AUTOMATION

Brief desciption of the project taken among the

most significant

Presentation


November 2015

New version  machine for square bicyle frames

Hardware: PLC Beckhoff + software IEC 61131

Software on pc: LabWindows / CVI


September 2014

New version autoleveling system for boats

Hardware: Beckhoff PLC + software IEC 61131

PC software: LabWindows / CVI


November 2011

Automation for carts used to transport glass plates

Systems and software TTControl Codesys


May 2010

Artificial vision system for cleaning products

Camera Cognex smart sensor interface with industrial PC


June 2007

Testing machine stiffness on bicycle frames

Hardware: Capture Cards National Instruments

Software: Labwindows / CVI


May 2006

Machine for square mororcyle handlebar

Hardware: Capture Cards National Instruments

Software: Labwindows / CVI


July 2005

Machine for square motorcycles forks

Hardware: Capture Cards National Instruments

Software: Labwindows / CVI


January 2003

Control system for 100T press machine

Communication with Telemecanique PLC

Software Labwindows / CVI


March 2003

Numerical control for the cutting system

Brushless motors, with 3-axis positioner including 2 interpolated.

Software Labwindows / CVI


March 2002

Assembly machine for bicycle frames

Hardware: Computer Boards, National Instruments,

8 stepper motors

Software: Labwindows / CVI


July 1999

Machine for square bicycle forks

Hardware: Computer Boards.

Software: Labwindows / CVI


March 1999

Assembly machine for bicycle frames

Hardware: National Instruments

Software: Labwindows / CVI

Motion with stepper motors.


June 1998

Machine for the automatic squaring of bicycle frames

Hardware: Computer Boards.

Software: Labwindows / CVI


July 1996

Machine for cutting and numbering wires wiring

Step motors, encoder ecc

Microprocessor V25 based card


February 1995

Machine for straightening rectified tubes.

Hardvare: Microprocessor V25 based card

Software: Labwindows/CVI


June 1993

Plant for moving 4 telescopic stands.

Hardware: 8088 based cards + motor inverters.

Software: Intel Assembler


March 1993

6 station rotary tranfer for pipes

Hardwar: Telemecanique PLC


March 1992

Photogoniometer B-Beta / C-Gamma

Electronic cards based on personal computer 286, stepper motors

program developed in C language, serial interface with light meter.


May 1987

Photogoniometer B-Beta / Gamma-C

Electronic cards based on personal computer 286, stepper motors

program developed in C language, analog interface with light meter LMT.


June 1986

Photogoniometer B-Beta

Electronic boards based on Z80 microprocessor, motor step

program developed in FORTRAN language, analog interface with light meter LMT.


January 1985

Machine to assemble the bicycle frames with final punching

Electronic boards based on Z80 microprocessor, motor step program

developed in FORTRAN language


June 1984

Machine for the automatic straightening of the wheels

Electronic boards based on Z80 microprocessor, interweaving with Telemecanique PLC, analog cards of our own design.


March 1984

Machine for the controlled tightening of the spokes of the wheels for bicycles

Electronic boards based on Z80 microprocessor, cards to control the tightening torque of our design.


January 1983

Hydraulic machine for the automatic squaring of the forks

Electronic boards based on Z80 microprocessor, analog cards of our project, potentiometric transducers


July 1982

Machine for manual control of the deformation of the forks

Electronic cards of our project


February 1982

Hydraulic machine for the automatic squaring of the frames

Electronic boards based on Z80 microprocessor, analog cards of our project, potentiometric transducers


June 1981

Machine for manual control of the deformation of the frames

Electronic cards of our project,

inductive transducers