with so many cool terms to learn. It's like being a magician and creating thingsout of thin air! So if you're interested in tech and creating things, give 3D printing a try. You won't be disappointed!篇43D printing is so cool, it's like magic! With a 3D printer, you can make all sorts of things out of plastic, metal, or even food! But before you start printing, you need to know some fancy words to talk about 3D printing. Let's learn some 3D printing English terms together!First off, we have "filament." Filament is like the ink for your 3D printer. It's a long, thin strand of material that gets melted and extruded to create your 3D print. There are all kinds of filaments out there, like PLA, ABS, and even wood or metal filaments!Next up is "extruder." The extruder is the part of the 3D printer that melts the filament and pushes it out onto the print bed. It's like a hot glue gun, but way cooler! The extruder is controlled by the printer's software to create different shapes and designs.Then we have "bed leveling." Bed leveling is super important for a successful 3D print. The print bed needs to be perfectlylevel so that the first layer of your print sticks to it properly. If the bed isn't level, your print might not turn out right!Another important term is "infill." Infill is the pattern of material inside your 3D print. It helps to support the structure of your print and save on material and print time. You can choose different infill percentages and patterns to customize your print.Lastly, we have "slicer." The slicer is a software program that translates your 3D model into instructions for the printer. It slices your model into thin layers and generates the code that tells the printer how to build each layer. The slicer is like the brains behind the operation!So there you have it, some 3D printing English terms to help you talk about this amazing technology. With these words in your vocabulary, you'll be a 3D printing pro in no time! Happy printing!篇5Title: Let's Learn 3D Printing Terminology!Hey everyone! Today I'm going to talk about some really cool stuff - 3D printing! Have you ever heard of it? It's like magic - you can create all sorts of things just by using a special printer.But before we get started, let's learn some important words that we need to know when we talk about 3D printing.First off, we have "filament." Filament is like the ink for the 3D printer. It's a long, thin material that gets melted and extruded to create the object you want to make. It can be made of all sorts of materials, like plastic, metal, or even wood.Next, we have "extruder." The extruder is the part of the 3D printer that heats up and pushes the filament through a tiny nozzle to create the object layer by layer. It's like the chef of the printer, carefully putting everything together.Another important term is "bed leveling." Bed leveling is when you make sure that the surface where the object is being printed is flat and even. If the bed isn't level, your object might end up looking all wonky and weird.And let's not forget about "CAD software." CAD stands for Computer-Aided Design, and it's the program you use to create the digital model of the object you want to print. It's like a virtual playground where you can design anything you imagine.Last but not least, we have "slicing." Slicing is when the CAD software breaks down the digital model into thin layers to tell theprinter how to build the object. It's like cutting a cake into slices before you eat it.So there you have it - some important 3D printing terms to get you started on your 3D printing journey. Have fun exploring the world of 3D printing, and remember to keep on learning and growing!篇63D printing is super cool, guys! It's like magic, but with machines! Let me tell you all about some 3D printing English words that you might hear when people talk about this awesome technology.First up, we have "filament." Filament is the material that gets melted and squeezed out of the 3D printer to make the object. It's like the ink in a regular printer, but in a different form. So cool!Next is "extruder." The extruder is the part of the 3D printer that pushes the filament through a tiny hole to make it come out in the right shape. It's like the chef in a kitchen squeezing frosting out of a piping bag to decorate a cake. Yum!Then we have "bed leveling." This is when you make sure that the platform where the object is being made is straight and level. It's super important because if it's not level, the object might turn out all wonky and not look right. Nobody wants that!Another cool word is "overhang." This is when part of the object being printed sticks out into the air without any support underneath. It's like trying to build a tower out of blocks but the blocks keep falling over. Tricky stuff!And finally, we have "infill." Infill is the pattern of material that fills up the inside of the object being printed. It's like filling up a balloon with water to make it round and squishy. So interesting!So there you have it, guys! Some super cool 3D printing English words to help you understand this amazing technology. Keep on learning and exploring, and who knows what you might create with a 3D printer one day!。
实验室的英文
Data
• Information collected or generated during an experiment or study. • Facts or figures used to support or refute a hypothesis or theory. • Statistical or quantitative information used in scientific research and analysis.
• Laboratory Coats • Protective clothing worn to shield the skin and clothing from chemicals and hazardous substances. • A white, long-sleeved lab coat that covers the entire body and provides a clean and professional appearance. • A laboratory essential that helps maintain a clean and safe work environment.
