aboutusevaluate the feasibility of the project propose alternative conceptual solution step 2:...
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aboutabout us
GIANPAOLO SARACINO STEFANO LEOGIANPAOLO SARACINOMechanical Engineerspecialized in mechanic design and automation
[email protected](+39) 333 373 5454
STEFANO LEOElectronic Engineerspecialized in electronic design and EM analysis
[email protected](+39) 342 004 6928
ANDREA CALO’Electronic Technicianspecialized in electronics assembly and system integration
[email protected]( (+39) 393 562 6097
ANDREA CECCHINIElectronic Engineerspecialized in RF/microwave design and assembly
[email protected](+39) 328 592 6002
servicesservices
System integration
DESIGN AND REALIZATION OF AUTOMATION SYSTEMS BASED ON PLC AND MICROPROCESSOR TECHNOLOGY AIMED AT INDUSTRIAL PROCESSES, ENERGY SAVINGS, RELIABILITY AND REDUCTION OF MAINTENANCE
MICROPROCESSORSerial protocolUSB, I2C, I2SCAN, Ethernet
Modbus RTU/TCP/UDP
INDUSTRY 4.0
development of smart system in order to enhance the cooperationbetween operators, machine and tools
BUILDING AUTOMATION
access managementsupervision system (home, office, hospital, hotel)thermoregulation
PLCSchneider Electric
Rockwell AutomationSiemens
WagoBosch Rexroth
SUPERVISION
implementation of plant supervision systems with data acquisitionand management to monitor and graphically display the productioncycle (HMI, PC Panel, SCADA)
TECHNICAL SUPPORT
commissioning of software automation systemsrevamping of obsolete systems
PCB design
DESIGN, MANIFACTURING AND TESTING OF ELECTRONIC BOARDS
MAIN ACTIVITIESdesign, realization, assembly, test and validation of
multilayer Printed Circuit Board for multiple applications:-microwave and Radio Frequency
-power supply-power supply-digital control board
-signal acquisition, processing and monitoring
design of MMIC on GaAs and GaN substrate
Electronic and EM capabilities
ELECTRONIC DESIGN AND EM ANALYSIS SERVICES
MAIN ACTIVITIESelectronic assemblies study, dimensioning, design, realization and test for
home and building automation, industrial, automotive, naval,transport, aerospace, telecomunication, photovoltaic applications
antenna design
RF and microwave assemblies study,RF and microwave assemblies study,dimensioning, design,realization and test
full-wave electromagnetic analysis
reliability analysis
feasibility anlysis
Design and verifcation of mechanical components
MECHANICAL SIMULATION SERVICES MECHANICAL SIMULATION SERVICES
MAIN ACTIVITIESmechanical design
assembliesassembliesassembly instructions
kinematic analysisinterference analysis
static load analysisdynamic load analysis
vibration analysis
Programming TECHNICAL DESIGN SOFTWAREInventor Pro Solid EdgeSolid WorksAutocadPro EngineeringCATIA
PROGRAMMAZIONE ON WINDOWS AND GNU/LINUX ENVIRONMENT USING:
CC++java
javascriptvisual basic
C#
FEM SIMULATION SOFTWAREANSYS MultiphysicsANSYS HFSS (EM)CST STUDIO SUITE (EM)COMSOL Multiphysics
ELECTRONIC DESIGN CAD SOFTWAREAltium DesignerMultisim, PSpice, Proteus
C#phyton
WEB APPLICATION DEVELOPMENTHTML
jQueryjQuery Mobile
FlashJavascript
Multisim, PSpice, ProteusAWR MICROWAVE OFFICE (RF/microwave)
NUMERICAL AND SYMBOLIC COMPUTATION SOFTWARE MatlabLabViewwxMaximaQtOctave
roboticrobotic
Robotic arms
SALE, INSTALLATION, REVAMPING AND MAINTENANCE OF ROBOTIC ARMS
SALE
NOA engineering is authorizedretailer and integrator for FANUC and ROBOPAC
REVAMPING
Revamping of robotic arms forreuse in different applications
COMMISSIONING
Robot commissioning and integration
MAINTENEANCE
Mainteneance activity on roboticRobot commissioning and integrationon the production line
Mainteneance activity on roboticarms
CUSTOM APPLICATIONS IN ACCORDANCE WITH CUSTOMER’ NEEDS
Robotic arms - applications
MATERIAL HANDLING
- Packaging- Pick and Place- Pallettizer- Dispenser-Transfer of objects- Collection of objects in order
