Where Manufacturing Innovation Meets Next-Gen CAM Automation
Visit HCL CAMWorks at Booth #133330, IMTS 2026, and see how CAMWorks is transforming modern machining with AI-driven technologies. Discover solutions to streamline workflows, reduce cycle times, and maximize profitability.
Accelerate Your Production Floor with Intelligent Machining
HCL CAMWorks combines feature-based automation, artificial intelligence, and true G-code simulation into a single interface. Discover how to eliminate programming bottlenecks and squeeze maximum productivity out of every machine on your floor.
Save Up to 90% in Programming Time
Stop wasting hours on repetitive manual programming. HCL CAMWorks uses AI-driven intelligence to automate your routine programming tasks:
Automatic Feature Recognition (AFR)
Instantly recognize geometric features directly inside SOLIDWORKS.
Intelligence-Based TechDB™
Capture tribal knowledge and store company best-practice rules to automatically apply optimal tools and strategies.
Tolerance-Based Machining (TBM)
Read MBD/PMI tolerances directly from 3D models to adjust toolpaths automatically for superior surface finishes.
Schedule an Appointment
IMTS 2026
Fill out the form below to receive your demo — Booth #133330, Chicago.
Live Presentations at Booth #133330
Join our CAD/CAM application engineers throughout the day for live 15-minute technical walkthroughs.
AI-Driven Programming & Automatic Feature Recognition
Swiss-Style Machining & the Segmentation Manager
True G-Code Simulation with CAMWorks Virtual Machine
High-Speed Roughing with VoluMill & VoluTurn
Take the Complexity Out of Swiss-Style Machining
Swiss CNC machines excel at producing small, complex, tight-tolerance parts, but programming multi-channel, multi-spindle operations can be a major bottleneck. At IMTS 2026, experience how HCL CAMWorks simplifies Swiss machining through powerful AI automation:
Innovative Segmentation Manager
Automatically split long-part features into user-defined segments with a single click. Update toolpaths instantly if segment lengths change, complete with thread-overlap support.
Synchronized NC Code Display & Control
Full visualization and synchronization of multi-channel NC code (main/sub-spindle, gang slides, turrets, B-axis attachments) with built-in sync code syntax support for Fanuc, Siemens, and Mitsubishi controllers.
Machine-Aware Digital Twin
Program on an exact digital replica of your Swiss machine. Adjust tooling in real time and catch potential collisions before the program ever hits the floor.
Universal Compatibility
Custom posts and native support for major Swiss builders, including Citizen, Star, Tsugami, Tornos, Hanwha, and more.
Precision Simulation, Faster Cycles, Cleaner Data
Cut Setup Times & Eliminate Collisions with True G-Code Simulation
Never run a risky dry run again. CAMWorks Virtual Machine delivers full-machine 3D simulation driven by the actual G-code.
1-Click True G-Code Verification
Catch collisions, over-travels, and setup errors before cutting physical stock.
Machine Awareness
Real-time visibility of fixtures, machine components, and multi-station tool blocks.
Slash Machining Cycle Times by Up to 85%
Extend cutting-tool life while crushing cycle times with ultra-high-speed machining technologies.
VoluMill & VoluTurn Technology
Advanced, high-speed roughing algorithms that maintain constant tool loading, reducing heat buildup and drastically extending tool longevity.
Eliminate CAD/CAM Data Bottlenecks
Treat your parts as a family of machinable features with complete CAD-to-CAM associativity.
Seamless Integration
Native inside SOLIDWORKS, 3DEXPERIENCE SOLIDWORKS, and Solid Edge.
Instant Revision Updates
When design geometry changes, machining toolpaths update automatically—eliminating scrap and manual rework.
Ready to Transform Your Shop Floor at IMTS 2026?
Don’t spend your time waiting in line at the show. Book a dedicated meeting with our engineering team or request a personalized demonstration!
Exhibition Details
- VenueChicago, Illinois, USA
- LocationBooth #133330, East Building, Level 3
- DatesSeptember 14–19, 2026