介绍实验室的英语作文
介绍实验室的英语作文英文回答：The laboratory is a room or building where scientific research and experiments are conducted. It is typically equipped with specialized equipment, such as microscopes, test tubes, and beakers. Laboratories are used in various fields, including chemistry, biology, physics, and engineering.中文回答：实验室是指进行科学研究和实验的房间或建筑物。
它们通常配备了专门的设备，如显微镜、试管和烧杯。
实验室用于各个领域，包括化学、生物、物理和工程。
英文回答：The functions of a laboratory are numerous. One of the primary functions is to provide a controlled environmentfor conducting experiments. The laboratory environment can be manipulated to ensure that variables are controlled and that the results of experiments are accurate and reproducible.中文回答：实验室的功能很多。
其中一个主要功能是为进行实验提供受控环境。
可以控制实验室环境，以确保变量受到控制，并且实验结果准确且可重复。
英文回答：Laboratories also play a crucial role in education. They provide students with the opportunity to learn practical skills and gain hands-on experience in conducting experiments. Laboratories are an essential part of science education and help students to develop critical thinking and problem-solving abilities.中文回答：实验室在教育中也发挥着至关重要的作用。
3d打印专业英语词汇
3d打印专业英语词汇如下：1.增材制造 (Additive Manufacturing; AM)：指基于三维模型数据，通过逐层堆积材料来制造零件或实体物品的过程。
2.增材制造系统(Additive Manufacturing System; Additive System; Additive Manufacturing Equipment)：用于增材制造的设备和辅助工具的总称。
3.增材制造设备 (Additive Manufacturing Machine; Additive Manufacturing Apparatus)：执行增材制造过程的具体机器或装置。
4.CAD (Computer-aided Design)：计算机辅助设计，指利用计算机软件进行产品设计的过程。
5.CAM (Computer-aided Manufacturing)：计算机辅助制造，指使用计算机软件控制机床进行制造的过程。
6.CAE (Computer-aided Engineering)：计算机辅助工程，指运用计算机软件对产品进行分析、模拟和优化的过程。
7.FEA (Finite Element Analysis)：有限元分析，一种计算机模拟技术，用于预测复杂实体对象的行为和性能。
8.CFD (Computational Fluid Dynamics)：计算流体动力学，指利用计算机模拟流体流动情况的学科分支。
9.RE (Reverse Engineering)：逆向工程，指根据现有产品或模型推导出产品设计参数的过程。
10.FDM (Fused Deposition Modeling)*：熔融沉积制造，一种常见的3D打印技术，通过加热塑料至熔点并逐层挤出成型。
11.Filament Guide Tube：导料管，3D打印机中用来引导打印材料到达打印头的管道部分。
12. Firmware：固件，指内置于3D打印设备中用来控制其操作的软件。
关于3D打印技术(中英文)
关于3D打印技术（中英文）3D打印技术3D打印，即快速成型技术的一种，它是一种以数字模型文件为基础，运用粉末状金属或塑料等可粘合材料，通过逐层打印的方式来构造物体的技术。
3D打印通常是采用数字技术材料打印机来实现的。
常在模具制造、工业设计等领域被用于制造模型，后逐渐用于一些产品的直接制造，已经有使用这种技术打印而成的零部件。
该技术在珠宝、鞋类、工业设计、建筑、工程和施工(AEC)、汽车，航空航天、牙科和医疗产业、教育、地理信息系统、土木工程、枪支以及其他领域都有所应用。
3D打印机3D打印机(3D Printers)是一位名为恩里科?迪尼(Enrico Dini)的发明家设计的一种神奇的打印机，它不仅可以“打印”一幢完整的建筑，甚至可以在航天飞船中给宇航员打印任何所需的物品的形状。
不要走开,英文介绍在下边哦2015年我国3D打印技术发展前景分析随着3D打印技术的深入，目前已有上汽、大众等部分整车企业联合零部件企业制作汽车内外饰件的3D产品。
这说明制造商们已经开始接受3D打印技术。
《计划》的发布将促使汽车制造企业能够抛开传统加工生产思路，运用科技创新思路，把3D打印与汽车行业联系起来，完成体系创新。
如果政府能够协助行业建立一个有效平台，把高校、企业与零部行业联合，则可以快速有效推动3D打印技术在零部件行业的应用与发展。
据宇博智业市场研究中心了解，尽管3D打印前途光明，但仍是一条充满挑战的创新之路。
设计师需要极高的想象力。
同时，市场的供应链条也将受到挑战:交付周期、设计策略每一个环节都必须尽善尽美。
而3D打印市场也将不可避免地走向个性化，如何利用定制和本地资源，将成为3D打印成功的关键。
3D打印服务企业无疑会较快地带来收益。
因为应用推广期间，本质上是一个市场创造的过程。
下游企业出于风险的考虑，不会贸然采购设备，改变已有的制造流程。
因此，需要专业的3D打印服务商提供服务，除了产品的直接打印制造之外，还包括CAD模型辅助设计服务，模具开发制造等。
3D printing——大学英语演讲PPT——3D打印技术
Contents
• What is 3D printing • Applications of 3D printing • Modeling software • Limitations • The future of 3D printing technology
What is 3D printing
• 3D printing, also known as additive manufacturing, is a technology that uses computer-aided design (CAD) to create three-dimensional objects. It involves depositing or spraying materials layer by layer based on the design to create complex shapes and structures.
