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数控编程软件

GibbsCAM Options

One interface. Multiple uses. GibbsCAM grows with you.

GibbsCAM is organized as a single application. When you add options, you are not forced to learn a new interface. Instead, all options are integrated into the familiar, user-friendly interface. The software is configured for your initial requirements and expanded as your needs grow. We protect your investment in both software and training.

生产车削

GibbsCAM Production Turning supports full 2-axis wireframe machining with full functionality for contouring, …

实体导入

实体导入 (Solids Import) 选项为加工实体模型提供入门级支持。可以对实体模型进行读取、查看和操作。您可以选择并提取几何形状,以进行加工。使用实体导入,您可以导入和查看实体模型,并从选定的边线提取接下来可进…

2.5D 实体

GibbsCAM 2.5D Solids 包括重要的曲面建模和实体造型功能,以及直接加工曲面与实体的功能。创建、导入和修改实体模型,然后生成程序对其进行加工。使用专用工具来导入、修复和自动实体化曲面数据。通过更快、更轻…

SolidSurfacer

下载

缠绕加工选项驱动一个回转轴和两个线性轴来实现 3 轴刀具路径。它扩展了标准的 3 轴铣削功能,用于具有回转轴的机床,以实现包络几何、圆柱形和缠绕加工以及回转重复功能。在铣削时,回转通常围绕 A 轴或 B 轴,而在车铣复…

径向铣削

VoluMill™ for GibbsCAM 是一种超高性能的刀具路径 (UHPT) 选项,使用连续高速的刀具路径生成优化的数控程序。这些强大、高速、高材料去除率功能可以帮助您为车间中的各种铣削部件类型创建最快、最有效…

5 轴多叶片加工

GibbsCAM 5 轴多叶片是对 GibbsCAM 5 轴铣削的补充,优化后适用于编程加工中心和多任务机床 (MTM) 以制造涡轮机械部件。它简化了带有叶片部件的加工,包括叶盘、叶环和叶轮。利用其专业且精简的界面,可…

多任务加工

GibbsCAM MTM 经过专门设计,用于解决复杂多任务加工 (MTM) 工具的数控编程要求,可以为您提供功能强大的编程工具 — 不仅易于学习和使用,而且具有极高的灵活性。

塔式加工系统

塔式加工系统 (TMS) 专门用于简化和精简多部件设置、编程、刀具路径验证和塔式加工的后处理。在一个交互式图形界面中,TMS 对话框提供了数控编程员所需的所有选项和灵活性,从而指定和修改加工策略,并为机床生成高效、无误…

机床仿真

缠绕加工选项驱动一个回转轴和两个线性轴来实现 3 轴刀具路径。它扩展了标准的 3 轴铣削功能,用于具有回转轴的机床,以实现包络几何、圆柱形和缠绕加工以及回转重复功能。在铣削时,回转通常围绕 A 轴或 B 轴,而在车铣复…

Wire EDM

Designed to handle the most demanding wire EDM (electrical discharge machining) programs while being easy-to-…

VoluMill

GibbsCAM 径向铣削选项驱动一个回转轴和三个线性轴来实现 4 轴刀具路径。它为偏心线 Y 轴旋转加工提供粗加工和精轧机加工,可控制壁角和刀具啮合。输入是从实体中提取的 3D 线框几何或通过其他方式创建的,以驱动和…

Probing thumbnail

Probing

Quickly and easily probe raw stock position and set work offsets before staring machining work. Reduced setup times and avoided scrap saves money…

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Hybrid Manufacturing

GibbsCAM Hybrid Machining is a fully-integrated hybrid solution, capable of programming metal deposition (DED) additive and hybrid CNC machines…

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生产车削

GibbsCAM Production Turning supports full 2-axis wireframe machining with full functionality for contouring, automatic roughing, multiple hills and valleys, plunge roughing, threading, repetitive shape roughing, drilling, tapping, and boring. Advanced functionalities like maintaining an awareness of the current stock condition make programming lathes easy and efficient. GibbsCAM Production Turning provides easy-to-use, powerful capabilities for programming your turning centers.

