SolidWorks CAM

SOLIDWORKS® CAM - powered by CAMWorks - uses rules-based technology that enables you to integrate design and manufacturing in one application, connecting design and manufacturing teams through a common software tool and 3D model.

What is SOLIDWORKS CAM?


SOLIDWORKS® CAM is a fully integrated, Knowledge Based Machining (KBM) technology that allows you to integrate design and manufacturing processes under one system; to evaluate designs earlier in the process to avoid unexpected costs and delays in finishing products on time. It leverages the rich content in the 3D CAD model to speed up product development and reduce error prone, time consuming, repetitive manual steps in the current development process, like programming CNC machines. Knowledge Based Machining is the foundation for streamlining the programming process, learning as you program which frees up your time to focus on the critical areas of the components.

SOLIDWORKS CAM is an add-in to all versions of SOLIDWORKS 3D CAD. SOLIDWORKS CAM Standard is included free with all SOLIDWORKS 3D CAD 2018 licenses on Subscription.

Video: What's New in SOLIDWORKS 2020 - CAM Tab Cutting

SOLIDWORKS 3D CAD

Feature Matrix
SOLIDWORKS Standard SOLIDWORKS Professional SOLIDWORKS Premium
SOLIDWORKS 3D CAD

Create sophisticated part and assembly designs quickly and efficiently with SOLIDWORKS 3D design software. Powerful, easy-to-use design capabilities combined with a range of tools for drawing creation, design analysis, cost estimation, rendering, animation, and file management create an intuitive system for developing innovative products that make you more productive, lowers costs, and accelerates your time-to-market.

Part and Assembly Modeling

Handle all aspects of your part and assembly modeling with the SOLIDWORKS 3D design system for transforming ideas and concepts into virtual 3D models. For conceptual design, create 3D designs quickly using imported images, simple sketches, or scanned 3D data, and then add more details as the design evolves. Assembly structure planning lets you quickly lay out your design assembly structure and then export to SOLIDWORKS for automatically creating CAD files. Direct model editing lets you manipulate and modify 3D geometry working directly on 3D CAD models.

2D Drawings

Create production-ready 2D drawings that are always current and clearly communicate how your design should be manufactured and assembled. SOLIDWORKS associativity links a 2D drawing directly with a 3D solid model so updates to the 3D model can be automatically reflected in the 2D drawing. SOLIDWORKS accelerates your design process, saving time and development costs while increasing productivity.

Design Reuse and Automation

Leverage existing engineering data to create new designs and speed up new product development. With SOLIDWORKS, a range of tools helps you reuse existing 3D CAD models and 2D drawings, which accelerates your design process, saves time and development costs, and increases productivity. SOLIDWORKS search, automation, and configuration tools simplify the reuse of existing design data to create new designs.

Collaborate and Share CAD Data

SOLIDWORKS product collaboration tools help members of your design team work closely with other project stakeholders, outside vendors and customers. You can also protect proprietary design data before sharing it beyond your organization. and to manage project data, and control design revisions. SOLIDWORKS product collaboration tools include many innovative, time saving features such as 3D Interconnect, eDrawings®, and 3D Mark Up of parts and assemblies.

Interference Check

Before going into production, verify that your parts and assemblies will fit, assemble, and operate correctly with SOLIDWORKS Interference Check. Fully integrated with CAD, you can use Interference Check in 2D and 3D while you design to accelerate your product development process, and analyze tolerances to assess manufacturability.

First-Pass Analysis Tools

SOLIDWORKS SimulationXpress is a first-pass analysis tool that lets you perform basic stress analysis on individual parts. You can quickly determine effects of force and pressure and generate reports to document results.

CAM Programming (SOLIDWORKS CAM)

SOLIDWORKS CAM Standard powered by CAMWorks® is an integrated 2.5-axis milling and 2-axis lathe programming solution. By utilizing the emerging technologies of Model-Based Definition (MBD) and Knowledge-Based Machining (KBM), SOLIDWORKS CAM can rapidly transform your Design-to-Manufacturing process by improving communication, reducing errors, reducing cycle times, and increasing your product quality.
SOLIDWORKS CAM Standard included with active subscription of SOLIDWORKS Standard, Professional or Premium.

