GibbsCAM software - CAM/CNC for precision manufacturing.
Programming for turning, milling, and advanced machines.
Control Sys presents the CAM solution for companies that need to program CNC machines with simulation, post-processing, and process control across turning, milling, multi-task machines, Swiss machines, 4- and 5-axis work, including Wire EDM.
Simple, fast, powerful, and reliable.
GibbsCAM brings programming, simulation, post-processing, and automation resources into one direct experience for companies that need to get more from their CNC machines.
Simple to learn
A focused interface to speed up the learning curve and standardize programmers' daily routines.
Powerful for complex machines
Resources for multi-axis, multi-task, multi-spindle machines and toolpath simulation before execution on the shop floor.
Scalable for the factory
A foundation ready for new machines, custom post-processors, tools, and cutting parameters.
Advanced machines need programming that keeps up.
When programming, simulation, and post-processing are disconnected, expensive machines operate below their potential. GibbsCAM organizes the CAM/CNC flow to release programs with more confidence.
- Reduce collision risks before setup.
- Standardize processes across different CNC technologies.
- Support decisions with time, cost, and benefit data.
Modules for different CNC technologies
One interface to program, simulate, and release machining programs with technical clarity.
Prismatic parts and molds
Use 2D, 3D, and 5-Axis milling when the decision depends on safe toolpaths, reach, and finish.
GO PRO Milling + 5-AxisTurning, Swiss, and multi-tasking
Use Turning, MTM, and Swiss when the part requires channels, spindles, turrets, or synchronized operations.
GO Solid Turning + MTM + SwissProduction processes and data
Use Wire EDM and extensions when the bottleneck is post-processing, tooling, measurement, or standardization.
Wire EDM + ExtensionsMilling
GO PRO Milling
CAM for 2.5D, 3D, and high-speed CNC milling in prismatic parts, molds, and complex surfaces.
- CAD import
- HSM strategies
- Toolpath simulation
Turning
GO Solid Turning
CAM for CNC turning with cycles, tool control, solids, and visual verification before posting.
- Lathe cycles
- Tool management
- Post-processing
Multi-tasking
MTM
CAM for multi-task machines with channels, spindles, turrets, and operation synchronization.
- Synchronization
- Multi-spindle
- Channel simulation
Precision
Swiss
Swiss CNC programming for small, precise, repetitive parts with coordinated tools and channels.
- Coordinated channels
- Compact tooling
- Specialized routines
Multi-axis
5-Axis
5-axis CAM for simultaneous or positioned machining focused on reach, safety, and finish.
- Multi-axis
- Collision detection
- Orientation control
EDM
Wire EDM
Wire EDM CAM for 2- to 4-axis CNC wire cutting in precise, specialized geometries.
- 2 to 4 axes
- Complex profiles
- EDM post-processors
Tool Manager IQ
Tool management
Organize libraries, parameters, and tool availability to reduce improvisation on the shop floor.
Volumill e Voluturn
Dynamic machining
Tune feed and toolpath strategies to reduce cutting effort, waiting, and rework.
UP2Parts
AI assistance
Prepare process data to accelerate technical decisions and programmer support.
ControlSys Training
CNC and GibbsCAM courses for practical application
In-person training, small groups, and direct content for professionals who program, operate, or lead machining processes.
Talk about coursesManual CNC Lathe Programming
Practical course to structure CNC turning programs on Fanuc controls, focused on drawing interpretation, process planning, and safer programming.
GibbsCAM - Turning Module
Training to program turning operations in GibbsCAM, covering interface, tools, processes, simulation, and output generation.
GIBBSCAM - Milling 2D + 4th Axis Module
In-person course to master the GibbsCAM 2D milling and 4th axis workflow, from geometry to post-processing.
GIBBSCAM - Milling 3D Module
Intensive training to apply Advanced 3D strategies in GibbsCAM for milling and rest-machining operations.
Manual CNC Milling Programming
Course to develop manual CNC milling programming, connecting technical drawings, coordinates, operations, and process good practices.
GibbsCAM - VoluMill 2D & 3D
Intensive training to apply VoluMill in GibbsCAM for 2D and 3D roughing strategies, with focus on productivity and tool control.
Essential capabilities without an endless table
Compare technical families by context without forcing a heavy horizontal matrix on mobile.
Milling
Milling covers 2.5D, 3D, and high-speed toolpaths for prismatic parts, molds, cavities, and complex surfaces.
- CAD import
- High-speed strategies
- Toolpath simulation
- Dynamic machining
Milling covers 2.5D, 3D, and high-speed toolpaths for prismatic parts, molds, cavities, and complex surfaces.
- CAD import
- High-speed strategies
- Toolpath simulation
- Dynamic machining
Prepare your operation for data, automation, and assisted support
ControlSys organizes technical knowledge and manufacturing information to reduce friction between engineering, programming, and the shop floor.
I want to evaluate automation in my factorySupport assistant
Organize technical knowledge to guide programmers without interrupting production.
AI-ready data
Structure tools, machines, materials, and processes for future automations.
Intelligent tool management
Reduce variation between programs with more consistent libraries and parameters.
Dynamic machining
Tune strategies to increase stability and operational efficiency.
Calculate return potential before talking to our sales team
The calculator runs locally in the browser. Hours, cost, and investment help estimate monthly and annual savings and investment payback.
CNC gain estimate
Initial estimate for a technical conversation. Actual results depend on part mix, machines, post-processors, tools, and the current process.
Scenarios that bring the factory closer to the decision
Representative stories by segment show how technical teams assess risk, return, and complexity before changing or standardizing CAM.
More predictability for low-repeat parts
Challenge: Manual programs made it difficult to estimate setup and rework before releasing production.
Outcome: A standardized CAM flow and visual simulation helped reduce operational uncertainty.
Clearer programming for multichannel operations
Challenge: The complexity of channels, turrets, and spindles required constant manual checking.
Outcome: A centralized view of CNC technology made program review and release easier.
Technical criteria to justify a CAM change
Challenge: The team needed to compare technical coverage, risk, and return before investing.
Outcome: Modules, capabilities, and local ROI provided a more objective basis for the decision.
“The CAM decision is not just software. It is the difference between buying better machines and actually extracting their potential every day.”
Materials for better decisions
Use these materials to organize technical criteria before the demo. Items without an approved file continue through the sales contact.
MTM guide
How to evaluate multi-task machines, flows, and programming challenges.
Request guideCAM checklist
Criteria for comparing solutions and reducing risk when changing systems.
Request checklistModule datasheet
Summary of the Milling, Turning, MTM, Swiss, 5-Axis, and EDM families.
Request datasheetRequest a demo
Tell us which machines and processes you want to evaluate. We will send your request to the ControlSys team and reply through the contact provided.