Overview

SMIRT NC is an advanced Computer-Aided Manufacturing (CAM) module developed by Hexagon as an extension to their SMIRT software suite. It is specifically designed to streamline the creation of toolpaths for machining operations on planar faces, pockets, profiles, and holes, particularly in die components and mechanical parts. SMIRT NC enables users to generate toolpaths directly from solid geometry without the need for extensive CAD preparation, making it highly suitable for shop-floor environments where speed and safety are paramount. The software integrates seamlessly with other SMIRT modules, providing a cohesive workflow that enhances efficiency and reduces production time.

Features and Capabilities

• No CAD Preparation Required: Generate toolpaths directly from solid models without additional CAD work, expediting the machining process.
• Shop-Floor Friendly Workflow and User Environment: Designed with an intuitive interface tailored for shop-floor personnel, minimizing the learning curve and maximizing productivity.
• Integration with Other SMIRT Modules: Seamless compatibility with the SMIRT suite allows for cohesive process planning and execution.
• CAM Instructions from Process Plan: Derive machining instructions directly from process plans, ensuring consistency and accuracy in operations.
• Full Management of 3+2 Axis Head Positioning: Supports complex machining by managing multi-axis head positioning, enhancing versatility in manufacturing.
• Real-Time Collision Check: Provides real-time collision detection involving tools, tool-holders, machine heads, and columns, enhancing operational safety.
• Smart Retract Options: Features intelligent retract strategies to optimize tool movements, improving both safety and machining efficiency.
• Drag & Drop Technique for Planar Milling: Utilizes a unique drag-and-drop method for planar milling, effectively managing vertical walls and simplifying the machining process.
• Automated Paths for Planar Faces: Offers new, efficient automated toolpath generation for planar surfaces, reducing programming time.
• Profile Milling Methods (Templates): Incorporates templated methods to capture and apply best-practice machining techniques, ensuring quality and consistency.