CribLogic
CribLogic
Sign InGet Started

Machine Kinematics

Build the Digital Twin of Your Shop Floor

A cutting strategy is only as aggressive as the machine executing it. The CribLogic Machine Kinematics module allows you to build an exact digital twin of every CNC mill, lathe, and multi-tasking center on your floor. By mapping your specific spindle power curves, torque limits, and physical envelopes, our physics engine ensures your toolpaths are perfectly constrained to your hardware's true capabilities.

Core Capabilities & Features

1. Dynamic Power & Torque Profiling

Stop relying on flat maximums. Real-world CNC spindles have highly dynamic performance curves depending on the active RPM.

  • Power Curve Interpolation: Input your machine's exact kinematic matrix (RPM vs. Power vs. Torque). The engine interpolates this data to accurately predict if a cut will stall the spindle at any given speed.
  • Low-End Torque Protection: Crucial for heavy roughing and large-diameter drilling, the system cross-references required cutting torque against the machine's low-RPM gearbox or belt-drive limits.
  • High-Speed Spindle Constraints: Safeguards high-RPM direct-drive spindles from overloading during aggressive high-feed milling operations.

2. Physical Envelope & Setup Constraints

Prevent catastrophic crashes before the code ever leaves the programming office by defining the physical boundaries of your equipment.

  • Volumetric Travel Limits: Define X, Y, and Z-axis maximum travel. The system flags operations where combined tool length, holder stickout, and part height exceed available Z-clearance.
  • Feed & Rapid Constraints: Cap maximum cutting feeds and rapid traverse rates to match older or less rigid machines, ensuring the AI never generates code your servos cannot handle.
  • Spindle Taper & Load Limits: Specify tapers (e.g., CAT40, BT50, HSK63) and max table loads to accurately model setup rigidity and gauge harmonic vibration risks.

3. Coolant & Systems Integration

Thermal management is a critical variable in tool life and material removal rates.

  • Coolant Delivery Mapping: Specify available systems per machine, including standard Flood, Through-Spindle Coolant (TSC), Minimum Quantity Lubrication (MQL), or Air Blast.
  • Pressure-Aware Calculations: High-pressure TSC allows for aggressive chip evacuation in deep-hole drilling. The kinematics profile feeds this capability directly into the NeuralCut engine to safely increase penetration rates.

4. Fleet Management & Standardization

Unify your engineering data and make it instantly accessible to every programmer and operator in the facility.

  • Centralized Machine Library: Store all machine profiles in a secure, cloud-based database. Instantly filter by machine type (Mill, Lathe, Multi-axis) to find the right equipment for the job.
  • Job Routing & Portability: Easily evaluate if a job programmed for a heavy-duty 50-taper machine can be safely routed to a lighter 40-taper machine to balance shop floor scheduling.

Machine with Absolute Confidence

The Machine Kinematics module bridges the gap between theoretical CAM programming and actual shop-floor mechanics. By ensuring NeuralCut understands exactly what is driving the cutting tool, you can eliminate broken inserts, protect expensive spindle bearings, and maximize your volumetric efficiency.