Applications of 3D printing
• It is commonly used for prototyping and short-run manufacturing, but its use is constantly expanding to oing
Applications of 3D printing
• 3D printing has a wide range of applications across various industries such as healthcare, automotive, aerospace, architecture, and consumer goods.
Limitations
实验室名称中英文对照大整理
实验室名称中英文对照大整理自动化实验室Automation Lab语言实验室Language Lab现代产品设计与制造技术实验室Modern Product Design & Manufacturing Technology Lab 计算机集成制造实验室Computer Integrated Manufacturing System Lab先进设计技术实验室Advanced Design Technology Lab机械设计基础实验室Machine Design Lab包装工程实验室Packing Engineering Lab机械制造技术实验室Machine Manufacturing Lab精密机械测量技术实验室Precise Machine Measuring Technology Lab数控技术与传动控制实验室NC Technology & Transmission Control Lab设计创新实验室Innovation & Practice Lab机械CAD中心Mechanical CAD Center工作设计与时间研究实验室Job Design & Time Study Lab企业资源规划实验室Enterprise Resource Planning Lab系统仿真与设施规划实验室System Simulation & Facility Layout Lab人因工程实验室Human Factors & Ergonomics Lab液压与气动实验室Hydraulic & Pneumatic Lab汽车性能和结构实验室Auto Performance & Construction Lab发动机性能实验室Engine Performance Lab汽车电子电气实验室Auto Electronic & Electric Lab数字媒体技术实验室Digital Media Technology Lab数字媒体技术基础实验分室Digital Media Technology Foundation Lab数字影视实验分室Digital TV & Film Lab计算机动画与虚拟现实实验室Computer Animation & Virtual Reality Lab先进控制技术实验室Advanced Control Technology Lab楼宇智能化实验分室Intelligent Building Lab智能测控实验分室Intelligent Measurement & Control Technology Lab 运动控制与图象识别系统实验分室Motion Control & Image Recognition System Lab 控制网络实验分室Control Network Lab自动控制系统实验分室Automatic Control System Lab自动控制原理实验分室Automatic Control Principle Lab自动化学科创新实验室Automation Subject Innovation Lab电力电子技术分室Power Electronics Technology Lab计算机控制技术实验分室Computer Control Technology Lab高压实验室High Voltage Technology Lab电机与控制实验室Electrical Machinery & Control Lab电路与系统实验室Circuitry & System LabIC设计实验室IC Design LabESDA 与嵌入式技术实验室ESDA & Embedded Technology Lab微机原理实验室Microcomputer Principle Lab电力系统继电保护实验室Power System Relay Protection Lab供配电技术实验室Power Supply Lab电力系统仿真实验室Power System Emulation Lab现代工业网络技术实验室Modern Industry Networks Lab信息集成系统实验室Information Integration System Lab基础化学实验室Basic Chemistry Lab无机化学分室Inorganic Chemistry Lab有机化学分室Organic Chemistry Lab基础分析化学分室Basic Analytical Chemistry Lab物理化学分室Physical Chemistry Lab综合仪器实验室Instrumental Lab化工原理实验室Chemical Engineering Principle Lab化学工程与工艺实验室Chemical Engineering & Technology Lab 食品科学与工程实验室Food Science & Engineering Lab生物工程实验室Biological Engineering Lab应用化学实验室Applied Chemistry Lab制药工程实验室Pharmacy Engineering Lab清洁化学技术实验室Clean Chemical Technology Lab电动汽车研究实验室Electro-Motion Auto Research Lab电动汽车驱动性能检测分室Electro-Motion Auto Performance Test Lab 现代信息技术实验室Modern Information Technology Lab宽带及视频通信分室ADSL & Video Communication LabSDH技术分室SDH Technology Lab虚拟测试技术分室Virtual Test Technology Lab网络测控与光机电一体化分室Network Control & Electromechanical Lab光电信息分室Photo-Electricity Information Technology Lab网络多媒体技术分室Network Multimedia Technology Lab生物特征图像识别技术分室Bio- Character Image Recognition Technology Lab EDA与DSP技术分室EDA & DSP Technology Lab现代通信技术实验室Modern Communication Technology Lab通信原理分室Communication Principle Lab现代交换技术分室Modern Switch Technology Lab无线通信分室Wireless Communication Technology Lab光纤通信分室Optic-Fiber Communication Lab移动通信分室Mobile Communication Lab网络通信与软件分室Network & Software Lab应用电子技术实验室Applied Electronic Technology Lab信号与系统实验室Signal & System Lab数字电视实验室Digital TV Lab微机测控技术实验室Microcomputer Measurement & Control Technology Lab 单片微机与嵌入式系统实验室Single Chip-Microcomputer & Embedded System Lab动态测试与控制实验室Dynamic Test & Control Lab传感器与检测技术实验室Sensor & Measurement Technology Lab精密仪器与光电工程实验室Precise Instrument & Optoelectronic Engineering Lab 信息技术基础实验室IT Foundation Lab高频技术实验室High Frequency Technology Lab道路与桥梁工程实验室Highway & Bridge Engineering Lab给水排水工程实验室Water Supply & Waste Water Lab土木工程材料实验室Civil Engineering Materials Lab工程测量实验室Engineering Surveying Lab建筑与土木工程CAD实验室Architecture & Civil Engineering CAD Lab建筑设备工程实验室Building Equipment Lab建筑学实验室Architectural Lab交通运输工程实验室Communication & Transportation Lab结构工程实验室Structural Engineering Lab控制测量实验室Control Survey Lab力学实验室Mechanics Lab流体力学实验室Hydrodynamics Lab"S"技术实验室S Technology Lab岩土工程实验室Geotechnical Engineering Lab城市规划实验室Urban Planning Lab工程管理模拟实验室Engineering Management Simulating Lab电子商务专业实验室Electronic Commerce Lab企业管理实验室Enterprise Management Lab地理信息系统实验室Geographic Information System Lab信息系统基础实验室Information Systems Lab会计手工模拟实验室Hand Accounting Imitative Lab计算机体系结构实验室Computer Architectures & Organization Lab 计算机组成原理分室Computer Organization Lab接口与通讯分室Interface & Communication Lab智能工程分室Intelligent Engineering Lab微处理器设计分室Microprocessor Design Lab计算机软件工程实验室Computer Software Engineering Lab软件分室Computer Software Lab.