Design for Manufacturing (DFM)

To ensure your product can be manufactured, SOLIDWORKS provides 3D tools for reviewing your design early in the development process. It is much easier and less costly to correct issues found during the design stage than correcting them during manufacturing planning or after your design is in production.

Productivity Tools

SOLIDWORKS has a variety of tools designed to make you more productive, including capabilities for design analysis, comparison, checking, and reporting.

Advanced CAD File Import/Export and 3D Interconnect

SOLIDWORKS provides more than 30 translators to convert incoming CAD data into SOLIDWORKS 3D CAD format or to export SOLIDWORKS data to other CAD products. 3D Interconnect opens most major CAD formats directly in SOLIDWORKS with no need to convert or save the data as a SOLIDWORKS file.

CAD Libraries (SOLIDWORKS Toolbox)

SOLIDWORKS CAD libraries provide you access for easily accessing, locating, downloading, saving, and sharing prebuilt 3D CAD models and commonly reused CAD data.

Design for Cost (SOLIDWORKS Costing)

SOLIDWORKS automatic cost estimation tools are fully integrated with 3D CAD, enabling you to continuously check your designs against cost targets. Easily monitor manufacturing costs as you design, thereby avoiding costly redesigns and production delays. Manufacturers can also use SOLIDWORKS cost estimation tools to automate quoting processes.

ECAD/MCAD Collaboration (CircuitWorks)

Share data between electrical CAD (ECAD) and mechanical CAD (MCAD) designers using CircuitWorks™. CircuitWorks enables you to share, compare, update, and track electrical design data so users can quickly resolve electrical- mechanical integration and collaboration problems.

CAD Standards Checking (Design Checker)

Establish design standards and check drawings (or models) with SOLIDWORKS to create uniform designs and documentation. Use SOLIDWORKS to establish design standards, and then check drawings (or models) against them as you design to ensure consistent and complete drawing outputs.

Collaboration with eDrawings Professional

Use eDrawings® software to increase collaboration, accelerate your design process, and increase productivity by viewing SOLIDWORKS 3D models and 2D drawings in an email-ready format. eDrawings Professional allows users to quickly and accurately view, measure, and mark-up designs which improves communication between designers, manufacturers, and customers.

Automated Tolerance Stack-Up Analysis (TolAnalyst)

The TolAnalyst tolerance analysis tool automatically checks the effects of tolerances on parts and assemblies to ensure consistent fit of components and to verify tolerancing schemes before a product goes into production. The tolerance analysis can be rerun if a dimensioning or tolerancing change is made, enabling you to get to an optimized tolerancing scheme.

Advanced Photorealistic Rendering (SOLIDWORKS Visualize)

SOLIDWORKS Visualize Standard lets you create compelling visual content of your 3D designs with ease and flexibility. By utilizing photo-quality content early in the design process, useful early feedback can be received so you can make more informed design decisions.

SOLIDWORKS File Management

SOLIDWORKS PDM Standard provides CAD file management that enables individual users and small workgroups to manage project data, control design revisions, and control access to files.

Reverse Engineering (ScanTo3D)

With reverse engineering, you can recreate designs based on ones that already exist, accelerating product development, reducing risk, saving time, and increasing productivity. Use the ScanTo3D capability to import, edit, evaluate, and create solid geometry from scanned point cloud and mesh data.

Linear Static Analysis for Parts and Assemblies

Linear stress analysis using SOLIDWORKS Simulation can be a regular part of your design process, reducing the need for costly prototypes, eliminating rework and delays, and saving time and development costs. Linear stress analysis calculates the stresses and deformations of geometry. SOLIDWORKS Simulation uses Finite Element Analysis (FEA) methods to discretize design components into solid, shell, or beam elements and uses linear stress analysis to determine the response of parts and assemblies.

