Laser Cutting Solution

3D Laser Cutting

HedraCAM's 3D laser cutting supports various 5-axis machines, multi-robot, and robot-machine collaborative programming, using a simple "foolproof" interface so users can quickly master 3D laser cutting offline programming, widely applied in thin plate panel cutting, thick plate beveling, heads, special-shaped pipes, H-beams, blades, and non-metal materials for laser cutting, water-guided laser cutting, laser welding, and precision high-speed drilling processes.

🔧 Key Features

Multiple Process Support

Supports 5-axis laser cutting, high-speed drilling, waterjet, flame, and plasma cutting. Supports 5-axis laser welding (TIG-MIG hybrid, multi-layer multi-pass, plate welding). Supports 5-axis precision dispensing and UV curing. Supports 5-axis shot peening.

Simple & Intuitive

Features a user-friendly interface design. From importing 3D CAD data to outputting 5-axis G-code takes just five steps: Import Model → 3-Point Positioning → Generate Trajectory → Simulation & Optimization → Post Process, significantly reducing the learning curve.

Full CAD Format Support

Supports standard CAD formats including IGES, STEP, STL, and DXF. Direct import of 3D models for trajectory planning with seamless integration to mainstream CAD software.

Kinematic Simulation

Complete forward and inverse kinematics algorithms with real-time checking of robot reachability, axis limits, and collisions to ensure safe and reliable program generation.

Multiple Machine Support

Supports 5-axis high-speed laser drilling machines, 5-axis dual-head laser cutting machines, 6-axis co-axial multi-head dispensing machines, and more. Has been the bundled standard software for many well-known 5-axis machine manufacturers.

Rich Industry Applications

Provides specialized process packages for 3D laser cutting (thin sheet covering parts, thick plate beveling, non-metallic materials), water-guided laser cutting, laser welding, precision laser drilling, H-beam cutting, blade precision cutting, shot peening, and adhesive dispensing.

🎬 Feature Showcase

📋 Operation Workflow

Step 1: Import 3D Model (IGES, STEP, STL, DXF supported)

Step 2: 3-Point Positioning (Quickly establish workpiece coordinate system)

Step 3: Generate Machining Trajectory (Auto-generate optimized cutting path)

Step 4: Simulation & Optimization (Collision detection, pose optimization)

Step 5: Post Processing (Output 5-axis G-code)

🏭 Applications

Auto Hot-Formed Parts

Aerospace Drilling

Smart Glasses Dispensing

Dental Aligner AI Cutting

H-Beam Cutting

Blade Precision Cutting

Sheet Metal Covering

Thick Plate Beveling

Non-Metal Materials

Water-Guided Laser

🏭 Case Studies

Dual-Station Profile Tube Cutting

H-Beam Cutting

Dental Aligner AI Cutting

🎯 Industries

Automotive

Aerospace

Construction Machinery

Railway

Defense

Sports Equipment

Cutting Tools

Steel Structure