GibbsCAM Features

Import CAD models into CAM

Support for CAD to CAM data exchange

The solution supports CAD and CAM models

Process of checking different types of data for accuracy to avoid errors or inconsistencies

Automated CNC programming workflows

Feature recognition and conversion

Programming control for shop floor equipment

Configure existing workflows to meet your organization's needs

Digital or physical document that acts as a detailed instruction sheet for a specific manufacturing operation on the shop floor

Track revisions and updates made to files and navigate between different versions

Set up jobs with work coordinates and cutting conditions

Handle roughing, semi-finishing, and finishing operations

Manage tooling and toolpaths for production

Converts toolpaths into machine-readable programming language

Software's ability to perform similar action on multiple similar files simultaneously

Automatically creates cutting paths for CNC machines from CAD models

Provides a channel for team members to share media files, communicate, and work together

Supports both simple and complex geometry processing

Manage and support multiple languages

Active monitoring of systems, applications, or networks

Software program that continuously adjusts its behavior based on observed data

Ability to handle large datasets

Sample files or documents that could be customized as needed or used as is

For Aerospace Industry

Handles 3-axis, 4-axis, and 5-axis CNC operations

Create instruction documents (PDF/HTML/Excel) for operators, detailing toolpaths, tools, feeds, speeds, and stock dimensions.

For automobile industry

Maintains database of cutting tools with specifications

Import and export data to and from software applications

Packing multiple parts onto a single sheet of material to maximize yield and minimize scrap

Integrating 3D printing into traditional manufacturing workflows

Collection, analysis, and representation of numerical data and generation of reports to understand various patterns

Integration with Internet of Things devices to automate real-time tracking, data collection and other processes

Stores properties of materials for accurate machining parameters

Receive system updates as soon as any changes are made

Design, modify, and organize how content is displayed on a system interface

Integration with CAD tools

Set & manage permission levels based on user roles and restrict access to only authorized individuals

Provides different machining approaches for efficiency

Visualizes machining process before actual production begins