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Biesse Rover · direct ISO / NC output
Biesse ISO Postprocessor for Autodesk Fusion
Direct ISO output for compatible Biesse CNC machines.
Autodesk Fusion toolpaths translated directly into machine-ready ISO code. The workflow provides precise toolpath control and reliable handling of complex 3-axis, indexed 3+2 and simultaneous 5-axis machining.
Your exact machine, controller, software version, axes and installed equipment are checked before quoting.
01 / Technical overview
Biesse ISO postprocessor at a glance
- CAM
- Autodesk Fusion, formerly Fusion 360
- Output
- Machine-specific ISO code
- Machines
- Biesse Rover and compatible centres
- Environment
- B_SOLID / B_SUITE and compatible controls
- Machining
- 3-axis, indexed 3+2 and simultaneous 5-axis
- Operations
- Routing, drilling, pockets, contours and 3D surfaces
- Development
- Adapted to the exact CNC configuration
- Validation
- Fusion + Biesse simulation + controlled test
- Developer
- Marek Skotak / CCSOFTCZ
02 / Why ISO
Why direct ISO for complex machining?
CIX remains useful for editable native machining objects. For large CAM-generated milling, 3D surfaces and multi-axis work, direct ISO keeps Autodesk Fusion responsible for the final toolpath geometry.
- 01Direct toolpath control
XYZ and rotary motion, feeds, spindle commands, tool calls, safe movements and machine functions are translated directly. - 02Large-program handling
Complex paths do not need to be rebuilt as thousands of higher-level machining objects. - 033D and 3+2 machining
Roughing, finishing and indexed orientations remain under CAM control. - 04Simultaneous 5-axis
The multi-axis trajectory calculated in Fusion is transferred to the compatible CNC controller. - 05Machine-specific output
Syntax and behaviour are aligned with a proven program from the actual machine.
Actual machine-side evidenceBIESSE / ISO
Practical note: in installations we have worked with, multi-megabyte ISO programs can load within a few seconds. Actual loading time depends on the controller, machine generation and network configuration.
03 / Machine simulation
Check the CAM strategy and the generated machine code.
Using ISO does not remove machine-side verification. On compatible B_SOLID or B_SUITE installations, the postprocessed program can be checked before machining.
CCSOFTCZ post
Translate the toolpath into machine-specific ISO instructions.
ISO program
Review the actual code that will be sent to the machine.
Biesse simulation
Check the postprocessed program with the machine configuration.
Controlled test
Prove the workflow with safe clearances and reduced conditions.
Biesse CNC
Release the verified workflow for production.
Two verification levels
Different checks, one controlled route.
Fusion simulation checks the CAM strategy and calculated toolpath. Biesse Machine Simulation checks the generated ISO program in the machine-side environment.
This second check is especially valuable for complex 3+2 and simultaneous 5-axis machining.
Real machine evidence
Real Biesse production, not a generic factory image.
These photographs come from actual Biesse work: a Rover C6 machining centre and a large 3D surface toolpath whose dense CAM movement is well suited to direct ISO output.
04 / Compatibility
The Biesse model name alone is not enough.
Two machines with the same commercial model can differ in controller, software generation, axis limits, spindle configuration and installed functions.
| Item checked | Why it matters | Useful evidence | Status |
|---|---|---|---|
| Model and year | Defines the machine generation and basic architecture | Nameplate and serial/configuration | Required |
| Controller and software | Determines syntax, loading and simulation workflow | B_SOLID, B_SUITE or BiesseWorks version | Required |
| Axes and kinematics | Defines indexed and simultaneous movement | Axis limits, orientation and machine documentation | Required for multi-axis |
| Installed equipment | Controls tool calls and available functions | Spindle, drilling block, changer, table and aggregates | Confirmed individually |
| Proven ISO program | Shows the exact accepted machine syntax | A working file generated for your CNC | Highly useful |
Standard machining
Routing, contours, pockets, drilling and agreed machine functions.
Oriented machining
Automatic head positioning based on the Fusion tool orientation.
Simultaneous motion
Continuous multi-axis movement where the real machine configuration supports it.
Typical projects include Biesse Rover machines and other Biesse machining centres capable of executing external ISO programs. Compatibility is always confirmed individually.
05 / Workflow
From Fusion to the machine in one short integration session.
A standard remote implementation normally takes approximately 2–3 hours after the postprocessor has been prepared.
Machine assessment
Send the specification, software version, installed equipment and a proven program.
Post configuration
Configure axes, tool calls, drilling, positioning, safe moves and machine functions.