产品系列:铣削、车削和车铣复合产品介绍单页

全面的 2 轴编程

GibbsCAM Production Turning provides a full range of functionality to define processes for efficiently machining 2-axis parts from wireframe geometry.

图形刀定义

The GibbsCAM Production Turning graphical user interface displays the user key dimensions so you can create error-free tooling easily. It supports a wide variety of predefined tool types and user-defined form tools.

Start/End Point Control

With GibbsCAM Production Turning, you have complete control over where you initially position the tool to start machining to where you finish machining. Automatically generate approach extensions if the tool is started off the machined profile.

Advanced Roughing Routines

GibbsCAM Production Turning provides a full range of roughing routines like turn roughing cycles for plunge roughing with automatic shoulder stroking and pattern shift roughing with constant path and constant step over choices.

材料意识

GibbsCAM Production Turning maintains an awareness of remaining stock material to calculate entry/exit and toolpath moves automatically, which reduces programming time and eliminates air-cutting. Knowing the location of the remaining stock enables the system to define rapids that avoid material automatically.

进刀控制

With GibbsCAM Production Turning, you can define toolpaths so the tool cuts in both forward and reverse directions or in one direction only. No tool dragging automatically calculates optimal cutting toolpaths, so the tool always cuts in a forward insert direction.

支持固定循环

Production Turning provides support for a wide range of canned cycles like face, OD/ID and casting canned-cycles for roughing and finishing operations, and most drill-type cycles.

螺纹加工

GibbsCAM Production Turning includes a built-in library for all popular thread form data so you can program threads quickly and accurately.

Profile Boring and Facing

Use a U-axis programmable head on a milling or mill/turn center to machine variable-profile bores, bosses, and faces, using the same easy-to-learn programming tools and techniques as turning on a lathe.  Turn, mill, bore, broach, and more, all in one part program.

Advanced Turning Kinematics

GibbsCAM Production Turning includes built-in support for interpolated, eccentric, and elliptical turning, on both milling and turning centers.  Machine high-quality off-center turned features on large or awkward parts at any orientation.  Take advantage of native support for advanced control features such as Okuma Turn-Cut and Mazak Orbiturn.

实体导入

实体导入 (Solids Import) 选项为加工实体模型提供入门级支持。可以对实体模型进行读取、查看和操作。您可以选择并提取几何形状,以进行加工。使用实体导入,您可以导入和查看实体模型,并从选定的边线提取接下来可进行加工的几何形状。如果您需要加工线框几何形状并想要扩展支持实体初步加工的功能,该选项即是理想之选。

GibbsCAM Solids 数据表

入门级实体支持

在制造业中,实体模型作为源数据类型越来越常见。实体模型所提供的几何形状比其他格式更为精确,从而可以减少错误。GibbsCAM 基于实体的选项建立在“实体导入”选项之上。如果您已经准备好使用实体,“实体导入”为在易于使用的环境中加工实体模型提供了基本支持,以便您轻松使用实体。

本地 Parasolid 支持

Solid models are available in a wide variety of formats, from industry standards like STEP, to CAD-system-specific formats, to kernel modeler formats. GibbsCAM Solids Import supports Parasolid files, a kernel modeler format widely used by numerous popular CAD systems like Siemens Solid Edge® and SOLIDWORKS®. Sharing a common modeling kernel ensures that you can read CAD models in Parasolid format directly into GibbsCAM and then view and manipulate them. Build your solids-based technology on a solid foundation.

查看实体

实体模型提供的演示比线框或曲面模型更为完整,因而可以进行更精确的渲染。有各种实体显示模式可供您选择。您可以动态调整视图的方向,同时还可以使用创新的 GibbsCAM 虚拟轨迹球快速访问标准视图。全面了解您要加工的内容。

从实体提取几何形状

实体模型同时包含线框几何形状和曲面几何形状,因而可以获取最丰富的几何形状数据。并且实体模型可确保曲面间的边缘几何形状满足精度要求。使用 GibbsCAM 实体导入,您可以提取实体模型的线框几何形状(与部件的边缘相对应),并直接对其进行加工。或者,如有必要,您可以在加工之前对所提取的几何形状进行修改。利用实体模型的精度。

