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Develop professional activity in the Production Department dedicated to Mechanical Manufacturing in companies, both self-employed and employed.


For a correct production of products, it is necessary to carry out the machining processes by chip removal, controlling their quality and taking responsibility for the first level maintenance of machines and equipment, with criteria of quality, safety and respect for the environment.

This course corresponds to Competence Unit No. 2 of the Professional Certificate "Machining by Chip Removal".


Addressed to

Active workers and unemployed people from the Valencian Community interested in these issues.


- Obtain the technical information required for manufacturing, interpreting the drawing of the part and the manufacturing drawing.

- Establish the machining process from the exploded views and technical specifications, ensuring the feasibility of machining.

- Select the tools and tools required for machining depending on the type of part and the machining process.

- Determine the tools required to fasten parts and tools, ensuring feasibility, optimizing the process and meeting the established cost objectives.

- Assemble tools and systems for clamping the pieces in accordance with the established process and the applicable PRL regulations.

- Assemble the accessories or feeding devices of the machines to proceed with the machining by chip removal according to the manufacturing order and complying with the applicable regulations on PRL and environmental protection.

- Carry out the computer numerical control (CNC) program to proceed to machining by chip removal from the order and manufacturing process.

- Carry out the first level maintenance of the machining equipment and installations by chip removal according to the instruction manual, the applicable PRL regulations and environmental protection.

- Assemble the pieces on the tooling using the established tools and tools, complying with the applicable PRL and Environmental protection regulations.

- Machining with machine tools for chip removal or manufacturing lines, obtaining the required quality and complying with applicable PRL and environmental protection regulations.

- Dimensionally verify the mechanized products according to the established standards and procedures and complying with the applicable PRL and Environmental protection regulations.


1.Verification of tools and tools in machining:
• Verification of the optimal state of the tools.
• Checking of clamping tools and accessories.
• First level maintenance of the machine.

2. Assembly of manufacturing systems for chip removal, tools and tools:
• Assembly of clamping systems: clamps, plates, claws, dividers, between points, flanges, magnetic tables, etc...
• Fastening of tools, tools and accessories.
• Assembly preparation: tools and tools necessary for chip removal machining.
• Pressure regulation and flow direction.
• Regulation of tools and accessories.
• First level maintenance of tools and supplies.
• Mechanization of the part holder tool (if applicable).

3.Calibration of tools and tools for machining:
• Measurement of tool parameters.
• Introduction of the measurement parameters in the tool table.
• Preparation and adjustment of clamping tools.
4. Positioning and layout of parts for machining:
• Definition of the reference surfaces and positioning of the part.
• Optimum clamping of the piece.
• Piece layout techniques.
• Execution of layouts of the part.

5.Handling materials in the manufacturing process:
• Handling and transport of materials.
• Description and handling of transport tools.

6. Chronological programming of CNC machining:
• Work planning.
• List of CNC programming functions and machining operations.
• Coding and sequencing of machining operations by chip removal.

7. Preparation of CNC programs for machining:
• CNC languages.
• Optimization of CNC machining programs.
• Description of factors that influence the programs.
• Construction and structure of a program: blocks, syntax, format of a line of a program.
• Description of the standard nomenclatures of axes and movements.
• Definition of coordinate systems, absolute coordinates or incremental coordinates.
• Establishment of origins and reference systems.
• Selection of work plans.
• Description, execution and codes of auxiliary functions.
• Definition of the types of movements: linear, circular.
• Tool compensation: concept and examples.
• Programming of preparatory functions: rounding, chamfers, exits and tangential entries.
• Subroutines, jumps, repetitions.
• Description of canned cycles: types, definition and variables.

8. Advanced CNC programming for machining:
• Parametric programming.
• Program adapted to High Speed ​​machining.
• Implementations.
• Programming of 4th and 5th axis.

9. Computer or machine simulation of machining:
• Management at user level of PC's.
• Configuration and use of simulation programs.
• Menus to access machine simulations.
• Optimization of the program after seeing defects in the simulation.
• Correction of program syntax errors.
• Verification and elimination of errors due to collision.
• Optimization of the parameters for an increase in productivity.

10.Data transmission to the CNC machine:
• Introduction of CNC machining programs in the machine tool.
• Description of devices.
• Identification of transmission systems and data storage of CNC machines.
• Communication with CNC machines.

11.Mechanical, electrical, hydraulic and pneumatic automation:
• Identification of automations.
• Internal structures of automations.
• Application of automation systems.
• Measurement instruments and procedures.

12.Installation of auxiliary processes for machining:
• Choice of automation.
• Definition of flowcharts.

13. Regulation of auxiliary operations for machining:
• Choice of movement sequence.
• Simulation.
• Regulation of variables.
• Machines, equipment, systems and technologies that make up a flexible manufacturing cell.
• Adaptation of PLC and robot control programs
• Regulation elements.
• Control parameters (speed, route, time, etc...).
• Movement sequencing.
• Optimal modification of variables.

14.Innovation and flexibility of auxiliary processes for machining:
• Continuous update.
• Profitability of automation processes.
• Flexibility of automation systems.

15.Basic concepts on Safety and Health at Work:
• Work and health.
• Professional risks.
• Risk factor's.
• Consequences and damages derived from work.
• Basic regulatory framework on ORP.
• Public bodies related to Safety and Health at Work.

16. General risks and their prevention. Action in emergencies and evacuation:
• Risk management tools and equipment.
• Risks in handling systems and facilities.
• Storage and cargo transportation risks.
• Risks associated with the work environment.
• Risks derived from the workload.
• The protection of the safety and health of workers.
• Types of accidents.
• Primary evaluation of the injured person.
• First aid.
• First aid.
• Emergency situations.
• Emergency and evacuation plans.
• Supporting information for emergency action.

17.Prevention of specific risks in machining:
• Risks of handling and storage.
• Identify facility risks.
• Safety elements in the machines.
• Contacts with corrosive substances.
• Toxicity and environmental danger of greases, lubricants and oils.
• Collective protection equipment (those required according to chip removal machining).
• Individual protection equipment (safety boots, overalls, gloves, glasses, helmet, apron).



Mode of delivery



Theoretical-practical classes with the use of adequate didactic means for the correct assimilation of the course contents.


From 10 / 7 / 2023 to 18 / 10 / 2023


Monday tuesday Wednesday Thursday Friday


From 08: 30 to 14: 30


270 hours


AIDIMME C / Leonardo Da Vinci 38 (Technology Park) 46980 Paterna (Valencia)




Certificate of attendance issued by LABORA. Minimum attendance of 80% of class hours.


Free course. 100% subsidized by LABORA through FEMEVAL.
Holiday period from July 31 to September 1, 2023.


AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: |

Since the NUMBER OF PLACES is LIMITED, if they are interested in participating in these courses, they must communicate it, as soon as possible, by sending the duly completed pre-registration form (one for each student), before the indicated date, in order to close the participation in it. Admission will be made by pre-registration order and your acceptance will be communicated to the company.