Postprocessors and NC code
Preparation of the postprocessor and NC code compatible with the specific machine and control configuration.
04 / 05 — Digital
Digital manufacturing software
Digital manufacturing software organises data and the consecutive stages of programme preparation for a specific machine and control. The starting point is the model, process documentation, CAM already in use, machine configuration, postprocessor and any point that is currently ambiguous in the NC programme or simulation. CAM prepares toolpaths, CAPP organises process-plan data, PLM manages the data context, and the postprocessor converts the prepared programme into the format required by the machine. This group covers CAM, CAPP, PLM, postprocessors, NC code, machining simulation and the virtual machine. It does not replace recognition of a process constraint, cutting-tool selection, toolholding or the location and clamping of the part. Nor is it process-design and optimisation consultation: where the decision concerns the manufacturing route itself, we identify the need for separate process work. If information for programme preparation or verification is missing, we specify it before the next step rather than claim ready NC code or an outcome.
This area works with the other four groups: tool, holder, workholding, digital layer and process.
SOLUTIONS
Decision areas, not an SKU list.
Choose the point constraining the process today. We will identify the right lever together.
Machining simulation
Machining simulation and collision check before testing the program on the machine tool.
Virtual machine
Independent simulation of machine operation and the postprocessor as an element of program preparation.
CAM, CAPP, and PLM
Organisation of data and subsequent stages of process preparation without translating industry abbreviations.
CASE STUDIES01NOT A CASE STUDY 02NOT A CASE STUDY 03NOT A CASE STUDY Enter TIZ B2B →
Context / Approach / Verification / Result
Case studies for this group are being prepared.
We do not publish metrics, logos or outcomes without TIZ approval.
TIZ B2BTECHNICAL CONVERSATION
Three starting points for a conversation
The cards below do not describe customers, parts or outcomes. They show three ways to structure a conversation before specifying a process stack for a particular operation and machine.
Part and feature in operation
We begin with the material, required feature, tolerance and place of the operation in the overall machining route. This establishes what information is needed before a tool catalogue number enters the discussion.
Not to be confused with: an implementation description, an approved case study or a claim about cutting parameters.
Process stack on that machine
We consider the tool, toolholding, workholding and programme strategy as a stack operating in that particular operation and on that machine. We distinguish retaining the tool in the spindle or turret from locating, supporting and clamping the workpiece.
Not to be confused with: selecting an SKU alone or replacing process analysis with a catalogue.
Trial or clear information gap
The criterion for this conversation is a machine trial or a clear statement of the information still missing before it can be planned. We do not replace this with a slide, an outcome promise or a generalisation to other machines, parts or production runs.
Not to be confused with: a confirmed customer outcome or a published case study.
KNOWLEDGE
Open knowledge baseMaterial for the technical conversation.
Postprocessor, machine and NC code
A postprocessor prepares NC code for a specific machine and control configuration. Before programme verification, we connect the control requirements with the machine configuration.
Not to be confused with: cutting trials and process commissioning on the machine; those belong to Process design and optimisation.
Read outlineSimulation, collisions and virtual machine
Machining simulation checks programme execution and potential collisions before the NC trial on the machine. A virtual machine relates that verification to the machine configuration and postprocessor.
Not to be confused with: selecting cutting tools, toolholding or workholding; these are separate solution groups.
Read outlineCAM, CAPP and PLM
CAM, CAPP and PLM organise distinct stages of data and production preparation. CAPP describes process planning, but it does not replace process consultation or on-machine implementation.
Not to be confused with: technological audit and process optimisation; those belong to Process design and optimisation.
Read outlineTIZ B2B / VERIFIED CUSTOMER ACCESS
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