实体切片

有时,您想要加工的地方不一定由现有的边缘决定。使用 GibbsCAM 实体导入,您可以通过用平面切割实体来生成线框几何形状。然后,您可以加工或进一步处理生成的几何形状。掌握基于实体技术的强大功能。

基于实体选项的基础

实体引入了各种全新的功能,包括数据交换、可视化、加工、验证。使用 GibbsCAM 实体导入,您可以选择无缝添加其他功能,从而进一步扩展基于实体的技术。读取其他实体格式的 CAD 数据,如 ACIS 文件、CATIA V4 或 V5、Pro/ENGINEER 和 STEP AP203 或 AP214。在保护投资的同时按照自己的速度发展。

2.5D 实体

GibbsCAM 2.5D Solids 包括重要的曲面建模和实体造型功能,以及直接加工曲面与实体的功能。创建、导入和修改实体模型,然后生成程序对其进行加工。使用专用工具来导入、修复和自动实体化曲面数据。通过更快、更轻松地创建数控程序来提高效率和生产率。

GibbsCAM Solids 数据表

强大的实体造型

无论您是需要从 CAD 系统中导入实体模型,从头开始创建自己的实体模型,还是修改导入的实体以创建可制造的版本,GibbsCAM 2.5D Solids 都能通过提供全面的实体造型功能和高级功能(如历史树)助您一臂之力。而且其行业领先的易用性使处理实体变得简单易懂。借助其强大的实体造型工具,您可以充分利用实体造型技术。

导入和修复曲面模型

即使过渡到实体,CAD 系统仍然可以生成必须进行导入和加工的曲面模型。使用 GibbsCAM 2.5D Solids,您可以读取曲面模型,然后修复在使用各种曲面建模工具时遇到的任何问题。并且您可以针对加工创建自己的曲面。如果您仍然使用曲面模型,GibbsCAM 2.5D 实体仍然可以帮助您减少工作量,并为利用基于实体的加工提供一条很好的迁移途径。

自动固化

使用 GibbsCAM 2.5D Solids,您不必从实体模型开始便可以利用基于实体的加工。自动将曲面模型(无论是导入的模型还是创建的模型)缝合在一起,以便创建以后可以利用 GibbsCAM 实体造型工具进行进一步修改或直接加工的实体模型。获取从基于曲面的 CAM 过渡到基于实体的 CAM 所需的工具。

直接加工 2.5D Solids

实体模型不仅在设计过程中具有相当大的优势,而且在加工过程中也具有许多优势。GibbsCAM 开发了加工功能,以便用户可以直接加工实体,并利用实体中可用的其他信息,从而提高性能、可靠性和效率。

实体定位工具

由于实体模型是 GibbsCAM 2.5D Solids 中的主要构建块,因此它提供的强大定位工具可以帮助您快速、轻松、准确地定位和定向实体。在对由多个工件组成的单个部件进行建模时,这些工具不仅极其有用,而且可以显著简化固定装置中部件模型的设置。侧重于如何放置事物,而不是如何计算旋转和转换来使其达到目标。

分析器

识别部件中的可制造特征是程序的常见起点。GibbsCAM 2.5D Solids 包括分析器,这是一个创新的界面,采用交互方式定义凸台、槽和凹槽等特征。与自动特征识别不同,分析器让您可以完全控制特征中所含的几何形状元素。分析器还可以交互式地导出几何形状以进行加工。其强大、基于特征的加工功能可为您提供强大的编程工具。

自动特征识别(孔)

在大多数生产加工作业中,制孔会占用近 80% 的加工时间。孔还占用了生产部件中大量的编程时间。幸运的是,孔在实体模型中也是表现相当出色的特征。GibbsCAM 2.5D Solids 提供了一种自动特征识别 (AFR) 功能,可以识别孔的位置和方向,还可以根据孔的几何形状确定孔的各个方面(倒角、埋头孔/镗孔、底部状况)。利用 AFR 功能来提高您的制孔效率和质量。

孔管理器

简化制孔效率,提高整体质量。由于制孔占用近 80% 的生产部件加工时间,如何对孔进行识别、分组和编程就变得极其重要。孔管理器是处理孔特征的前端,显示孔的参数,并使您能够对这些特征进行分组以用于加工。孔 AFR 与孔管理器集成在一起,以便您识别要直接自动加载到其中的孔特征。孔向导也以类似的方式集成在一起,以便直接传递孔信息,从而进行自动加工和生成刀具路径。

