CAMWorks, a parametric, solids-based CNC programming software system, brings in a revolutionary way to help machinists around the world program smarter and machine faster. CAMWorks significantly reduces programming time and removes the drudgery from CNC programming by using patented Feature Recognition technology in conjunction with full toolpath to solid-model associativity and knowledge-based machining.
CAMWorks是一种基于参数的，基于实体的CNC编程软件系统，它以革命性的方式帮助世界各地的机械师更智能，更快速地编程。 CAMWorks通过使用获得专利的特征识别技术，结合实现实体模型关联性和基于知识的加工的完整刀具路径，大大减少了编程时间，并消除了CNC编程中的繁琐工作。The HCLSoftware development team is pleased to announce the availability of HCL CAMWorks 2023. New release gives you the ability to program smarter and machine faster. What’s new in CAMWorks 2023 for Solid Edge General Automatically Reselecting the Set Post Processor from The Default Post Processor Path
Purpose: To allow relocation of the folder containing the post processors used for programming parts/assemblies such that there is no need to reconfigure the path to of the post processors used for generating NC code
Mill Euler Angles Method for 5 Axis Rotary Milling (3 + 2 Axis Machining)
Purpose: To provide the Euler Angles Method of calculating the Rotary and Tilt angles for 5 Axis positional Milling. In such cases, the tool will position itself to be perpendicular to the Work Plane containing the features to be machined and then proceed to perform standard 2.5 Axis and 3 Axis Mill operations.
Additional Probing Cycles
Purpose: To provide probing cycle options to calibrate and measure planes and axes, from CAMWorks For Solid Edge 2023 version onwards, the following additional probing cycles will be available:
- 3 Point Plane
- Angle Measurement in X Axis
- Angle Measurement in Y Axis
- 4th Axis Measurement in X Axis
- 4th Axis Measurement in Y Axis
Support for Probing Operations to support using Heidenhain Post Processor
Purpose: To support Probing operations on machine tools using Heidenhain controllers
Support for Probing Cycles in Assembly Mode
Purpose: To allow user to assign appropriate part instance and mill part setup for each probe operation generated in assembly mode. This step will ensure that the correct Part Setup Origin is selected while posting the toolpath of the probe operation
Output Options for Probe Tool
Purpose: To provide a parameter to select the NC Program Output Reference option for Probe Tools
Tool Selection Logic Based on Flute Length and Feature Depth
Purpose: To provide improved Tool Selection logic when Tool Selection Criteria is based on an Expressionand not on any specific tool so that Flute Length of tool is considered (Irrespective of whether Tool Crib Priority checkbox is checked or not)
Exclusive ‘Machine Cavities - VoluMill’ Parameter for 3 Axis VoluMill Operations
Purpose: To provide a separate parameter ‘Machine Cavities – VoluMill’ for 3 Axis VoluMill operations
Considering Correct Feed/Speed Data Based on Stock Materials of Different Parts in Assembly Mode
Purpose: To ensure that appropriate Feed/Speed data is considered for different stock materials associated with different parts or parts instances comprising an assembly
Resizing Tool Select Filter Dialog Box
Purpose: To allow resizing of the Tool Select Filter dialog box so that users can view additional columns of the table within the dialog box
Option to edit ‘Min. Hole Diameter’ for Thread Mill Operations in CAMWorks For Solid Edge UI
Purpose: To provide users the option to edit the Min Hole Diameter parameter of Thread Milling Operations within the CAMWorks For Solid Edge user interface
Linking of Leadin and Leadout Parameters for Linked Contour Mill Operations
Purpose: To ensure Leadin and Leadout parameters too are copied in the linked Contour Mill operations
Optimize Tool Selection Logic When Tool Crib Priority is Set to On
Purpose: To ensure better results for tool selection when Tool Crib Priority is set to ‘On’
Support for ‘Tapered’ and ‘Neck’ Shank Type All Mill Tools
Purpose: To support the shank type of Tapered and Neck for all Mill Tools that support this functionality
Option to define End Direction 2 of Islands in the 2.5 Axis Mill Features Wizard
Purpose: To provide an option to define the height of the islands of a 2.5 axis feature in two directions
Turning Support for Canned Cycle Threading Operations when Cut Type is Reversed
Purpose: To enable generation of Canned Cycle Threading operations when the Cut Type is reversed
TechDB Tap Cutting and Tap Rolling Tools with Sub Spindle Attribute in the Default TechDB
Purpose: To provide Tap cutting and Tap rolling tools with Sub Spindle attribute in the default TechDB.
Reduced Installer Size of CAMWorks For Solid Edge after removal of legacy nonEnglish TechDB files
Purpose:
- To ensure a leaner CAMWorks For Solid Edge installer by removal of redundant legacy TechDB files in non-English language
- To ensure a more robust functioning of TechDB by eliminating the presence of multiple separate language based TechDB data files in MS Access and SQL Server formats
Being integrated into the design environment, CAMWorks allows a user to:
Maintain associativity between the design model and the toolpaths ensuring that the latest changes in the design reflect in the toolpath
Eliminate time-consuming file transfers using standard file formats such as IGES and STEP
Use a single file for storing CAD and CAM data drastically reducing file management
Work with the same familiar user-interface ensuring a short learning curve
Use the CAMWorks machining tree and commands at the click of a button and generate toolpaths without leaving the design environment
CAMWorks provides users with the ability to work with multiple platforms including its own integrated CAD/CAM platformSOLIDWORKS Integration
Solid Edge Integration
CAMWorks Solids Integration
Knowledge-based machining allows you to capture and reuse your programmers’ and machinists’ best programming practices using the Technology Database, TechDB™ reducing programming time by as much as 80%.What differentiates CAMWorks from other software is the ability to store machining strategies feature-by-feature, both multi-surface features and prismatic features, and then reuse these strategies to reduce machining time significantly.Feature-based machining: No profiles or chains
Feature-based machining reduces programming time by as much as 90% compared to traditional profiles, and chains based 3 axis CAM software because strategies for multi-surface features can be stored and reused automatically for multiple rough and finishing operations.Our patented Automatic Feature Recognition (AFR) automatically recognizes over 20 types of prismatic features in native format or neutral file format solid models. This capability is ably complemented by Interactive Feature Recognition (IFR) for recognizing complex multi-surface features, as well as contains and avoids areas, quickly and easily.Machine Faster
We understand that only programming fast is not enough. Our users need to have access to the most advanced high speed machining strategies.
CAMWorks ensures that the air cuts are reduced to a minimum. In addition, users have access to optimized, out-of-the box, strategies for Mold core and cavity programming reduces programming time.
CAMWorks® Volumill™ creates ultra-high performance toolpaths by using the latest advanced technology to rough mill multi-surface parts faster than any other software available today. Reduce machining time by as much as 85% and increase tool life by as much as 500% even in the hardest materials. On April 1st 2016, Geometric got into an agreement with HCL Technologies to transfer of its business to HCL Tech by way of demerger, except for its 58% share in the joint venture with Dassault Systèmes (3DS) (3DPLM Software Solutions Limited (3DPLM)). The transition has become effective on March 2nd 2017, after seeking all statutory approvals.
Product: CAMWorksVersion: 2024Supported Architectures: x64Website Home Page : www.camworks.comLanguages Supported: multilanguageSystem Requirements: Windows *Size: 1.9 Gb本部分内容设定了隐藏，需要回复后才能看到
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