28357

C.N.C. Programmer for Milling Machining Centers at SC Aerostar SA www.aerostar.ro

  • România, Bacău
  • România, Bacău
  • Romania, Bacău
  • Romania, Bacău
Deblocheaza date contact
Traduceri ale CV-ului
30%
  • Ultima actualizare: 02.01.2013
  • Numar referinta: 28357

Aptitudini

Permis de conducere
  • B

Limbi straine

Engleza
Avansat
Germana
Incepator
Romana
Nativ
80%
  • Last update: 02.01.2013
  • Reference number: 28357

Experience

  • November 2010 - Present

    C.N.C. Programmer for Milling Machining Centers, SC Aerostar SA www.aerostar.ro

    • Bacău, Romania
    • Full time
    • Work domain - Engineering: Industries / Production / Manufacturing

    - To study the drawings , the job orders ;
    - To interpret the blueprints
    - To find out the best next machining operations to be done ;
    - To make the tool lists and to elaborate the tools documentations ;
    - To find the correct and propper devices and fixtures ;
    - To make sketches of special fixtures and devices ;
    - To generate the G-code programs for the machining of the parts ;
    - The aim is to to achieve maximum efficiency from the machines and     tools; 
    - To update G-code programs ;
    - To edit and to modify a program on the machine ;
    - All the time to learn about the capabilities of the machines ;
    - To know how to use these capabilities of the machines ;
    - To find the best sequence of operation for each job
    - To select the right cutting tools , the right feeds and speeds ;
    - To update these feeds and speeds for the former programs ;
    - To setup and to operate CNC milling & turning machining centers
    for performing machining operations ;
    - To stay inside of tolerances ;
    - To modify the cutting speeds, the cutting feeds , depending on the type of
    the material (aluminum alloys, steel, stainless steel, titanium, plastics) ;
    - To measure and to verify dimensions of the part using micrometers,
    calipers, calibers gauge and other precision instruments ;
    - To do some routine maintenance on equipment and machinery .
    
    Performed Operations: Milling , drilling , boring , planning
    Number of axis	:3 to 5 axis 
        - 4 axis at the horizontal CNC milling machining centers ;
        - 5 axis at the vertical CNC milling machining centers ;
    Computer Aided Design programs:
        - Unigraphics NX5,NX8
        - Catia V5(beginer)
    Computer Aided Manufacturing CAM:
        - Unigraphics  NX5,NX8
    Controllers:
        - Fanuc 16I-32I with manual Guide aplication
        - Siemens 810-840D with shopmill application
        - Heidenhain TNC 530
        - Philips
    Dimensions of the pieces processed:
        - Min 5mm – Max 1800 mm
    Brand and model names of the CNC machining centers operated and programmed on:
        - Awea 1300 -3 axis, controller Fanuc 16 I
        - VMC1300 -4 axis, controller  Siemens 840 D
        - VMC 1800 -4 axis, controller  Siemens 840 D
        - DMU 40 -5 axis, controller Heidenhain TNC 530
        - DMU 80 -5 axis, controller Heidenhain TNC 530
         - DMU 100 -5 axis, controller Heidenhain TNC 530
    - Maho50 - 4 axis, controller Philips
        - Maho 700 -3 axis, controller Philips 
    Type of materials:
        - aluminum alloys, steel, stainless steel, plastics
    Type of production:
        -small series (10-100)

  • August 2006 - August 2010

    C.N.C. Programmer For Milling & Turning Machining Centers and CNC Trainner for Vertical turning and milling SC27-SC70 , S.C. R.E.M. Masini Unelte SRL (Machine Tools Building) www.rem-machinetools.ro

    • Bacău, Romania
    • Full time
    • Work domain - Engineering: Industries / Production / Manufacturing