SolidSurfacer

solidSurfacer 选项包括高级曲面和实体造型功能,以及曲面加工和实体加工的高级功能。借助直观的 GibbsCAM 图形用户界面轻松使用复杂的曲面和实体功能。对 SolidSurfacer 的高速加工组件使用高级 3D 功能,以便创建适用于硬质合金切割和高速加工的刀具路径,从而实现光滑的表面光洁度。使用 SolidSurfacer 解决建模和加工复杂模具、工具和冲压模具的苛刻要求。

GibbsCAM Solids 数据表

扩展曲面建模功能

尽管越来越多的部件文件以实体模型的格式提供,但曲面在其定义中仍然起着关键作用,并且用于制造的曲面建模仍然是一项非常重要的功能。SolidSurfacer 扩展了曲面建模功能,可以处理曲面创建或修改。而且其强大的曲面建模功能易于使用。

带高速加工的高级 3D

带高速加工 (HSM) 的高级 3D 在许多方面扩展了 SolidSurfacer 的 3D 曲面加工与实体加工:

  • New types of finishing processes
  • 支持仅采用 3D 材料的刀具路径
  • 增强进入/退出控制
  • Directly machining faceted bodies like imported STL files
  • Automatic core/cavity detection for inside-out or outside-in determination
  • Operation splitting for tool wear and for optimal length out of the holder
  • 自动对曲面进行圆角处理,避免出现凹面尖角
  • Support for batch toolpath generation

拔模

通常,部件具有垂直的壁,因而难以在没有滑块的情况下从模具中取出来。使用 SolidSurfacer,您可以对垂直的壁运用一些稍微倾斜的拔模。

自动生成分模线

您需要在部件范围内将模具一分为二,以确保部件可以轻松卸下。手动确定分模线的位置是一个非常繁琐的过程。使用 SolidSurfacer,您可以自动生成正确的分模线,然后使用该线轻松地将模具一分为二。

提取/修复特征(适用于型芯/型腔或电极)

通常,部件所含的次要特征会在生成刀具路径时产生阻碍。您可以使用 SolidSurfacer 的提取/修复特征功能来抑制这些特征,该功能可以移除特征的几何形状并修复周围的区域。您可以使用实体(由抑制的特征生成而来)创建芯或电极。

多个偏移

在加工时,您必须考虑不同类型的曲面:实际正在加工的曲面、未加工的部件曲面,以及任何与固定装置相关的曲面。使用 SolidSurfacer,您可以为每种曲面类型指定偏移量,或者刀具距曲面的距离。因此,在生成刀具路径时,您可以进行完全控制。

3 轴多曲面加工

当今,部件包含各种形式和曲面。在多个曲面或整个实体上应用刀具路径是除开槽加工和勾勒轮廓外的又一项关键加工功能。借助 SolidSurfacer,您可以使用各种加工方式(如花边切割和 Z 字形)轻松地创建无干涉的 3 轴刀具路径。您可以完全控制切割参数,如方向、定向、步距量和深度。使用 SolidSurfacer,您可以快速、轻松地加工多个曲面。

3D 投影加工

有时,您想直接控制多个曲面上的刀具路径。您可以生成所需的刀具路径,然后将其投影到要加工的曲面上。刀具路径几何形状的来源可以是包括文本在内的任何内容。SolidSurfacer 具有强大的功能,使您能够将几何形状投影到曲面上,从而生成最终的刀具路径几何形状。

下载

缠绕加工选项驱动一个回转轴和两个线性轴来实现 3 轴刀具路径。它扩展了标准的 3 轴铣削功能,用于具有回转轴的机床,以实现包络几何、圆柱形和缠绕加工以及回转重复功能。在铣削时,回转通常围绕 A 轴或 B 轴,而在车铣复合加工时,C 轴运动代替 Y 轴运动。您可以将此 C 轴运动应用至车铣复合部件的表面。输入可以为平面或包络线框几何。

