28 July 2026
Where Is SolidCAM Used?
SolidCAM is used across many sectors, from automotive and defence to aerospace and medical manufacturing.
Modern manufacturing demands speed, precision, and cost control simultaneously. Preparing a part for production now involves an entirely digital process: 3D modelling, CAM programming, toolpath creation, simulation, and CNC code generation. SolidCAM serves as a professional CAM solution at the heart of this process, used across multiple industries.
Automotive
Automotive is one of the sectors with the highest demands for precision and volume production. Engine parts, transmission components, connectors, and prototypes are regularly machined using SolidCAM. Tight dimensions, repeatable production, and short cycle times are non-negotiable here.
Defence
Defence manufacturing demands the highest precision of any sector. Complex-geometry parts, lightweight yet durable components, and tight-tolerance mechanical pieces are regularly machined with SolidCAM. Its ability to accelerate CNC programming and provide pre-production simulation makes it well-suited to this field.
Aerospace
Aerospace parts demand high precision and complex geometries. Aircraft components, engine parts, aluminium and titanium alloy structures are produced in this sector. SolidCAM provides significant advantages in multi-axis CNC machining and minimising material waste.
Mould Making
Mould making is one of the heaviest users of CAM software. Producing plastic injection moulds, sheet metal dies, and casting moulds requires 3D surface machining, rough stock removal, and precision finishing operations. Getting the toolpath right improves quality and cuts production time.
Machine Manufacturing
Machine manufacturing is one of SolidCAM’s most widespread application areas. Machine bodies, shaft components, flanges, custom connectors, and fixtures are typical parts produced in this sector. Accelerating the design-to-production transition and simplifying CNC programming are the main benefits here.
Medical Devices
Medical production requires small-format, high-precision parts. Surgical equipment components, medical device parts, and custom connectors fall into this category. Dimensional accuracy, surface finish quality, and production reliability are paramount.
Electronics and Precision Parts
Certain mechanical components used in electronics demand tight tolerances. Device housings, custom connectors, and precision mechanical parts are areas where SolidCAM provides an advantage.
Prototyping
Prototyping is a critical stage in any new product development process. SolidCAM makes it possible to quickly translate a designed product into a physical part, enabling design testing, manufacturability checks, and revision cycles.
Supported CNC Operations
SolidCAM supports CNC milling (pocketing, contouring, 3D surface machining), CNC turning (facing, grooving, profile turning), 4 and 5-axis machining, and mill-turn operations — covering the full range of production needs across these sectors.
Industry Significance
Today, many manufacturing companies need technical staff who can not only operate machines but also plan production, prepare CAM programs, and understand CNC processes. SolidCAM knowledge has become a key technical competency in this environment.