车铣解决方案
为您的车间提供时下尽可能快速有效的车铣基本装置。 从通用加工（如优化挖槽）到高度专业化刀路（如提高 5 轴涡轮切削）等，借助 Mastercam 车铣复合编程模块您的零件加工速度会更快、更具精度，且品质和反复加工性更高。
产品概述
我们今天使用的许多产品都是借助 Mastercam 车铣复合编程模块制作的。 该程序提供了全套加工策略。 Mastercam 车铣复合编程模块可以根据您车间当前的需求进行定制，并可以进行扩展，轻松满足将来的加工需求。
基于机械师需求的全套设计（包括线框、曲面和实体设计）
广泛的刀路模块，包括从行业先进的 2D/3D 动态铣削策略到多轴、专业选择（如 通道专家 和 叶片专家插件）
在所有 CAM 软件用户中，越来越多人选择使用 Masterca。 从 CAD 的初始设计到最终的零件加工，Mastercam 是为提高生产效率而设计的全套解决方案。
3D CAD 完整模块
在软件中，每个对话框都可以方便访问相关帮助信息
功能强大的 多轴 加工
简单有效的挖槽、外形切削和钻孔
基于毛坯智能计算刀路
强大的 3D 实体和曲面加工
完整的刀具库和自定义刀具支持
特征
通过专有的刀路策略延长刀具使用寿命，最大限度地提高材料去除率并缩短生产周期。
Accelerated Finishing™ 超弦精加工技术
利用新型刀具的特点和创新工艺提供编程方案，减少加工时间并提高生产效率。
先进的刀路
借助去除毛刺和等距环绕等先进刀路，降低成本并缩短编程时间。
强大的 CAD 功能
打开 Mastercam 的任何 CAD 文件，让 CAM 编程人员快速建模和准备刀具，以便将零件装卸到机床上。
本地化支持
我们的 Mastercam 经销商拥有面向全球不同国家/地区、制造目标和语言要求的多年实践经验，以确保您作为 Mastercam 用户始终可以获得所需的支持，以便让您可以充分利用您对 CAD/CAM 投资。
免费的软件
试用全球先进的 CAM 软件。 免费下载 Mastercam Demo/Home 自学版。 使用它来学习 Mastercam，并熟悉从 CAD/CAM 编程到实际加工零件的每个步骤！
机床模拟
将代码发送到机床之前，检测毛胚、刀具和机床组件之间的碰撞。 “机床模拟”是验证 3 轴、4 轴或 5 轴铣削（或木雕）刀路可以生成简洁、高效和准确程序的安全方法。
Add Ons
Case Studies View all
3D-Machine, Inc.
New CAM toolpath cuts hoist drum production time by 83 percent Before using Mastercam Lathe Custom Thread toolpath, producing a hoist drum—including machine set up, tooling, and machining—took at least 40 hours. With the CAM toolpath, 3D-Machine, Inc. produced the part in just seven hours. Quick Facts Product Used: Mill, Mill-Turn, Lathe, Multiaxis Industry: Tool…
Achates Power
Complex Machining Replaces Casting for Two-Piece Components in Piston Prototypes Achates Power in San Diego, California, uses Mastercam to create prototype parts for an eco-friendly, gasoline compression ignition, opposed-piston engine. The collaborative research was the work of Achates, Argonne National Laboratory, and Delphi Technologies. It was produced using funding from the U.S. Department of Energy’s…
Mastercam 社区
选用世界上广泛应用的 CAM 软件，您获得的利益将远远超过软件技术本身。 由 Mastercam 用户、专家、教育工作者和爱好者组成的全球社区可以帮助您从投资中获得高回报。
FAQs
Milling is a common machining process. It is a type of subtractive machining where a part is cut from a piece of stock material using a variety of spinning, rotary cutters, such as an end mill, for example.
关闭CNC milling machines have many advantages over manual machining. CNC milling is able to replicate a machining process accurately to precise specifications around the clock. Not only can you achieve exacting standards, the automation results in drastically increased production speed and efficiency over a manual milling process.
关闭Depending upon your choice of software, you will have different options to learn milling software. For example, Mastercam is the most prevalent milling software, so you will find a variety of options to learn how to use it. You can learn to use this milling software in classrooms and career training programs, through online training courses, and with tutorials and training opportunities provided by Mastercam and an extensive global network of Mastercam partners and Channel Partners.
关闭It is difficult to identify a disadvantage to a milling machine unless your manufacturing process would benefit from a different type of machine altogether, such as a lathe, mill-turn machine, or Wire/EDM machine, for example. This cost of investing in a CNC milling machine may seem like a disadvantage compared to a manual mill. However, it is likely the added machining capability and increased productivity and efficiency benefits will so quickly compensate for the initial investment that the cost is not truly limiting as a disadvantage.
关闭CAM software is used to program CNC mills to create toolpaths using G-code to automate the machining process. CAM stands for computer-aided manufacturing or computer-aided machining. CAM software takes part files created in a computer-aided design (CAD) software and creates the code to control CNC machines to cut the part. Mastercam, for example, is a CAM software with built-in CAD, but you can also import CAD files from virtually any CAD software to prepare for machining on a CNC mill.
关闭The difference between 2D milling and 3D milling lies largely on the amount of machine axes that can be commanded on each line of NC code. Typically, when 2D milling, only the x- and y- axes will be utilized on a given move at the machine. In contrast, a simultaneous x-, y- and z-axis move can be used when 3D milling. For example, in complex surface machining, like you would find in mold and die components, Mastercam Mill 3D could be used to program any free-flowing complex surface or set of surfaces.
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