包络几何是平面 2D 几何,以缠绕在圆柱体上的形式显示和加工。您可以在平面或包络模式创建几何,并在平面显示和包络显示之间切换。使用此选项,您可以为圆柱体应用所有 2D 铣削加工,包括轮廓加工、开槽加工和钻孔。由于刀具位于回转中心线上,因此您无法控制壁角或工具啮合。

GibbsCAM 多轴铣削数据表

该选项还可将回转重复功能添加到铣削加工。在单行 G 代码上输出长时间、多次回转。后处理的输出可支持控件的圆柱和极坐标插补功能。对于由平面几何形状定义的部件、根据刀具形状创建的回转部件特征(如简单的凹槽或不需要侧壁控制的凹槽)以及不具有 Y 轴的机床,此选项是理想之选。

径向铣削

GibbsCAM 径向铣削选项驱动一个回转轴和三个线性轴来实现 4 轴刀具路径。它为偏心线 Y 轴旋转加工提供粗加工和精轧机加工,可控制壁角和刀具啮合。输入是从实体中提取的 3D 线框几何或通过其他方式创建的,以驱动和定向刀具。或者,您可以使用曲面来定向刀具并限制刀具路径。

GibbsCAM 径向铣削选项驱动一个回转轴和三个线性轴来实现 4 轴刀具路径。它为偏心线 Y 轴旋转加工提供粗加工和精轧机加工,可控制壁角和刀具啮合。输入是从实体中提取的 3D 线框几何或通过其他方式创建的,以驱动和定向刀具。或者,您可以使用曲面来定向刀具并限制刀具路径。

GibbsCAM 多轴铣削数据表

5 轴多叶片加工

GibbsCAM 5 轴多叶片是对 GibbsCAM 5 轴铣削的补充,优化后适用于编程加工中心和多任务机床 (MTM) 以制造涡轮机械部件。它简化了带有叶片部件的加工,包括叶盘、叶环和叶轮。利用其专业且精简的界面,可以轻松选择几何形状,无需准备模型。对于工作类型或专业水平,有两个功能层次可供选择。

第 1 层次

第 1 层次包括带单个分流叶片的部件和多种刀具路径策略,这些策略包括叶片和单个分流叶片的粗加工支持、轮毂精加工、叶片和分流叶片精加工以及对所有刀具路径进行自动干涉检查。其中包括用于延伸和控制叶片前缘和后缘的选项、倾斜控制、各种用于刀具路径分段旋转的智能控制措施、自动检测轴以及自动和用户自定义的链接与间隙。

GibbsCAM 多轴铣削数据表

第 2 层次

第 2 层次增加了对多个分流叶片与子分流叶片的支持;叶片圆角加工;刀轴平滑;分流叶片平滑;对倾斜、前缘和后缘的其他控制;刀具路径分层排序;以及为剩余铣削定义毛坯的能力。无论是为多任务机床还是加工中心生成刀具路径,5 轴多叶片加工的两个层次都使用了与 GibbsCAM 5 轴相同的后处理程序以及与 GibbsCAM 机床仿真相同的仿真模型。

多任务加工

GibbsCAM MTM 经过专门设计,用于解决复杂多任务加工 (MTM) 工具的数控编程要求,可以为您提供功能强大的编程工具 — 不仅易于学习和使用,而且具有极高的灵活性。

考虑购买多任务机床或想知道您是否正在充分利用已拥有的机床?请下载“关于多任务加工机床编程需要了解的内容”白皮书以得到答案。

同步管理器

与单切削机床不同,多任务机床通常以同步的方式同时在一个或多个主轴上应用多个工具。要想手动协调多个流程流,需要理解许多细节和相互依赖关系。GibbsCAM MTM 同步管理器提供了一个易于理解、直观的图形界面,可让您专注于优化流程。同步管理器为您处理所有基础复杂性。编辑多个进程的指令从未如此简单高效。

多转塔/主轴

Today’s multi-task machine tools incorporate a wide variety of spindle and turret combinations with no end in sight. A two-spindle, two-turret configuration is fairly common for machines, with more than two spindles or turrets becoming more and more common. GibbsCAM MTM supports an unlimited number of turrets and spindles so you can keep pace with advances in multi-task machines.

