Buy InventorCAM software cheap
April Sale!
Limited time: 5% discount on all products! Ends May 1.
| Version | Buy |
|---|---|
| Buy cheap InventorCAM 2025 SP4 (Inventor 2018-2026) | |
| InventorCAM 2024 SP3 (Inventor 2018-2025) | |
| InventorCAM 2023 SP3 (Inventor 2018-2025) | |
| InventorCAM 2022 SP3 (Inventor 2018-2023) | |
| InventorCAM 2021 SP5 (Inventor 2018-2022) |
What is InventorCAM?
InventorCAM is integrated CAM programming software for Autodesk Inventor based on SolidCAM with support for 2.5-axis to 5-axis milling, turning, mill-turn machining, and waterjet cutting operations. It generates complete toolpaths directly within Inventor using adaptive roughing, automatic feature recognition, and collision detection to produce machine-ready NC code targeting CNC programmers and manufacturing engineers.
InventorCAM provides single-interface programming for mills, turning centers, multi-task machines, and Swiss-type equipment through seamless Inventor integration with full toolpath associativity. It serves job shops, tool and die operations, aerospace part suppliers, medical device manufacturers, and independent machining consultants working on desktop CNC equipment from simple parts to complex simultaneous multiaxis assemblies.
Why Buy InventorCAM from Prosoftstore?
- Full version — no trial limits or academic restrictions
- Tested installation — every version verified before listing
- One-time payment — no recurring fees
- Delivered within 1–3 hours — download links and instructions by email
- No activation limits — install on any machine, reinstall after hardware changes
- Re-download anytime — contact us for new links at no charge
- Free updates within your version — service packs on request
- Support until it works — installation assistance until fully operational
InventorCAM Key Features
- 2.5-Axis to 5-Axis Milling Operations: Generate contouring, profiling, pocketing, drilling, and tapping toolpaths for 2-axis machines through simultaneous 5-axis complex geometry on mills and machining centers with full orientation control.
- iMachining Adaptive Roughing: Apply iMachining trochoidal and morphing spiral cutting strategies with constant tool engagement to minimize wear, maintain machine load, and reduce cycle time on large cavity machining.
- Turning and Mill-Turn Programming: Create 2-axis lathe toolpaths with facing, profiling, threading, boring, and tapping or combine milling with turning on multi-task machines to complete assemblies in single setup.
- Simultaneous Multiaxis Toolpaths: Control tool axis orientation and cutting patterns with 4-axis and 5-axis simultaneous strategies including tilt, multi-axis contouring, and swarf operations for complex 3D geometries.
- Automatic Feature Recognition (AFR): Identify holes, pockets, and edges automatically with advanced feature recognition to generate drilling, pocketing, and deburring operations with minimal manual selection.
- High-Speed Roughing (HSR): Generate high-speed toolpaths with optimized lead-in/out and smooth tool paths to maintain continuous machine motion and extend cutting speeds without dwelling or sharp direction changes.
- Toolpath Simulation and Collision Detection: Verify complete machining operations with real-time visualization showing tool holders, machine kinematics, fixture geometry, and automatic collision warnings for machine components and workholding.
- Full Toolpath Associativity: Maintain automatic synchronization between Inventor model and CAM operations so changes to geometry instantly update all associated toolpaths without manual regeneration or rework.
- Advanced Finishing Strategies: Apply iFinish dual-tool finishing for wall and floor separation on hardened materials and optimize rest material removal with automatic bottom finishing to minimize leftover stock.
- Custom Post-Processor System: Generate proprietary machine-specific G-code with full customization and user-defined cycles for any CNC controller type, machine configuration, or specialty cutting equipment.
- Thread Milling and Engraving: Machine internal and external threads using appropriate cutting tools and engrave text on flat and curved faces with support for single and multi-line text formatting.
- Multi-Turret and Multi-Spindle Support: Program multi-channel synchronized operations for machines with multiple turrets, spindles, and synchronized axes including Swiss-type and sliding headstock configuration.
InventorCAM Applications
| Industry/Domain | Typical Applications |
|---|---|
| Job Shops | Prototype parts, custom fixtures, production tooling, short-run components for diverse customers and industries |
| Mold & Die Manufacturing | Injection molds, stamping dies, EDM electrodes, complex cavity machining with multiple setups and indexing |
| Aerospace Components | Multi-axis impellers, turbine housings, titanium structural brackets, precision parts with tight tolerances |
| Medical Device Manufacturing | Surgical instruments, implant components, diagnostic housings, sterilizable parts with high precision requirements |
| Tool & Fixture Design | Assembly jigs, workholding fixtures, custom clamps, machine attachments, gauges, and precision tooling |
| Multi-Task Machining | Complex assemblies from single setup, simultaneous mill-turn operations, complete part production in one cycle |
| Rapid Prototyping | Concept models, functional prototypes, design validation parts, iterative development with quick turnaround |
Choose your version in the table above — delivery within 1–3 hours after payment.