What’s New in Lambda Function’s AI-Assisted CNC Programming Software: November 2025 Edition

Lambda Function is rolling out a new series of enhancements designed to make AI-assisted CNC programming more reliable, efficient, and easier to manage. This update strengthens both the application experience and the underlying Generative Programming engine, helping teams achieve faster setup, cleaner toolpaths, and more consistent results. 

Below is an overview of what’s new in our AI-NC software. 

1. Application Enhancements 

1.1 Seamless Project Handling Experience 

Projects now reopen exactly as you left them. 

Every machining strategy, tool choice, cutting parameter, and workflow decision is saved and restored when the project is reloaded. This creates a smooth, uninterrupted programming experience — especially for long or complex jobs. 

Important note: Due to the updated structure, older saved projects will now reopen at the Automatic Feature Recognition screen instead of the summary screen. Simply review selections, save the project, and continue working as usual. 

1.2 Tool Optimization Across Operations

The system now automatically: 

• Detects similar operations and tool types 

• Identifies common reusable tools whenever possible 
  

This reduces the number of unique tools in a setup, cuts down setup time, and improves both efficiency and consistency across parts. 

1.3 Add Custom Tools for Planar Deburring 

Planar Deburring now supports greater flexibility with the ability to define: 

• Up to five custom tools, added manually through tool specifications 

• Newly added tools placed automatically at the top of the list for quick selection 
  

This update helps teams handle a wider variety of deburring requirements without manual workarounds. 

2. Overall Hardening and System Reliability 

The latest release introduces several improvements to strengthen the Generative Programming engine and eliminate edge-case inconsistencies. 

2.1 More Accurate Material Removal in Planar Deburring

Material removal for Planar Deburring is now aligned with standard machining practices, resolving earlier inconsistencies. 

2.2 Improved Error Handling for Feature Recognition

Enhancements include: 

• Better error handling for slot feature inputs 

• Updated reference images for clearer guidance 
  

This ensures more reliable operation when processing complex geometries. 

2.3 Improved Toolpath Generation for Adaptive Milling and Planar Milling 

Toolpath creation for both Adaptive and Planar milling now produces more stable and predictable results, especially in irregular geometries. 

2.4 Accurate Tool Recommendations for Dovetail and T-Slot Mills

The plug-in now avoids recommending undersized tools for these specialty operations. 

Tool suggestions are calibrated for real-world manufacturability and fit. 

2.5 Correct Pass Ordering for Thread Hole Features

Thread Hole machining sequences have been standardized so that: 

• The Finishing pass always precedes 

• The Threading pass 
  

This fix ensures consistent toolpath logic across all setups.

2.6 Deburring Operation Disabled for Hole Features

To avoid unnecessary redundancy: 

• Planar Deburring is now managed at the setup level 

• The Hole feature pop-up no longer lists Deburring as an operation 
  

This leads to cleaner routing and fewer accidental operations. 

2.7 Speed Edits Now Update Correctly 

Adjustments to Speed values inside cutting parameters now update reliably without requiring manual re-entry.

2.8 Improved Parameters for Boring and Reaming

Recommendations now prioritize Bore/Ream-specific parameters, resulting in: 

• More stable toolpaths 

• Reduced chatter 

• Better dimensional accuracy 
  

Looking Ahead

These updates reinforce our commitment to building a CNC programming platform that adapts, learns, and improves with every release. Each enhancement — from project stability to smarter tool recommendations — brings manufacturers closer to consistent, high-quality, AI-assisted machining.