动力刀座支持

Previously, multi-task machine tools were mainly high-end turning centers with two spindles and tool holders that sometimes included a light-use live tooling capability. Though these are still common, multi-task machine tools now incorporate more substantial live-tooling support so that you can perform more extensive milling operations. You can combine GibbsCAM MTM with any of the GibbsCAM milling options to support your multi-task machine tool’s complete range of milling operations.

Swiss-Style Machine Tools

Swiss-style machine tools are becoming extremely popular, especially for ultra-high-precision parts. Like other types of multi-task tools, Swiss-style machine tools have evolved radically and represent some of the most complex MTM configurations available. GibbsCAM MTM supports Swiss-style multi-task machine tools and provides an easy-to-use tool for programming these complex devices. With GibbsCAM MTM, supporting your Swiss-style machine tools is straight forward.

MTM overview

实用程序操作支持

Bar feeders, parts catchers, and sub spindles are just a few of the ancillary devices on a multi-task machine tool that require non-cutting utility operations to control. GibbsCAM MTM supports the entire range of utility operations used by your machine tool so that you have full control all the way to posted output.

同步管理器

Unlike single cutting tool machine tools, multi-task machine tools apply multiple tools across one or more spindles at the same time, often in a synchronized fashion. Manually coordinating multiple process flows requires understanding many details and interdependencies. The GibbsCAM MTM Sync Manager provides an easy-to-understand, intuitive graphical interface that allows you to focus on optimizing your process. The Sync Manager handles all the underlying complexities for you. Programming multiple processes has never been easier or more efficient.

集成切割部件渲染

With the complexity of multi-flow, multi-task processes, it is extremely important to verify programs before they become expensive mistakes on your machine tools. The GibbsCAM MTM integrated Cut Part Rendering allows you to verify your programs visually, fully simulating multiple tools cutting at the same time. You can detect gouges and observe your program efficiency so that you can make adjustments to further optimize your program. See it before you machine it.

Post Processors

GibbsCAM Post Processors are developed to maximize the efficiency of your CNC Machine and ensure high quality NC code. GibbsCAM and its worldwide Reseller network has the knowledge and experience to provide fast, personalized technical support to ensure your production is continuous and your productivity is uncompromised.

Reduce cycle time, improve part quality, and increase profitability by maximizing multi-task machine and CAM software investments.

塔式加工系统

塔式加工系统 (TMS) 专门用于简化和精简多部件设置、编程、刀具路径验证和塔式加工的后处理。在一个交互式图形界面中,TMS 对话框提供了数控编程员所需的所有选项和灵活性,从而指定和修改加工策略,并为机床生成高效、无误的 G 代码。

GibbsCAM TMS Datasheet

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GibbsCAM TMS 提供

  • 创建部件和固定装置组合,并使其在布局中自动复制的功能。
  • 自动定位和排列塔式加工面上部件的各种选项。
  • 灵活地在每个面上排列不同部件或混合部件。
  • 在不同 Z 级别对部件或面进行编程的功能。 
  • 在所有面上复制排列或在每个面上创建不同排列的选择。
  • 添加或清除每个面上的异常操作的功能,例如被相邻工件阻挡的部件特征或加工操作。
  • 设置从部件到部件以及从一个面索引(旋转)到另一个面的不同安全距离的功能。
  • 通过工具、刀具和部件,或通过塔式加工的面优化循环时间的选项。
  • 支持 G 代码输出中的子程序、固定循环和 B 旋转位置。
  • 在单部件模式下生成数控代码的功能,以便在运行完全加载的塔式加工之前验证设置和加工。

优化通常取决于将类似或相同的操作分组在一起,以最小化刀具更换和塔式加工的旋转。TMS塔式加工系统可使编程员:

  • 按刀具分组操作,以最小化刀具更换。在更换刀具之前,使用单个刀具按顺序对所有部件的部件特征进行加工。
  • 按刀具和部件分组操作,以最小化刀路轨迹。在移动到下一个工件前,使用刀具对一个工件完成所有操作。或者,程序员可以选择使用刀具按组执行单个操作,然后再移动到下一组。
  • 完成一个面上的所有操作后再移动到另一个面,从而最小化塔式加工系统的旋转。