FOOD INDUSTRY
- Processing- Packaging
ROBOT COOPERATION
iVISION
WELDING
- Arc- Point- Electronic beam- Laser
OTHER
-Painting-Cutting- Laser cutting- Drilling
iVISION
Internet Internet of things
Wireless mesh network
KEY BENEFITSLess Expensive than Traditional NetworksExtremely adaptable and expandableSupport High DemandOptimized for machine type communicationDeliver both indoor and outdoor connectivity
TYPICAL APPLICATIONSIndustrial automation
Street lightingParking space occupancy sensors
Social housing use cases (e.g. smoke alarm and energy credit policing)
Pet trackingGarbage collection bin fill levelGarbage collection bin fill level
Agricultural sensorsForest fire detection
ongoingongoing projects
Intelligent lighting systemLightwave
REALIZATION OF AN INTELLIGENT SYSTEM ABLE TO MANAGE PUBLIC OR PRIVATELIGHTING INCREASING THE ENERGY EFFICIENCY AND REDUCING THE MAINTENANCECOSTSCOSTS
REPORT OF:- obstacles on the carriageway- dangerous crossings- pedestrian / cycling crossings
SYSTEM ARCHITECTURESensor integrationConsumption monitoringDiagnosticsLighting adjustment
REMOTE CONTROL CENTERData collection from individual lighting points and communication with remote
control center
COMMUNICATION BETWEEN SINGLE LIGHT POINTSIt allows to extend the range of operation of the system
FINANCED BY:
Remote valve monitoring and actuation system for dam
IMPLEMENTATION OF A SYSTEM FOR DRIVE VALVES AND MONITORING SYSTEMPARAMETERS FOR REMOTE CONTROL
SOLENOID VALVE STATIONInstallation of a PLC system with I / O modules and sensors
GUARDIAN STATIONHMI installation for monitoring:- valve actuation- valve condition- valve oil expression- position of the bulkhead- opening bulkhead speedDATA TRANSMISSION INFRASTRUCTURE - opening bulkhead speed- estimated flow- video monitoring
Transmission through ethernet cable and
wireless "point to point" bridge
CLIENT:
Commissioning of bed net packaging line
INSTALLATION, ADAPTATION AND INTEGRATION OF AUTOMATIC MACHINES FOR PACKINGOF BED NET
TYING MACHINE- PLC programming to realize the customer cycle- Definition and implementation of cooperation signals with previous and subsequent machines- Cycle optimization test
PALLETTIZER ROBOT- Study of the kinematics- Definition of geometries- Definition of poses- Study of dynamics- Installation and programming of the robot- Cycle optimization test robot- Definition and implementation of interview messages with previous and subsequent machines
PACKAGING MACHINE- PLC programming to realize the customer cycle- Definition and implementation of cooperation signals with previous and subsequent machines- Cycle optimization test CLIENT:
Multi-axis pick and place system with pattern recognition
INTEGRATING THE FUNCTIONS OF ELECTRIC LINEAR MOVEMENT, PNEUMATIC SYSTEMAND PATTERN RECOGNITION TECHNOLOGY TO DEVELOP INDUSTRIAL AUTOMATIONAND PATTERN RECOGNITION TECHNOLOGY TO DEVELOP INDUSTRIAL AUTOMATIONSOLUTIONS SEED ON CUSTOMER NEEDS
CARTESIAN MULTI-AXIS SYSTEM3 linear axestype of control-Position-speed-acelerazione-power-camme-CNC (G-command)
PNEUMATIC SYSTEMParallel pneumatic clamp
PATTERN RECOGNITION SYSTEM-CNC (G-command)
PATTERN RECOGNITION SYSTEM
ELECTRONIC CONTROLPLCI/O modulesHMIDAQ
CLIENT:
Hydraulic axis test bench with intelligent hydraulic power unit
MAKING A TEST BENCH FOR THE FATIGUE TEST OF MECHANICAL PARTS USING ANHYDRAULIC ACTUATOR WITH POWER OR POSITION CONTROL, POWERED BY HYDRAULICHYDRAULIC ACTUATOR WITH POWER OR POSITION CONTROL, POWERED BY HYDRAULICPOWER STATION EQUIPPED WITH A SYSTEM OF OPTIMIZATION OF PERFORMANCE ANDENERGY CONSUMPTION
INTELLIGENT HYDRAULIC POWER STATIONIntegration of sensors (filter clogging, oil level, temperatures) and engine speed modulation system able to implement an efficient control over time of pressures and flows.
