Post-driven workflow preview with machine-specific setup
Real Production Problems
Disconnected Workflows. Structural Bottlenecks.
Bottleneck 1: CNC Post Processors
✕Built on rigid, outdated, and hard-to-read raw code.
✕Requires deep software expertise and text editors with no UI/UX.
✕Dependent on third-party companies or experts for edits.
✕Simple configuration changes take days or weeks to implement.
Bottleneck 2: CNC Simulations
✕CAM simulations verify tool-paths instead of the actual machine output.
✕Lack of 3D models in NC backplotters makes reliable collision detection impossible.
✕Simulation environments are extremely difficult and slow to configure.
✕Lack of true verification leaves equipment exposed to errors.
Bottleneck 3: G-Code Optimization
✕Unoptimized G-codes leads to significantly higher cycle times.
✕Non-cutting moves run at the same slow feedrates as cutting.
✕Includes too many unnecessary home returns and long retracts.
✕Cutting feedrates fail to adjust for variable chip volumes and tool load.
Our Approach
One Connected Workflow from CNC Post Processor to Optimization
A unified production ecosystem designed to bridge the gap between CAM and the shop floor. From no-code CNC post-processing and G-code-accurate simulation to advanced G-code optimization, take advantage of our fully integrated suite or the standalone modules you need
Post Smarter...
MANUSpost Developer
Start from an extensive library of ready-to-use CNC post processors, customize them quickly, or build your own from scratch using our no-code interface. Rapid and easy post processor setup without coding.
Outcome: Standardize post output and reduce post setup overhead.
Simulate real G-code on your digital twin of your CNC before running it on the shop floor. Detect collisions, axis limit errors, NC program errors and more before machining starts.
Outcome: Detect collisions and risky code paths before machining starts.
Automatically optimize air cut feedrates, delete them where possible, and adjust cutting feedrates based on real-time chip geometry analysis. Achieve 10% to 50% faster machining times with a few clicks.
Outcome: Improve throughput with safer, faster machining cycles.
Run MANUS solutions in your current CAM environment without forcing teams to purchase new CNC post processors or re- establish your CNC post and simulation flow from scratch.
One Click
Solutions
Run Your CNC Post Processor Directly Inside Your CAM
Seamless post-processing directly within your CAM interface.
Available for many CAM systems
Launch Real G-code Simulation Instantly from Your CAM
Launch real G-code simulation directly from your CAM environment for multi-axis machining.
Available for many CAM systems
All Supported CAMs
How MANUS Products works in 3 practical steps
Configure easily, verify with real G-code, optimize for efficient and error free machining
1
Configure your CNC post processor
Build and customize your CNC post processor in a no-code environment
2
Run true G-code simulation
Detect collisions, gouges, and axis limit errors based on the G-code that actually runs on your CNC
3
Optimize for machining
Automatically optimize air cuts and cutting feedrates based on G-code analysis to achieve faster machining times
After
Before
MANUSpost Developer
Build and Customize CNC Post Processors in an Single, No-Code Environment
Start with an vast library of ready-to-use CNC posts processors to build, customize, and test your own post processors for free in an easy-to- use environment
Cycle-time oriented optimization preview on real machine behavior
Proof
Trusted by production teams that cannot afford machining surprises
MANUS solutions have become the essential bridge between our CAM and CNC, eliminating collision risks and increasing production capacity without the need for new machine investments