图象处理和图形学分室Image Processing & Computer Graphics Lab 网络安全分室Network Security Lab软件项目管理分室Software Project Management Lab现代计算机技术实验室Modern Computer Technology LabSUN工作站分室SUN Work Station Lab计算机网络工程分室Computer Network Engineering Lab材料与能源学院热处理实验室Heat Treatment Lab金属腐蚀与防护实验室Metal Corrosion & Protection Lab金相显微镜实验室Metallographical Microscope Lab物理性能实验室Physical Property Lab高分子材料制备实验室Polymer Materials Preparation Lab高分子材料结构与性能实验室Polymer Materials Structure & Properties Lab高分子材料成型实验室Polymer Materials Processing Lab热工基础实验室Basic Thermal Engineering Lab制冷与空调实验室Air Conditioning & Refrigeration Lab集成电路工艺实验室IC Process Lab电子元器件测试实验室Electronic Device Measurement Lab电子薄膜材料实验室Electronic Film Materials Lab材料成型及控制实验室Material Processing & Control Lab模具技术实验室Die & Mould Technology Lab功能材料的制备与应用技术实验室Preparation & Application of Advanced Functional Materials Lab 无机纳米材料分室Inorganic Nanophase Materials Lab非晶态材料分室Amorphous Materials Lab表面工程分室Surface Engineering Lab热型连铸分室Heated Mold Continuous Casting Lab储能材料分室Energy Storage Materials Lab先进材料结构与性能分室Advanced Materials Structure & Properties Lab环境工程实验室Environmental Engineering Lab水污染控制工程分室Water Pollution Control Lab大气污染控制工程分室Air Pollution Control Lab固体废物处理工程分室Solid Waste Treatment Lab噪声污染控制工程分室Noise Pollution Control Lab环境监测分室Environment Monitoring Lab环境科学实验室Environmental Science Lab环境信息分室Environmental Information System Lab环境化学分室Environmental Chemistry Lab环境生物实验室Environmental Biology Lab 大型精密仪器室Exactitude Apparatuses Room信息与计算科学实验室Information & Computation Science Lab物理与光电工程学院光电技术实验室Optoelectronic Technology Lab光信息技术实验室Technology of Optical Information Lab微电子技术实验室Microelectronic Technology Lab电子技术综合实验室Electronic Technology Lab工业设计实验室Industrial Design Lab服装设计与工程实验室Apparel Design Lab基础造型实验室Fundamental Design Lab摄影分室Photography Lab陶艺设计与制作分室Pottery Design & Facture Lab环境艺术设计实验室Environment Design Lab视觉传达设计实验室Visual Communication Design Lab家具设计实验室Furniture Decoration Lab模拟法庭Mock Trial Room数码钢琴室Digital Piano Room社会工作实验室Social Work Lab工程训练实验教学示范中心Engineering Training Demonstration Center铸造实习室Casting铣刨磨实习室Milling/ Planer/Grinder数控加工实习室CNC Machining数控编程实习室Programming普通车床实习室Turning Lathe焊接实习室Welding钳工实习室Bench Work热处理/金相分析实习室Heat Treatment & Microstructure压力加工实习室Forging测量实习室Measurement装配实习室Assembling大学物理实验教学示范中心College Physics Experimental Teaching Demonstration Center 大学物理基础实验室College Physics Foundation Lab大学物理综合实验室College Physics Synthesized Lab电工电子实验中心Electrical & Electronic Experimental Center电工基础实验室Electronic Foundation Lab电子技术实验室Electrical Technology Lab电工与电子技术实训室Electrical & Electronic Training计算机基础实验中心Computer Experimental Center计算机基础实验室Computer Foundation Lab计算机组装实验室Computer Assembling Lab 计算机组网实验室Computer Network Lab。
3d打印技术英语介绍作文
3d打印技术英语介绍作文3D printing, also known as additive manufacturing, is a revolutionary technology that has transformed the way wecreate and manufacture products. This technology involves the use of digital blueprints and materials such as plastic, resin, metal, or even glass to build objects layer by layer.The process begins with a computer-aided design (CAD) file, which contains the 3D model of the object to be printed. This digital file is then converted into a standard tessellation language (STL) format, which is a universally accepted file type for 3D printing.Next, the 3D printer reads the STL file and starts theprinting process by laying down successive layers of material. The most common type of 3D printer is the fused deposition modeling (FDM) printer, which extrudes heated plastic through a nozzle to form each layer. Other types include stereolithography (SLA), which uses a light-sensitive resin, and selective