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ZuberCAM
Original schematic: CAM model, postprocessor and NC file as three connected stages. Verification and machine prove-out are separate steps; no executable NC code.

Your CAM.Your machine.One connection.

Post-processors for Ency, SprutCAM and VirtualCAM. Aligned with your machine, control and working practices.

Discuss your projectInformation to prepare

At a glance

Original development symbol: four nodes around a newly added geometric component.

Develop

Capture requirements for a new machine or CAM environment and agree NC format, cycles and auxiliary functions.

Original adaptation symbol: three precise adjustment sliders in different positions.

Adapt

Analyse current output, investigate recurring manual corrections and implement agreed extensions.

Original verification symbol: measuring jaws around a ring component and a separate inspection lens with a check. Symbolic, not approval of an actual machine.

Verify

Assess 5-axis, turn-mill and multi-channel configurations using kinematics, options and representative test cases.

From virtual toolpath to verified output.

  1. Original editable schematic of a ring plate with a central opening and eight evenly spaced holes. No customer drawing, software view or toolpath.01

    CAM model

    Prepare geometry, tools and machining operations.

  2. Original development symbol: four nodes around a newly added geometric component.02

    Post-processor

    Convert CAM data into the required NC output.

  3. Original schematic: CAM model, postprocessor and NC file as three connected stages. Verification and machine prove-out are separate steps; no executable NC code.03

    NC output

    Create the program for the machine and control.

  4. Original verification symbol: measuring jaws around a ring component and a separate inspection lens with a check. Symbolic, not approval of an actual machine.04

    Verification & trials

    Review the output and conduct controlled machine trials.

Your system. Your configuration.

Ency

CAD/CAM for CNC machines, including milling, turning and mill-turn machining. The machine model and machining sequence provide the basis for suitable NC output.

Ency was introduced in September 2024 as a new CAD/CAM brand by ENCY Software in Cyprus.

ZuberCAM develops new post-processors and adapts existing ones to your control, machine kinematics and required auxiliary functions.

Ency: manufacturer information

SprutCAM

CAD/CAM for CNC programming, including milling, turning and mill-turn machining. SprutCAM provides its own tools for developing and adapting post-processors.

SprutCAM’s development roots go back to the 1980s. Solutions for offline industrial robot programming were added later.

We create and revise post-processors for your SprutCAM installation. Together we review the software version, existing post-processor and required NC output.

SprutCAM: manufacturer information

VirtualCAM

MyXPert VirtualCAM from MySolutions is a CAD/CAM system for CNC programming, including milling and turning, using a virtual machine model to prepare machining operations.

By 2012, MySolutions was presenting MyXPert VirtualCAM as a CAM solution centred on programming with a virtual machine model.

We also develop post-processors for VirtualCAM and adapt existing solutions. The work is based on your installed version, actual machine and CNC control requirements.

MySolutions: VirtualCAM brochure (PDF)

What a suitable post-processor needs to do.

A post-processor converts motion and technology data supplied by CAM into machine-specific NC files. Depending on the configuration, this also includes tool changes, cycles and auxiliary functions. The combination of CAM version, machine, control and enabled options determines the requirements.

Original schematic: CAM model, postprocessor and NC file as three connected stages. Verification and machine prove-out are separate steps; no executable NC code.
Technical details and verification steps

NC format and sequences

Agree program structure, tool calls, work offsets, feed modes, coolant and spindle functions using control documentation and proven sample programs.

Kinematics and options

For multi-axis machining we review items such as coordinate transformations, retracts and axis limits. Which calculations are handled by CAM, the post-processor or the control depends on the chosen method.

Verify changes systematically

Define suitable test cases for each agreed function. Existing examples help compare output changes and identify effects on other machining operations.

  1. Agree test parts and expected NC functions before implementation.
  2. Review the actual NC output; CAM toolpath simulation does not automatically check every post-processor command.
  3. Use NC-code simulation with a matching machine model, suitable interpreter and verified function coverage.
  4. Agree controlled trials and approval on the actual machine with the responsible personnel.
Original workflow diagram: CAM data → post-processor → NC output. Output is verified; required changes feed back into adaptation.
Original workflow diagram: CAM data → post-processor → NC output. Output is verified; required changes feed back into adaptation. Enlarge diagram

Technical sources · checked on 2 November 2026

Your configuration matters.

For your initial enquiry

  • Machine and control: Manufacturer, model, control type and version, axes and important options.
  • Part and machining: A typical task, material, tools and workholding where known.
  • Current setup: CAM system and version, existing post-processor or a proven NC example.

We will work out the details together.

The key details are enough for initial contact. We will discuss which documents, files or test parts are needed and how you can provide them.

Discuss your task

Frequently asked questions

Before your project starts.

Can a post-processor from a similar machine be reused?

A similar model designation is not sufficient. We compare the control, options, kinematics, tool changes and auxiliary functions. An existing post-processor is a starting point for assessment, not automatic approval.

What does handover include?

We agree the post-processor version, supported configuration, test cases and documentation. Known limitations and responsibility for installation, trials and later changes are also defined.

Does it fit our configuration?

We assess your actual machine, control, software version and required functions. A manufacturer name alone is not enough for a reliable assessment.

Can existing data or customisations be reused?

Existing projects and documentation are a useful starting point. Together we determine what can be reused and which additional information is needed.

What does implementation cost and how long does it take?

Effort depends on functions, available data and agreed tests. After technical scoping, you receive a quotation describing scope and proposed process.

How are results checked before use?

We compare representative test cases against your requirements. NC output requires technical review and controlled trials during commissioning. Simulation alone does not replace these steps.

Related to your project.

Related training

Let’s discuss your application.

Tell us about your setup and goal. Together we will agree the right next step.

Start your enquiryPrefer to talk? +41 78 264 77 49