Development of NC programs for CNC machines.

Development of NC programs for the production of parts on CNC machines in the Siemens NX CAM system.

We offer a full cycle of metalworking programming on modern CNC equipment. We develop efficient NC programs (G-code) for the manufacture of parts of any complexity—from rotating bodies to solid parts with multi-axis machining. If you need a reliable NC program that will work from the first run, contact us. We will discuss your project, estimate the complexity, and select the optimal solution specifically for your machine tool fleet and process. Our approach includes project support from the drawing to the first usable part. We analyze the initial data, select the optimal machining strategy based on the specific material and the rigidity of the machining system, create a setup chart with a list of tools and fixtures, and, if necessary,

conduct on-site visits or provide remote consultations during the program implementation phase. This approach eliminates surprises during the launch phase and guarantees stable, predictable results.

What equipment do we work with:

CNC lathes: two-coordinate machining of bodies of revolution, turning grooves, cutting threads (metric, pipe, trapezoidal).
Turn-mill machining centers: machining with driven tools, milling of chamfers, grooves and holes outside the axis of rotation, contour milling of complex surfaces and non-linear milling with the C-axis, drilling and threading in radial and axial directions, synchronization of turning and milling operations.
CNC Milling Machines (3-, 4-Axis): 2.5D and 3D milling, 4th-axis milling, high-speed machining (HSM), multi-axis contouring, complex surface machining, deep drilling and boring.

What is included in the service:

Writing NC programs from scratch based on drawings, sketches or 3D models (STEP, IGES, etc.).
Selection of cutting tools and calculation of cutting conditions. We optimize strategies for the workpiece material, system rigidity, and tool life.
Verification and simulation of machining in a CAM environment. We eliminate gouges, collisions, and errors before using real equipment.
Cycle time optimization: we minimize idle strokes, select the sequence of operations and multi-tool processing to reduce machine time without sacrificing quality.
Support and adjustment of programs during the implementation phase in the workshop, remote consultations with the operator or adjuster.

Stages of work execution:

Obtaining and analyzing initial data – drawing, 3D model, sample part, process flow chart.
Designing machining paths in a CAM system: selection of strategies, tools, and fixtures.
Calculation of the control program and generation of G-code using a proven postprocessor.
Verification and simulation of processing with control of dimensions, residual material and possible collisions.
Transfer of the finished program, setup card with a list of tools.
Technical support – prompt code refinement after a test run on the machine.