laser sintering (SLS), which uses a laser tofuse small particles of plastic, metal, or glass.One of the most significant advantages of 3D printing is its ability to create complex geometries that would be difficultor impossible to manufacture using traditional methods. This has opened up new possibilities in various industries, including aerospace, automotive, healthcare, and even fashion.In the medical field, 3D printing has been used to create custom prosthetics, dental implants, and even human tissue. In the automotive industry, it is used for rapid prototyping and the production of complex parts. Aerospace companies use it to create lightweight and durable components, while in the fashion world, it has been used to produce unique garments and accessories.Despite its many benefits, 3D printing also faces challenges such as the high cost of some materials and printers, the need for specialized knowledge to operate the machinery, and concerns over intellectual property rights and the potential for the production of counterfeit goods.In conclusion, 3D printing technology is a powerful tool that has the potential to reshape manufacturing and design across a wide range of sectors. As the technology continues to advance and become more accessible, it is likely to play an increasingly significant role in the future of production and innovation.。
3D打印实验课实验报告及说明
关于先进制造技术课程“3D打印”实验的通知一、实验须知1、实验时间安排：第12周周一（11月23日）下午2:00-3:30全体同学统一进行3D打印实验原理和操作方法及注意事项的讲解(理论讲解地点为上课地点)。
讲解后分2批进行实验（具体分批名单见附录）：第一批：周一下午15:40-17:40（学硕3班、4班）第二批：周四下午15：50-17:50（学硕1班、2班）2、实验地点：工程训练中心3楼（314）智能机械联合实验室3、实验分组：实验时两人一组，同一批中各位同学可自由组合，实验后共同完成实验报告（实验报告将于下次上课时统一上交）。
实验报告自行打印，可参考以下内容做好预习。
如有疑问，请联系二、实验内容及实验报告（以下内容仅供参考，请大家自行整理）1．预习报告的书写内容1、1实验目的和意义：3D打印即快速成型技术，它是一种以数字模型文件为基础，运用金属或塑料等可粘合材料，通过逐层打印的方式来构造物体的技术。
所谓3D打印机与普通打印机工作原理基本相同，只是打印材料有些不同，日常生活中使用的普通打印机可以打印电脑设计的平面物品，打印材料是墨水和纸张，而3D打印机内装有金属、陶瓷、塑料、砂等不同的“打印材料”，是实实在在的原材料。
打印机与电脑连接后，打印机通过读取文件中的横截面信息，用实实在在的打印材料将这些截面逐层地打印出来，再将各层截面以各种方式粘合起来从而制造出一个实体，把计算机上的蓝图变成实物。
这种技术的特点在于其几乎可以造出任何形状的物品。
3D打印技术是典型机电一体化设备，集机械设计、伺服控制、电子信息、控制方法、软件开发、传感器等技术于一体，同时3D打印技术动作复杂，模块化、可重构，可组线，运用灵活，通过对3D打印的实践教学达到了解3D打印机的功能，目前3D打印的发展状况，以及增材制造的方式方法。
同时通过组装3D打印机锻炼动手操作能力，激发创新创造能力。
实验室所提供的桌面式3D打印设备不仅丰富学生的专业知识，提供学生的专业技能，使学生掌握3D打印在工业企业的应用和集成技术，同时大幅度提升学校的核心竞争力，对锻炼和建设教学科研人才，培养学生创新能力和动手实践能力都具有重要的意义1、2实验基本原理和方法：基本原理：熔融成型FDM（Fused Deposition Modeling）是目前桌面级3D打印机最常使用的技术。
实验室英文
实验室英文IntroductionThe laboratory is an important facility in many fields such as medicine, biology, chemistry, physics, engineering, and environmental science. Laboratories are used for conducting various scientific experiments, research, and analysis. It is a place where scientists, researchers, and students work together to investigate, discover, and solve problems related to various scientific fields. A well-equipped laboratory provides a unique environment for research and development, where the latest tools and techniques are available for carrying out experiments and analysis. In this report, we will discuss the characteristics of a well-equipped laboratory and the essential equipment required in a laboratory.Characteristics of a well-equipped laboratory1. SafetySafety should be the top priority of any laboratory. The laboratory should have safety protocols in place to ensure that the environment is healthy and safe for everyone working there. Safety measures include well-ventilated areas, fire extinguishers, safety goggles, fire alarms, and first aid kits.2. OrganizationA well-equipped laboratory should be organized and clean. Equipment should be stored and labeled properly to avoid confusion and reduce the chance of accidents. A clean laboratory also ensures that experiments are not contaminated.3. Adequate workspaceA well-equipped laboratory should have adequate workspace for conducting experiments. The workspace should be large enough to accommodate all the required equipment and provide enough room for researchers to work comfortably.4. Appropriate lightingA well-equipped laboratory should have appropriate lighting to ensure that researchers have clear visibility when conducting experiments. Lighting should be sufficient and