    - To study the drawings , the job orders ;
    - To interpret the blueprints 
    - To find out  the best next machining operations to be done ;
    - To make the tool lists and to elaborate the tools documentations ;
    - To find the correct and propper devices and fixtures ; 
    - To make sketches of special fixtures and devices ;
    - To generate the G-code programs for the machining of the parts ;
    - The aim is to to achieve maximum efficiency from the machines and tools; 
    - To update G-code programs ;
    - To edit and to modify a program on the machine ;
    - All the time to learn about the capabilities of the machines ;
    - To know how to use these capabilities of the machines ;
    - To find the best sequence of operation for each job
    - To select the right cutting tools , the right  feeds and speeds ;
    - To update these feeds and speeds for the former programs ;
    - To setup and to operate CNC milling & turning machining centers 
      for performing machining operations ;
    - To stay inside of tolerances ;
    - To modify the cutting speeds, the cutting feeds , 
      depending on the type of the material 
      (aluminum alloys, steel, stainless  steel, titanium, plastics) ; 
    - To measure and to verify dimensions of the part using micrometers, 
      calipers, calibers gauge and other precision instruments ;
    - To do some routine maintenance on equipment and machinery .
    
    Performed Operations: Milling , drilling , boring , planning , turning
    Number of axis: 3 to 5 axis 
        - 3 to 4 axis on turning machining centers  ;
        - 3 axis on vertical CNC turning
        - 3 to 5 axis on vertical CNC milling machining centers ;
        - 3 to 5 axis at the horizontal CNC milling machining centers ;
    Computer Aided Design programs:
        - SolidWorks 2006-2010
    Computer Aided Manufacturing CAM:
        - Solidcam 2006-2009
    Controllers:
        - Fanuc  16I-32I with manual Guide aplication
        - Siemens 810-840D with shopturn and shopmill aplication
    Dimensions of the pieces processed:
        - Min 10mm – Max 7000mm
    Brand and model names of the CNC machining centers operated and programmed on
        - DMG 70 evo linear -5 axe, controller Siemens 840D
        - CTX 620 linear-4 axe ,controller Siemens 840 D
        - BMT 105 -4 axe,controller Fanuc 32 I
        - FV800-3 axe,controller Fanuc 16 I
        - FLP TF 2200-4 axe,controller Fanuc 32 I 
        - FLP 2200-4 axe,controller Fanuc 32 I
        - SC 27-SC70 - 3 axe,contoller Fanuc and Siemens 
    		
    Type of materials:
        - cast iron , aluminum alloys, steel, stainless steel, plastics
    Type of production:
        - prototypes (2-3 parts) , small series (10-100)
    		
    

  • August 2003 - August 2006

    C.N.C. Operator for banding machining, “ Elmet International Romania “ , a subsidiary of Elbit Ltd. , www.elbit.co.il

    • Bacău, Romania
    • Full time
    • Work domain - Engineering: Industries / Production / Manufacturing

    - To study the drawings , the job orders ;
    - To interpret the blueprints 
    - To find out  the best next machining operations to be done ;
    - To make the tool lists  ;
    - To find the correct and propper devices and fixtures ; 
    - To generate the G-code programs for the machining of the parts ;
    - To edit and to modify a program on the machine ;
    - All the time to learn about the capabilities of the machines ;
    - To know how to use these capabilities of the machines ;
    - To select the right cutting tools 
    - To setup and to operate CNC banding machining
      for performing machining operations ;
    - To stay inside of tolerances ;
    - To measure and to verify dimensions of the part 
    - To do some routine maintenance on equipment and machinery 
    
    Performed Operation: Banding 
    Number of axis: 2 axis 
    Controllers: Kvara 2000
    Dimensions of the pieces processed: Th. Min 0,8mm – Max 6mm
    Brand and model names of the CNC banding machining operated on
        - Amada
        - Mecos
    
    Type of materials: aluminum alloys, steel, stainless steel
    Type of production: small series (10-100)
    

Education

  • 2001 - 2006

    Bachelor's degree, Universitatea din Bacau –accredited public university

    • Bacău, Romania

Skills

Driving license
  • B

Foreign languages

English
Advanced
German
Beginner
Romanian
Native