CNC SIMULATOR
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DESCRIPTION
A CNC simulator, short for Computer Numerical Control simulator, is a software or hardware tool that enables users to simulate and test CNC machining operations in a virtual environment before actual implementation on a CNC machine. Here’s a detailed description of a CNC simulator:
Components and Features
VIRTUAL MACHINE INTERFACE:
- The simulator typically provides a user-friendly interface that mimics the controls and functions of a CNC machine. This interface allows users to input machining parameters, program sequences, and simulate tool movements.
CAD/CAM Integration:
- Many CNC simulators offer integration with computer-aided design (CAD) and computer-aided manufacturing (CAM) software. This enables users to import CAD models, generate toolpaths, and simulate machining operations directly from their design software.
3D VISUALIZATION:
- Advanced CNC simulators feature realistic 3D visualization capabilities, allowing users to visualize the machining process in a virtual environment. This includes the display of workpieces, toolpaths, cutting tools, and machining operations.
TOOLPATH SIMULATION:
- The simulator accurately simulates the movement of cutting tools along predefined toolpaths, taking into account factors such as tool geometry, cutting parameters, material properties, and machine kinematics.
FEATURES:
- The greatest simulation software available for learning CNC machines, with a lifetime single license, is integrated with a Windows PC and a PLC controller or motion controller.
- Strong offline and online 3D simulation. Options for Tool View and Solid and Wireframe Work Pieces. Tool Path Simulation’s Perspective Viewing and Machine Axis Referencing View.
- Easy-to-use LED indicators, such as Emergency Stop, Spindle Status, Lubrication Status, and Screen Limits.
- Online and offline 3D simulation. Tool Path Simulation’s Perspective Viewing and Machine Axis Referencing View.
- To use actual work pieces designed in 3D modeling software for near-real simulation, CAM programs (NC codes) generated from any popular CAD CAM software, including Master CAM, NX CAM, Solid Works, Solid EDGE, and EDGE CAM, can be immediately executed on CNC trainer machines through program file import and export.
- By choosing this kind of work piece, you can prevent collisions and mistakes during machining.
- The ability to easily visualize intricate machining by adjusting the transparency levels and color settings for the tool and work piece. G and M code assistance online while creating a part program.
- Machine Zero, which uses the available turret for calibration and automatic tool selection.
TECHNICAL DETAILS:
MODEL |
DS-CNCS-100 |
Chuck Size | 100 mm |
X-Axis Travel | 100-150 mm |
Z-Axis Travel | 200-280 mm |
Maximum Turning Diameter | 25-50 mm, 33-50 mm |
Maximum Turning Length | 150-250 mm |
Spindle Motor | 2 H.P AC Motor (100 – 3000 RPM) |
Lubrication | Automatic Lubrication Points Provided |
Control System | PLC Controller / Motion Controller |
PC Integration | Integrated with Windows PC with Default Simulation |
Swing Over Bed | 200 mm |
Spindle Nose Taper | MT3 |
Swing Over Cross Slide | 80 mm |
Distance Between Centers | 220-320 mm |
Cutting Tool Size | 16 x 16 mm |
Resolution | 0.005-0.010 mm |
Software | Provided Life-Long with Single License |
Turret Mechanism | 8/12 Station (Electro-Pneumatic) |
Coolant System | Automatic |
Lubrication System | Automatic |
Turret | 8/12 Station Programmable Turret |
Compatibility | FMS and CIM Compatibility (Optional) |
Manual Pulse Generator (MPG) | Provision for MPG (Optional Hardware) |
Over Travel Limits | Software & Hardware Over Travel Limits Provided |
ACCESSORIES
- Tool: Any eight tools as per demand of pair
- Aluminum Job: 4 Nos
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