Simulation and test
Check a test program in Fusion, Biesse simulation where supported, then on the CNC.
Operator training
Learn the complete Fusion → postprocess → simulation → production workflow.
Direct specialist support
Developed and supported by Marek Skotak.
Postprocessor developer and CAD/CAM integration specialist with 18 years of experience in CNC machining, Autodesk Fusion workflows and production automation.
About Marek and CCSOFTCZ →06 / Technical scope
What the project can include.
The final functionality depends on the actual machine and is defined in the quotation.
- 01Fusion CPS postprocessor
Machine-specific output rules for the agreed Biesse configuration. - 023-axis and drilling
Routing, contours, pockets, standard milling and the installed drilling configuration. - 03Indexed 3+2
Machining-head positioning according to the Fusion tool orientation. - 04Simultaneous 5-axis
Continuous tool movement based on the real CNC kinematics. - 053D machining
Large roughing and finishing strategies without reconstructing the path as CIX objects. - 06Machine functions
Required M-functions and controller-specific commands where documented and agreed.
Machine review
Controller, software, kinematics, tools, drilling equipment and installed functions.
Fusion setup
Coordinate system and machine definition support, particularly for multi-axis machines.
Test programs
Controlled output generation, comparison, simulation and safe machine proving.
Training
Remote operator handover for generating, checking and running production programs.
07 / ISO vs CIX
Two different approaches to Biesse programming.
CIX and ISO are not simply two extensions for the same data. They place responsibility for the final movement in different parts of the workflow.
CIX
Describes machining operations interpreted by the Biesse software. It is valuable when editable native machining objects are the objective.
ISO
Contains the CNC movement generated by the CAM system. This keeps complex Fusion toolpath geometry under direct CAM control.
The practical distinction
Fusion calculates the movement. The postprocessor translates it. The Biesse controller executes it. For complex milling, 3D surfaces and multi-axis work, this avoids recreating the original Fusion path manually in B_SOLID.
08 / Pricing
A clear starting price, confirmed after machine assessment.
Pricing is transparent, while compatibility and final scope remain machine-specific.
3-axis licence
from€1,350- Machine-specific Fusion CPS postprocessor
- Direct ISO output
- Routing, pockets, contours and agreed drilling
- Initial remote integration and basic training
- Direct technical support
5-axis licence
from€2,300- Everything in the agreed 3-axis scope
- Indexed 3+2 machining
- Simultaneous 5-axis where supported
- Machine kinematics and Fusion definition support
- Simulation and validation workflow
Starting prices in EUR. The final price depends on the machine, controller generation, axes, installed aggregates and required machine functions. Taxes, on-site work and development outside the agreed scope are quoted separately.
09 / Technical answers
Frequently asked questions.
Practical boundaries around compatibility, output, simulation and integration.
Does the postprocessor work with every Biesse machine?
No. Biesse machines use different controllers and software generations. We check the exact machine before confirming compatibility.
Does it create CIX files?
The workflow described here uses direct ISO output. CIX can suit other workflows, but for complex Fusion toolpaths we normally prefer ISO because it gives more direct control over final machine movement.
Can I simulate the program before running it?
Yes, on compatible Biesse configurations. First simulate the CAM strategy in Autodesk Fusion, then check the generated ISO program using the Biesse machine simulation workflow before production.
Is simultaneous 5-axis machining supported?
Yes, where the machine supports it and the required kinematic information is available. The Fusion machine definition and postprocessor must match the real axis configuration.
What information do you need?
Send the machine model and year, Biesse software version, axes, spindle and drilling configuration, tool changer, table equipment, special functions and a proven program generated for the machine.
How long does installation take?
A standard remote integration normally takes approximately 2–3 hours, including setup, controlled testing and basic operator training.
Can very large Fusion programs be used?
Yes. Direct ISO output is especially useful for large 3D and multi-axis toolpaths because every movement does not need to be converted into higher-level CIX machining objects.
Do I still use B_SOLID?
Yes. B_SOLID or B_SUITE remains useful for machine-side configuration, work preparation and simulation. The complex CAM toolpath itself is prepared in Autodesk Fusion.
10 / Compatibility request
Tell Marek which Biesse machine you run.
Send the technical basics. You will receive a direct reply with compatibility questions, the recommended scope and a clear quotation.
- Useful informationMachine model, year, software/controller, axes and equipment
- Helpful fileA proven ISO program generated for the machine
- ResponseDirectly from the postprocessor developer
- Emailm.skotak@ccsoftcz.com
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