HYDRAULIC ACTUATORSProportional flow valvesProportional pressure valvesHydraulic cylindersLVDTLoad cellsDriver
flows.
ESTIMATED ENERGY EFFICIENCY: 80%The internal logic automatically manages engine revolutions
HIGH ELASTICITYThe presence of proportional valves allows the production cycle to be optimized for different
pressure and flow values
Driver
THERMAL CAMERA FOR THERMAL DIAGNOSISDetailed sample analysisAnalysis of operating parametersDetailed monitoring
CLIENT:
realizationsrealizations
STEP 1: ideaevaluate the feasibility of the projectpropose alternative conceptual solution
STEP 2: front-end engineering
MAIN ACTIVITIEScutter machine
swaging machine
Custom machinemechanical and hydraulic axis control systems
STEP 2: front-end engineeringprovide a fully developed concept and preliminary modelprovide a fixed critical project timeline
STEP 3: machine design3-D modelingdetailed component selectionfinalized machine design
STEP 4: machine automationdetermine overall automation design & strategy
swaging machinetube bending machine
lift machinemanipulator
industrial loader machine
determine overall automation design & strategycomplete electrical designcomplete programming and operator interface
STEP 5: machine fabrication
STEP 6: start-up/commissioningoperator training
Power supply systemintelligent electric load management
ELECTROMECHANICAL ASSEMBLY TO BE USED FOR THE MANAGEMENT AND CONTROL OF EQUIPMENT REQUIRING A PROGRAMMABLE DISTRIBUTION AND MONITORING OF OF EQUIPMENT REQUIRING A PROGRAMMABLE DISTRIBUTION AND MONITORING OF POWER SUPPLIES
MAIN FEATURESpower supply to 32 external units
overload protection of individual power linessupply of ventilation unit for rack appliancessupply of ventilation unit for rack appliancesmonitoring / diagnosing rack ventilation unit
monitoring / diagnosing internal and external unitsacquisition output temperature from the ventilation unit
LAN interfaceRCP interface
touch-screen-based visualization and command moduleacquiring and sending commands from and to external (GPIO)
master/slave configuration to increase capabilities (up to 250 units)
RF assemblydesign, realization and test of active and passive fully compliant RF assemblies
DESIGN, REALIZATION AND TEST OF AN S-BAND LOW NOISE AMPLIFIERDESIGN, REALIZATION AND TEST OF A C-BAND SWITCHED FILTER BANK DESIGN, REALIZATION AND TEST OF A C-BAND SWITCHED FILTER BANK
MAIN ACTIVITIESrequirements analysis
architecture designschematic circuit designschematic circuit design
layout designperformance validation
EM simulation of critical areasyield analysis
assembly realizationperformance test and validation
Robotic platformarm manufacturing and assembly
DESIGN, MANUFACTURING AND ASSEMBLY OF A ROBOTIC ARM WITH A METAL DETECTOR ON AN UNMANNED GROUND VEHICLE DETECTOR ON AN UNMANNED GROUND VEHICLE
MAIN ACTIVITIESmodel definition of the robotic armgeometrical parameters definition
part design and assemblypart design and assemblymotor selection and dynamic verification
sensor integration – metal detectorproject of remote control and telemetry software
Via Mazzini, 6 –Via Leuca, 182
PI 04890910757
74028 Sava (TA), 182 – 73100 Lecce
PI 04890910757