TMS 提供在这些选项之间进行选择的工具,并自动排序刀具路径,以便可以对其进行验证和测试。任何问题都可以通过返回 TMS 对话框并进行必要修改来轻松修正。

通过使用 GibbsCAM 机床仿真增强 TMS,编程员可以渲染并动态模拟整个设置,包括塔式加工、部件、固定装置、刀具、刀柄和所有移动的机床组件,从而检测干涉、碰撞和加工周期。仿真还跟踪 X-Y-Z 位置,防止刀具超过机床的行程限制。

当编程员对结果满意时,单击 TMS 即可为整个部件的塔式加工生成后处理的 G 代码程序。

必备条件:TMS 需要使用 2.5D Solids 或 SolidSurfacer 和一个自定义后处理程序来生成相应的 G 代码。

建议:虽然不是强制要求,但我们强烈建议利用机床仿真正确显示 TMS 输出

机床仿真

作为 GibbsCAM 集成“切割部件”渲染可视化/验证功能的扩展,机床仿真使用动画机床模型来识别任何程序错误,以防在车间造成代价高昂的错误。

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Opticam Wire EDM

Designed to handle the most demanding wire EDM (electrical discharge machining) programs while being easy-to-use, GibbsCAM Wire EDM supports programming 2- through 4-axis CNC wire EDM machines. GibbsCAM Wire EDM is based on the industry-leading Opticam technology from Camtek GmbH and includes post processors and technology data for all major wire EDM machine brands.

Feature Recognition

GibbsCAM Wire EDM can automatically analyze your solid or wireframe part, locating wireable geometries and automatically producing appropriate machining features.  Control undercuts, conicity, hole filtering, and other parameters to get exactly the results you need.  The results are immediately displayed graphically and conform to model changes in real time.  Or, choose faces, edges, and wireframe geometry manually to perform partial cuts and user-defined features.

2-Axis and 4-Axis EDM Machining

Automatically machine ruled and extruded surfaces, tapers, and collars.  Perform EDM pocketing in both 2-axis and 4-axis configurations. Partial pocketing combines normal roughing and pocketing to prevent the creation of extra slugs and ensure reliable unattended operation.  4-axis synchronization is completely automatic based on the solid model.

Starting and Stopping

Start holes are selected automatically for best machining conditions, or you may specify them manually to conform to material conditions or other requirements.  Gluestop tags or bridges can also be positioned and cut automatically or manually.  Lead-on and Lead-off can be configured as straight, angular, arc, or meander, with controlled overtravel.  Automatic threading and cutoff of the wire is supported, including diagonal threading.

3D Simulation

In addition to the live-updating workspace display, GibbsCAM Wire EDM includes a full 3D simulation capability to ensure safe toolpath, including display of fixturing and machine heads, taper angle and deflection checks, slug selection and removal, and cutting time calculation.

Technology Database Support

GibbsCAM Wire EDM offers original equipment technology databases for all common manufacturers.  Depending on the manufacturer, the user may either access the machine database directly through interface software, import the database from the machine, or be provided with a converted database directly.  Supported manufacturers include GF AgieCharmilles, Mitsubishi, Fanuc, Sodick, Makino, ONA, Seibu, Excetek, AccuteX, and Joemars.

Postprocessing and NC Output

The most important part of an NC programming system is the postprocessor, which generates the final NC program that runs on your machine.  GibbsCAM Wire EDM is developed in conjunction with leading machine manufacturers and includes a wide variety of high-quality, well-tested postprocessors to generate optimal and efficient NC output for all types of machines.

VoluMill

VoluMill™ for GibbsCAM 是一种超高性能的刀具路径 (UHPT) 选项,使用连续高速的刀具路径生成优化的数控程序。这些强大、高速、高材料去除率功能可以帮助您为车间中的各种铣削部件类型创建最快、最有效的刀具路径。工艺自动考虑铣削开槽的最佳选择,包括插入材料的刀具速度和材料去除率。刀具负载变化平稳,因此机床可以更高的速度加工并接受原料供给。

  • 提高生产效率。
  • 减少周期时间。
  • 延长刀具使用寿命。
  • 提供高达 100% 的步距,且没有未切割的材料。
  • 安全实现机床输出翻倍。
  • 最多减少 60% 的能源成本。完全集成到 GibbsCAM 中,且具有相同的外观和触感。
  • Fully integrates into the GibbsCAM with the same look and feel.
  • 无需对后处理程序进行更改。
  • 自动调整进给速率。

The GibbsCAM VoluMill Wireframe option is included with each new GibbsCAM milling license and GibbsCAM milling licenses covered by software maintenance.

