MEMKO coordinates with Sandvik Manufacturing Solutions across Australia, New Zealand, and India to deliver advanced production integrity. We bridge the critical gap between conceptual CAM parameters and real-world machine tool survival. By embedding specialised digital manufacturing loops—unifying smart simulation, optimised post-processing, and strict 3D dimensional metrology—we give precision manufacturers the tooling intelligence required to eliminate defects and protect physical capital.
Advanced CNC post-processing and multi-axis optimization software that seamlessly translates raw CAM toolpath data into highly secure, controller-specific G-code instructions. ICAM unifies the translation and machine optimisation path into a single computing environment, preventing the data drops common in legacy manufacturing pipelines.
Execute post-processing and structural toolpath optimisation inside a single calculation engine. By evaluating machine kinematics simultaneously with data conversion, ICAM cuts cycle planning times and avoids the multi-step data fragmentation of basic third-party translation tools.
Analyse cutter trajectories and real-time material removal volumes automatically to modulate tool feeds. This maintains uniform cutting loads across varying depths, significantly prolonging tool life while slashing overall cycle times on complex aerospace alloys.
Build highly specialised post-processors matching the unique controller behaviours of Heidenhain, Fanuc, Siemens, and Mazak units. This guarantees structural compatibility with complex multi-axis mill-turn centres and massive gantry infrastructure.
The global industry standard for CNC machine simulation, verification, and toolpath optimisation. Working directly from raw G-code, VERICUT builds an uncompromised digital replica of your physical machine-tools to locate programmatic geometry flaws, stock gouges, and devastating crash errors before cutting air or material.
Simulate full multi-axis machine kinematic environments—including spindle housings, structural enclosures, rotary tables, fixtures, and holding clamps. VERICUT stops hardware crashes, protecting high-cost multi-million dollar machining infrastructure from programming oversights.
Compare processed material stock against original blueprint CAD designs down to precise micron levels. The system highlights out-of-tolerance variations, un-machined cavities, or accidental tool gouges early, saving exotic metals from ending up in scrap bins.
Leverage VERICUT Force to analyse specific cutting parameters, workpiece materials, and chip thickness limitations. Force automatically reconfigures feed rates to maintain optimised mechanical loads, dropping overall cycle machining hours by up to 25% while reducing spindle stress.
A powerful, hardware-independent 3D metrology and inspection platform built to automate quality assurance pathways. Verisurf interfaces directly with any digital CMM, portable measuring arm, or laser scanner tracker to verify fabricated parts immediately against master model geometries.
Execute real-time surface profile audits and check complex Geometric Dimensioning and Tolerancing (GD&T) baselines using the native CAD model as the single metric source. This provides immediate pass/fail analysis and generates complete compliance data trails for aerospace audits.
Standardise shop floor measurement processes through a single interface. Verisurf operates seamlessly with stationary CMM systems, manual laser trackers, optical scanners, and articulated arms, eliminating the need to retrain quality staff across disparate brand software tools.
Convert point clouds and dense inspection mesh files directly into high-fidelity solid models. Verisurf quickly builds manufacturing-grade CAD entities from physical tool shapes, helping engineers maintain tooling fixtures and replicate legacy aircraft parts.