not be too bright, as it can interfere with some reactions.Essential equipment required in a laboratory1. MicroscopesMicroscopes are essential equipment in many fields, including medicine, biology, and microbiology. It provides researchers with the ability to see microscopic structures.2. CentrifugesCentrifuges are essential for separating components in a mixture or solution. It is commonly used in biochemistry and molecular biology.3. SpectrophotometersSpectrophotometers are used in chemistry and biochemistry to measure the intensity of light absorbed by a compound. It is a powerful tool for determining the concentration of a substance.4. pH metersA pH meter is used to measure the level of acidity or alkalinity of a solution. It is a critical tool in many scientific fields, including chemistry and biology.5. BalancesBalances are used to measure mass and weight accurately. It is crucial in various fields such as pharmacology, biochemistry, and analytical chemistry.6. AutoclavesAutoclaves are used for sterilization of equipment and materials used in laboratory experiments. It is essential in microbiology and other fields where contamination is a risk.7. IncubatorsIncubators are used to grow and maintain bacteria and cells in a controlled environment. It is a critical tool in microbiology and cellular biology.ConclusionIn conclusion, a well-equipped laboratory is crucial for effective scientific research and analysis. A safe, organized, and well-lit laboratory environment is essential to minimize the risk of accidents and ensure that experiments are not contaminated. The laboratory equipment discussed in this report is only a sample of many tools required in a laboratory. Scientists, researchers, and students must understand the importance of each equipment and how it is used in various fields. A well-equipped laboratory enables researchers to make significant discoveries and contributes to the advancement of scientific knowledge.。
3d打印机介绍英文作文
3d打印机介绍英文作文下载温馨提示:该文档是我店铺精心编制而成，希望大家下载以后，能够帮助大家解决实际的问题。
文档下载后可定制随意修改，请根据实际需要进行相应的调整和使用，谢谢!并且，本店铺为大家提供各种各样类型的实用资料，如教育随笔、日记赏析、句子摘抄、古诗大全、经典美文、话题作文、工作总结、词语解析、文案摘录、其他资料等等，如想了解不同资料格式和写法，敬请关注!Download tips: This document is carefully compiled by theeditor. I hope that after you download them,they can help yousolve practical problems. The document can be customized andmodified after downloading,please adjust and use it according toactual needs, thank you!In addition, our shop provides you with various types ofpractical materials,such as educational essays, diaryappreciation,sentence excerpts,ancient poems,classic articles,topic composition,work summary,word parsing,copyexcerpts,other materials and so on,want to know different data formats andwriting methods,please pay attention!3D printing is an amazing technology that has revolutionized the way we create objects. With a 3D printer, you can transform a digital design into a physical objectin just a matter of hours. It's like magic!Imagine being able to print your own toys, jewelry, or even household items. With a 3D printer, this is now possible. You can design your own unique pieces and bring them to life with just a few clicks. It's a game-changerfor artists, designers, and makers of all kinds.Not only is 3D printing fun and creative, but it also has practical applications. Medical professionals are using 3D printers to create customized prosthetics and implantsfor patients. This technology has the potential to revolutionize healthcare and make it more accessible for everyone.The possibilities with 3D printing are endless. You canprint food, clothing, and even buildings. It's a technology that is limited only by our imagination. And the best partis that 3D printers are becoming more affordable and accessible, so anyone can join in on the fun.But like any technology, there are also challenges and concerns. For example, there are concerns about the environmental impact of 3D printing. The materials used in the printing process can be harmful to the environment, and there is also the issue of waste. However, researchers are working on developing more sustainable materials and