Buy VERO WorkNC Software

Vero WorkNC x64

Version	Price & Buy
2024.1 (Hexagon)	$75
2023.1	$65
2021.0	$60
2018 R2	$50
24.01A	$45

What Is WorkNC CAM Software?

Unlike general-purpose CAM systems, WorkNC was built from the ground up for the mold and die industry. This specialization means the software understands the unique challenges of deep pockets, complex curvatures, and tight tolerances that define this type of work. Manufacturers can load their CAD files and move directly into machining operations without extensive manual setup or geometry manipulation.

What Are the Main Benefits of Using WorkNC?

Automated Programming Workflow

The software analyzes imported 3D geometry and automatically creates machining strategies appropriate for the job. Programmers don't need to manually calculate stepover values, adjust cutting patterns, or modify toolpaths for different regions of the part. WorkNC's algorithms handle these decisions based on the geometry, delivering consistent results regardless of which operator runs the job.

Dynamic stock management tracks material removal throughout the entire process. When programming rest-machining operations, the software already knows exactly where material remains, automatically generating toolpaths that cut only what's necessary. This awareness dramatically reduces unnecessary tool movements and machining time.

• Waveform roughing removes material quickly while maintaining safe cutting conditions
• Automated finishing strategies adapt to surface geometry without manual intervention
• Rest-machining operations only cut where material actually remains
• Multi-core processor utilization speeds calculation times regardless of part complexity

Built-In Collision Detection

WorkNC checks every toolpath for potential collisions before a single line of G-code reaches the machine. The verification system examines the cutting tool, tool holder, machine components, and physical machine limits to identify problems that would cause crashes. Operators can run jobs unattended overnight, confident that validated toolpaths won't damage equipment or scrap expensive workpieces.

Visual simulation displays the complete machining process on screen. Programmers can verify tool approach angles, check for interference in tight areas, and confirm that finishing passes will produce the intended surface quality before committing machine time. This preview capability catches issues during programming rather than discovering them during production.

What Applications Is WorkNC Best Suited For?

The software excels in environments where complex 3D geometry and tight tolerances define daily production requirements. Shops producing injection mold cavities and cores benefit from automated strategies that handle intricate surface blends and deep ribs automatically. Die manufacturers use the software to program stamping dies, forging dies, and die casting molds where surface finish and dimensional accuracy directly impact part quality.

Tooling shops producing custom fixtures, gauges, and specialized manufacturing aids use WorkNC to handle jobs with mixed complexity levels. A single part might combine simple pockets requiring basic 2.5-axis machining with organic surfaces demanding full 3D toolpath control. The software handles both scenarios within the same programming environment, eliminating the need to switch between different CAM systems for different feature types.

How Does WorkNC Simplify Complex Machining?

Automatic Geometry Recognition

WorkNC reads your CAD files and identifies machinable features without requiring manual selections or region definitions. The software recognizes surfaces that need finishing, areas requiring rest-machining, and regions where standard roughing strategies apply. Programmers can accept the automatically generated approach or make targeted adjustments to specific areas while leaving the rest of the job unchanged.

The system works directly with native CAD files from CATIA, SolidWorks, Siemens NX, and other major systems. There's no need to ask customers to export neutral formats or worry about translation errors corrupting geometry. Files open cleanly, preserving the original design intent and surface quality.

Machine-Ready Toolpath Creation

Generated toolpaths are optimized for the specific machine tool and controller in your shop. The software accounts for machine kinematics, spindle power, axis travel limits, and controller capabilities when creating cutting paths. Post-processors output G-code that runs correctly without manual editing or trial-and-error adjustments.

Surface finishing operations produce consistent results across the entire part. The software maintains uniform scallop heights, optimizes tool engagement angles, and adjusts feedrates based on surface curvature. Finished parts meet surface quality specifications without requiring extensive manual polishing or secondary operations.

How Does WorkNC Work With Your Existing Systems?

CAD file compatibility covers both neutral formats and native files from industry-standard design systems. Standard support includes STEP, IGES, DXF, and STL files that import without additional translators. Native file readers are available for CATIA V4/V5/V6, Siemens NX, SolidWorks, Pro/ENGINEER, and other widely used CAD packages.

• Direct native file reading eliminates translation errors and data loss
• Integrated CAD preparation tools handle missing faces and surface gaps
• Accepts customer files without requesting format conversions
• Multi-core processing delivers fast calculation on modern workstations

The included Designer companion software provides model preparation capabilities when CAD files need repairs or modifications before machining. Users can heal missing faces, extend surfaces, cap holes, and make direct modeling changes without returning files to the original CAD system. Prepared models transfer directly into WorkNC for immediate programming.

Multi-core processor support means calculation times remain reasonable even with large assemblies or highly detailed surface models. The software distributes computational work across available CPU cores, maintaining productivity when programming time-sensitive jobs.

How Do You Get Started With WorkNC?

Typical Implementation Approach

Most shops begin by programming one or two representative jobs to familiarize themselves with WorkNC's automated workflow. The software's approach differs from manual CAM systems, so initial projects help programmers understand how to leverage automation effectively. Starting with moderately complex parts—not the simplest or most difficult jobs—typically provides the best learning experience.

The software includes post-processors for common CNC controls, though custom configurations may be needed for specialized machine tools or modified controllers. Validating post-processor output with simple test parts before running production jobs ensures G-code compatibility with specific equipment.

Frequently Asked Questions About WorkNC