Probing

Integrate Offset Data

Quick and easy scanning of the blank position and setting of the offset data before starting machining. Shorter set-up times and optimized processes reduce costs.

On-machine Inspection

Inspect and validate a part in-cycle to correct wear offsets, minimize variation, and recut only where necessary.  Reduce machine downtime by providing instant feedback to the operator.  Built-in support for the most common probing cycles, such as hole, pocket, corner, and boss inspection.

Integrated Probing Simulation

Protect your probes by simulating probing operations.  Easily validate that you are probing the right positions on your part without consuming machine time.

For Any Machine

Milling and turning centers, Mill/turn, MTM, Swiss-style machines, and more, are fully supported.  Easily probe with any tool group, against any workpiece.  Automatically probe multiple parts for Tombstone Management System setups.

Extensible Solution

If you have specific needs related to your application or would like to integrate with custom probing cycles on your machine, Probing is fully extensible via GibbsCAM macros as well as plugin-based solutions.

Hybrid Manufacturing

Integrated System for Hybrid Machining

GibbsCAM Hybrid Machining is a fully-integrated hybrid solution, capable of programming metal deposition (DED) additive and hybrid CNC machines.  It uses custom-developed additive manufacturing operations targeted specifically at metal deposition technology, tested and proven at research and industrial facilities worldwide.

Deposition Head Technology

GibbsCAM Hybrid Machining supports a wide variety of laser DED and welding/cladding heads.  A full definition for each head is integrated directly into the software, giving unparalleled support for these new and diverse machines.  Dedicated DED additive machines are supported as well as hybrid (mixed additive and subtractive) machines.

Associative Technology Data

Each GibbsCAM operation is associated with technology data which describes the parameters (such as base and additive materials, laser power, feedrate, and powder and shield gas flow) and the expected dimensional results (cladding track width, height, melt pool, and shape) from those parameters.  Includes full support for mixed and graduated materials, unlocking one of the key advantages of additive deposition technology.  Switch technology data at the press of a button, and GibbsCAM immediately recalculates the required toolpath to manufacture your part with different parameters.

Wall Cladding

Dedicated additive contouring processes allow quick and easy construction of vertical and tapered walls with arbitrary thickness.  Built-in mechanisms control overlap for intersecting wall segments (including alternating layers), tilting the head or part to contain powder against the side of the wall, overtravel with reduced power to ensure sharp corners, and other cladding-specific requirements.  Weave patterns allow easy and reliable construction of wider elements with welding-style deposition heads.

Fill Cladding

Fill a 2D area or 3D volume from an arbitrary surface base.  Automatically fill solids, undersized or oversized (to allow finish machining) where necessary.  Control the fill method (zig-zag, spiral, Hilbert, etc), order tracks to distribute heat evenly over the part, and automatically shift orientation between consecutive layers to ensure a good quality fill.

Rotary Cladding

Automatically construct rotary features and prismatic features on cylindrical parts with the rotary cladding functions.  Easily use the Polar and Cylindrical interpolation functions of your CNC control just like with milling.

5-Axis Cladding

With the GibbsCAM 5-Axis Deposition Additive option, get full 5-axis continuous additive surfacing on arbitrary base surfaces.  Build and repair expensive turbomachinery and tooling parts with ease.

True Hybrid Machining

Combine with GibbsCAM subtractive options (Milling and Turning) to unlock totally integrated Hybrid Machining.  Control variation in your parts by automatically machining new base surfaces during large additive builds.  Build complex parts with confidence, knowing that you can machine holes, shafts, threads, and mating surfaces to accurate dimensions in a single setup.  All subtractive processes are automatically aware of material added during additive operations.  Machine both a soft substrate material and a super-hard deposited wear surface, without incurring the cost of manufacturing the entire part out of hard and difficult-to-work material.