SolidCAM Multi-Sided Machining is designed to make programming on multiple faces of a part faster, simpler, and more reliable. Built for indexed 4-axis and 5-axis machining, it helps programmers define new machining orientations quickly, manage tool access across multiple sides, and generate efficient G-code without unnecessary setup complexity. For manufacturers using multi-axis machines to improve throughput, it provides a practical way to machine more sides of a part in fewer setups.
SolidCAM Multi-Sided Machining is designed to make programming on multiple faces of a part faster, simpler, and more reliable. Built for indexed 4-axis and 5-axis machining, it helps programmers define new machining orientations quickly, manage tool access across multiple sides, and generate efficient G-code without unnecessary setup complexity. For manufacturers using multi-axis machines to improve throughput, it provides a practical way to machine more sides of a part in fewer setups.
SolidCAM Multi-Sided Machining is an indexed machining solution for 4-axis and 5-axis CNC machines. It is built for jobs where the tool needs to approach the part from different fixed orientations rather than continuous simultaneous 5-axis motion. This makes it ideal for machining multiple faces, angled features, side holes, and positioned surfaces in a more controlled and efficient way.
Instead of relying on repeated model copies, rotated construction views, or multiple manual coordinate systems, the module allows programmers to define machining orientations more directly inside the programming workflow. That helps simplify setup, reduce programming effort, and support a cleaner path from CAD model to finished CNC programme.
SolidCAM Multi-Sided Machining includes a face-based approach to indexed programming that allows users to define a new coordinate system by simply selecting a face. This speeds up setup for multi-sided jobs and removes much of the extra preparation that often slows down indexed machining workflows.
The module allows programmers to define coordinate systems directly during programming, instead of building multiple construction views or manually rotating copied geometry. This makes it easier to move from one machining side to the next without disrupting the workflow.
SolidCAM’s coordinate system manager keeps track of the data needed for each tool orientation. This is important in multi-sided machining, where multiple indexed positions must stay organised and aligned with the intended machining sequence.
SolidVerify simulation displays tool holders, fixtures, and material removal for all machining operations. This gives programmers better visibility across indexed setups and helps confirm that each side of the part is being machined correctly before production begins.
SolidCAM’s post processor can manage rotations and work offset shifts automatically, reducing the need for multiple work offsets or manual G-code editing at the machine. Whether the controller handles part rotation internally or the post handles the transformation, the system is built to keep indexed programming efficient and clean.
Multi-sided machining can become slow and frustrating when each new setup requires copied geometry, additional views, or repeated coordinate construction. SolidCAM simplifies that process by making it easier to define orientations directly and continue programming without extra workarounds.
By allowing users to machine multiple faces more effectively in indexed positions, the module helps manufacturers make better use of 4-axis and 5-axis equipment. This supports fewer setups and a more efficient approach to complex parts.
Efficient post-processing for rotated positions helps reduce manual intervention at the control. That means the programmer can prepare indexed machining operations with greater confidence that the final G-code will reflect the required rotations and offsets correctly.
Find answers to common questions about SolidCAM software, CNC programming, supported machining modules and pricing in South Africa.
SolidCAM Multi-Sided Machining is used for indexed 4-axis and 5-axis machining where different faces or orientations of a part need to be machined efficiently without full simultaneous 5-axis motion.
No. This module is focused on indexed or position-based machining, where the machine moves to a set angle and then machines from that fixed orientation.
Yes. The software allows users to define a coordinate system on the fly by selecting a face, which speeds up indexed programming.
Yes. SolidVerify simulation shows tool holders, fixtures, and material removal for indexed machining operations.
Yes. SolidCAM can output G-code that handles rotations and work offset shifts efficiently, whether the controller performs the rotation or the post processor manages it.
Yes. The module is specifically designed to make multi-sided machining faster and easier on indexed 4-axis and 5-axis machines.
If your business needs a faster way to machine multiple sides of a part on indexed 4-axis or 5-axis equipment, SolidCAM Multi-Sided Machining provides the programming control and efficiency needed to simplify setup and improve production flow. Speak to Simutron to request a demo, discuss your requirements, or get a quote.