recycling methods to address these concerns.Another challenge is the issue of copyright and intellectual property. With 3D printing, it's easy to replicate and reproduce objects, which raises questions about who owns the rights to these designs. It's a complex issue that will require new laws and regulations to address.Despite these challenges, 3D printing is here to stay.It's a technology that has the potential to change theworld in so many ways. Whether it's creating customproducts, advancing medical treatments, or pushing the boundaries of design, 3D printing is a game-changer. So, why not give it a try and see what amazing things you can create?。
计算机实验室 英语
计算机实验室英语《The Modern Computer Lab: A Modern Learning Environment》In this digital age, computer labs have become an essential part of educational institutions. These labs provide students with access to the latest technology, allowing them to learn and develop their computer skills in a controlled environment.The modern computer lab is equipped with state-of-the-art hardware and software, providing students with the tools they need to excel in today’s tech-driven world. From learning programming languages to mastering graphic design software, students have the opportunity to explore and experiment in a variety of disciplines within the computer lab.One of the key benefits of the computer lab is the collaborative nature of the space. Students can work together on group projects, share ideas, and troubleshoot problems as a team. This collaborative environment fosters creativity and innovation, allowing students to learn from each other and gain valuable teamwork skills.Additionally, computer labs often have dedicated instructors or technicians who are available to provide assistance and guidance to students. These experts can help students troubleshoot technical issues, provide instruction on specific software programs, and offer advice on best practices for using the technology.Furthermore, the computer lab provides a safe and secure environment for students to access the internet and other online resources. With proper internet filters and monitoring systems in place, students can conduct research and complete assignments without the risk of exposure to harmful content.In conclusion, the modern computer lab is an invaluable resource for students, providing them with the tools, support, and collaborative opportunities they need to thrive in the digital age. As technology continues to evolve, the computer lab will remain a vital component of the educational experience, preparing students for the demands of the modern workforce.。
一次有趣的3D打印实验
一次有趣的3D打印实验上个星期五，我们班进行了一次特别有趣的科学实验课——3D 打印实验。
这次实验不仅让我学到了很多新知识，还让我体验到了科技的神奇与魅力。
现在，我就来和大家分享一下这次难忘的3D打印实验。
一大早，我们全班同学就兴奋地聚集在科学实验室门口，期待着这次与众不同的科学课。
进入实验室后，老师首先给我们介绍了3D 打印技术的基本原理。
原来，3D打印是一种通过逐层打印材料来制作三维物体的技术。
老师告诉我们，3D打印机就像是一台“智能积木搭建机”，它能够根据电脑中的设计图纸，把一层层材料堆叠起来，最终形成一个立体的物体。
听完老师的讲解后，我们开始了实际操作。
老师先在电脑上给我们展示了一个简单的3D模型设计——一个可爱的笑脸钥匙扣。
我们看到屏幕上的3D模型可以旋转、放大和缩小，感觉就像在玩一个神奇的虚拟玩具。
然后，老师把这个设计文件传输到了3D打印机上。
接下来，最令人激动的时刻来了！我们围在3D打印机周围，屏住呼吸，等待打印机开始工作。
打印机启动后，喷头开始在打印平台上移动，一层一层地喷出细小的塑料丝。
每一层都非常薄，几乎看不见，但随着时间的推移，我们逐渐看到了一个立体的笑脸钥匙扣在打印平台上慢慢成型。
整个过程大约花了一个小时，但我们全程都目不转睛地盯着，完全没有觉得无聊。
在等待的过程中，老师还带我们参观了实验室里的其他3D打印作品。
有一个精致的埃菲尔铁塔模型、一只栩栩如生的小猫雕塑，还有一些有趣的拼图和玩具。
这些作品都让我感到惊叹，没想到3D打印技术可以制作出如此复杂和精美的物品。
当笑脸钥匙扣终于打印完成时，大家都忍不住欢呼起来。
老师小心翼翼地把钥匙扣从打印平台上取下来，递给我们传看。
我们发现，这个钥匙扣不仅外形精美，而且非常轻巧坚固。
看着自己亲眼见证的作品，大家的脸上都洋溢着兴奋和自豪。
这次3D打印实验让我深刻体会到了科技的力量和魅力。
通过这次实验，我不仅学到了3D打印的基本原理，还了解了它在各个领域的广泛应用。
3D Printing 3D打印英文介绍
Guangxi University Apr.18th,2017
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digital file
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3D printer
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3D printing mainstream technology
FDM（Fused Deposition Modeling） SLA（Stereolithigraphy Apparatus） 3DP（Three Dimensional Printing and Gluing） SLS (Selecting Laser Sintering)
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The main materials of SLA is photosensitive resin.It through ultraviolet light or other light source solidification molding, layer by layer curing, get the final product ultimately.