Pipe and Tube Routing

Use the wide range of tools in SOLIDWORKS Premium to simplify the design and documentation of piping and tubing for a wide range of systems and applications, including machinery, skid systems, and process plant piping.

Electrical Cable and Wiring Harness Routing

SOLIDWORKS Premium includes design tools that build a path of pipes, tubes, or electrical cables for assemblies. Routing creates a special type of subassembly that builds a path of pipes, tubes, or electrical cables between components.

Advanced Surface Flattening

Many products are manufactured by forming a flat material, such as sheet metal stock, into complex shapes. SOLIDWORKS advanced surface flattening functionality provides control and flexibility for flattening these complex surfaces.

Rectangular and Other Section Routing

SOLIDWORKS Routing can be used to route rectangular and round sections that include ducting, cable trays, conveyors, material handling chutes, and other systems.

Video: Introduction to SolidWorks CAM

PACKAGES AVAILABLE

SOLIDWORKS CAM Standard

Included with all SOLIDWORKS 3D CAD 2018 licenses on Subscription

SOLIDWORKS CAM Standard allows users to quickly program individual parts and configurations without leaving the SOLIDWORKS 3D CAD environment.

SOLIDWORKS CAM Professional

SOLIDWORKS CAM Professional builds on the capabilities of SOLIDWORKS CAM Standard with Assembly Machining, Turning, High Speed Machining and 3+2 programming to drive four and five-axis machines.

SOLIDWORKS CAM Feature Matrix

  SOLIDWORKSCAM
Professional
SOLIDWORKS CAM
Standard
AFR - Automatic Feature Recognition - Holes
AFR - Automatic Feature Recognition - Pockets, Boss
AFR - Automatic Feature Recognition - Turn  
KBM - Knowledge Based Machining
Automatic Recognition of Multiple Setups
Indexing of the 4th & 5th axes including tombstone  
Sorting of the Operations
Toolpath Simulation
Step Through Simulation
Tolerance Based Machining - C# macro
Assembly Machining  
CAMWorks Configurations  
Stock and Work in Process Models
Setup Sheets - XML, XMLT, MDB
e-Drawings Publisher
Universal Post Generator (UPG)*
CAMWorks Library Features (supports only 2.5x features)
Import / Export of CAM data
Contain and Avoid areas and features
MES Feed Speed Library*
*Ancillary applications installed separately

2.5 Axis Milling Features

Interactive Feature Creation
Rough Milling
Finish (Contour) Milling
Face Milling
Thread Milling
Center Drilling
Drilling
Countersinking
Reaming
Tapping
Engraving
VoluMill  

3 Axis Milling Features

Multi-surface feature creation
Area Clearance
Z Level
Flat Area

Turning Features

Face Rough  
Face Finish  
Rough Turn  
Finish Turn  
OD Threading  
Cut-off  
Groove Rough  
Groove Finish  
Bore Rough  
Bore Finish  
Center Drill - on center  
Drill - on center  
Tap - on center  
ID Threading  

Extra Features

High-Speed Machining  
NC Editor

SOLIDWORKS CAM Capabilities

Listed below, are some of the powerful features that SolidWorks CAM users benefit from.

Video: SOLIDWORKS CAM 2018 - Tolerance Based Machining

Tolerance Based Machining

Leverage Model Based Definition (MBD) to ensure machining strategies are automatically adjusted based on tolerance specifications. Read tolerances and surface finishes to make decisions about how to manufacture the product.

Rules Based Machining

Automatically apply best manufacturing strategies that you like to use so that manufacturing processes can be not only faster, but also more standardized.

Automatic Quoting

Automate quoting and compare it to traditional methods to ensure all aspects of the part are accounted for ahead of time.

Automatic Feature Recognition

Recognize certain types of geometry not only as CAD features, but to understand how much those features will be manufactured, and even how much it will cost to manufacture.