实验室门牌中英文对照
实验室门牌中英文对照一楼1、免疫检测室Immune Detection Room（1个）2、样品管理室Sample Management Room（1个）3、高压灭菌室High Pressure Sterilization Room（1个）4、综合实验室（一）Complex Lab（1）（1个）5、男更衣Men’s Change room（1个）6、女更衣Women’s Change room（1个）7、试剂库Reagent Repository（1个）8、物料留样室Material Sample Room（1个）9、留样品室Sample Room（1个）10、缓冲间The Buffer Room（4个）11、无菌室The Sterility Test Lab （1个）12、微生物限度室Microbial Limit Test Lab（1个）13、阳性实验室Positive Bacteria Lab（1个）14、准备室Preparation Room（1个）15、培养室Culture Room（1个）二楼1、定氮室 Kjeldahl analysis Room（1个）2、消化室 Digestion Room（1个）3、仪器室Instrument Room （1个）4、综合实验室（二）Complex Lab（2）（1个）5、高效液相色谱室HPLC Lab（1个）6、原子吸收色谱室AAS Lab（1个）7、气瓶室Cylinder Stores（2个）8、气相色谱室GC Lab（1个）9、技术资料室 Reference Room（1个）10、放免测定室Radioimmunoassay Room（1个）11、清洗室Cleaning Room（1个）12、干烤室 Oven Room（1个）13、天平室Balance Room（1个）14、灯检室Light Inspection Room（1个）15、水分测定室Moisture Measurement Room（1个）16、标化室Standardization Room（1个）17、QC办公室QC Office（1个）18、QA办公室QA Office（1个）。
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Chinese artifact
3D Printing in Natural Sciences
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Nano-devices Molecules
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Computing Biochemistry Biology Chemistry Physics
Labware
3D Printing in Business
Ag Sciences
E Printing in Applied Human Sciences
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Housing Development
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Apparel Construction Health/Exercise Science Interior Design Education
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Ecosystem Sciences Conservation Forest and Rangeland Geosciences
3D printed river basin
3D printed terrain model
Crystals
Wood with tree rings
3D Printing in Engineering
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Researchers at CSU and other institutes to accelerate research and reduce cost of research Strong Interest from 6 Colleges thus far!
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Local industry “Makers” – the huge communities of new age do-it-yourself innovators (see )
Watch video on how 3D Printing works
Target Users
iPhone handset
Students
– anyone with a student ID and an idea they want to turn into a real object Other Users - Funded by Fees
Benefits
Enhance/accelerate education Develop/stimulate student innovators Enhance CSU student experience Help students invent, expand creativity, enhance productivity Enhance/accelerate research Accelerate Economic Development
Watch person playing 3D printed flute
3D Printing in Other Liberal Arts
For example, • History • Communication • Anthropology
Ancient statue 12th century Egyptian replica
3D-printed vascular graft bioreactor (Senior Design 2012, Engineering, CSU)
Across CSU
Library IT
Applied Human Sciences
Liberal Arts
Business
Natural Sciences Veterinary Medicine
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Airplane design
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Chem Eng Mech Eng Civil Eng EE & Computer Eng
3D printed synthetic heart valve (Dasi Lab, Engineering, CSU)
Cylinder head innovation
CSU 3D Printing Laboratory
Enhancing Education and the CSU Experience
Dr. Sue James Department Head Mechanical Engineering
What is it?
A cross-disciplinary resource at CSU for students… To design and create objects using 3D printing.
New valve design
Advanced lighting
3D Printing in Veterinary Medicine & Biomedical Sciences
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Vaccine Models
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Vet Med Biotechnology Pharma Medical Devices Microbiology
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Real Estate
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Entrepreneurship Marketing Finance & Real Estate Innovation
New product prototyping Real Estate Planning
Marketing
3D Printing in Natural Resources
Apparel
Interior Design
3D Printed Walls & Buildings
3D Printing in Art
Sculpture
3D Printing in Music
Watch person playing 3D printed violin
Trumpet Fullyfunctional Guitar
Animal implants
Custom hand-brace
Micro-fluidics
3D Printing in Agricultural Sciences
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3D printed meat Landscapes Genomics and Molecular Biology