2014

RobolabTechnologies

Whether the goal is to relieve human workers of exhausting and repetitive tasks, increasing productivity and efficiency or avoiding the involvement of humans in hazardous environments, robotics today plays an integral role in all aspects of manufacturing, defence, medicine and many more. Robotics is the future of industrial automation and we bring that knowledge to your doorstep. It would not be a far dream when each industry engineer will come across automation robots and manipulate them to complete a particular task. As a multi-disciplinary field robotics integrates knowledge of softwares, electronics and mechanical engineering in great way.

ROBOTICS ENGINEERING

Software engineer

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Robolab Technologies provides you with the advancement in robotics and automation at the first hand

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Giving life to the assembly of parts is the most complex task, accomplished through the incorporation of sensory feedback, micro-controllers and electronic actuation. It takes immense brain storming to choose a particular control system with sufficient power availability for smooth working of an efficient system. Electronics and communication technology is the heart of any system. To integrate the various sensor components connected through cables and circuit boards to the mechanical actuation is the key to successful working of a robot.

We include the following four sections (shown with few illustrations) in

your labs under the electronics technology centre

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Electronics Technology Centre

(1) Electronic instruments

and micro-controllers

Atmel microcontroller

Atmega 16

Atmel IC Atmega 128

Digital multimeter

Serial programmer

Funtion generator

Dual power supply

Electronics Technology Centre

(2) Sensors and

communication modules

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(4) Motors and motor

drivers

(3) Power management

and batteries

DistanceNsensor

OpticalNencoder

Gyroscope

UltrasonicNsensor

ZigbeeNmodule

Bluetooth

StepperNmotor

MechtexNmotorBLDCNelectronicNspeedNcontroller

VNHNmotorNdriver

LithiumNionNbattery

LithiumNpolymerNbattery

LeadNacidNbattery

BatteryNcharger

Entire requirement of the electronics team are met through the vast choice of

components that are made available in these four unique sections

HitecNDCNservoNmotor

Basics of robotic design, structure and stability lie in the knowledge of core mechanical engineering. A roboticist needs to take into consideration the dimensioning, limits, fits and tolerances that make a model completely flawless. Accurate calculations of force analysis of a structure and then the torque requirement to accelerate a link are possible only with the clear concepts of robotics. The Ultimate tensile strength of material helps in determination of the stress and strain that a component undergoes during a particular robotic move.

Giving a modern edge to the basics of robotics we include the following

four sections which suffice the needs of mechanical team

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Mechanical Technology Centre

(1) Mechanical structures

and grripper section

Parallel linkage gripper

Metal gears and pinions

Universal gripper

Omni wheel chassis

100mm Mecanum wheel set

Parallel pneumatic gripper

Mechanical Technology Centre

(2) Pneumatic components

and test platform

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Advanced mechanical grippers, Pneumatics, Automotive vacuum test kit and standard

tools & instruments establish a Research and Development Laboratory

(4) Workbench, tools

and instruments(3) Vacuum

technology section

ManualHandHsolenoidHvalves

FRLHmodule

MiniatureHcylinders

DrylinHTHlinearHmotion

BoschHtoolHkit

DewaltHaluminiumHcutter

SteelHworkbench

BinHstorageHcupboard

VacuumHgauges

HighlyHwearHresistantHsuctionH VacuumHpump

VacuumHejectorHwithHvacuumHswitches

OneHtouchHfittingsH

CompactHcylinders

MultiHstageHejector

PressureHsensor

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We are going to teach the designing and analysis softwares along with

the ones required for coding the systems

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SoftwaresDesign:Eagle3-3Electronics3PCB3designing3

Analysis:Proteus3-3Circuit3simulation3software

Coding:Win3AVR3-3Coding3software

Solidworks3-33D3modelling3and3designing

Pneumatics3and3vacuum33circuit3analysis

CNC3and3VMC3coding3and3simulation3software

Software technology centre

Supporting3softwares:3Matlab3simulink,3Corel3draw,3inkscape3

Robolab Technologies' Robots

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FireyextinguisheryrobotTrackedywheelydriveywithyfireproofyelectronicy shieldy detectsy flamesyandy extinguishesy themBy thusyprovidingyayviableyfireysafetyX362oRIRRfireRdetectorsOnboardRfireRextinguisherRoughRterrainRcompatibilityFireRindicationRthroughRRFManualRandRAutonomousRmode

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PneumaticyJCBymodelScaledyversionyofyJCByexcavatoryusingy pneumaticy actuatorsy forypowery deliveryy withy XSYy planeymotionyandyrotaryytableX3RairRcylindersR3R5S3RsolenoidRpilotRvalvesCompleteRsturdyRaluminiumRframePS2RmanualRremoteRcontrolAirRflowRcontrolRvalvesR

These five ambitious projects form the heart of the robotics lab and combine the

skills of electronics, communication, software and mechanical engineering

VVVVVVVVVInVIndiaCVP(yVofVtheVrobotVdevelopmentVisVstillVinVtheVautomotiveVsectorVwithVTATAVmotorsCVMarutiVSuzukiVandVVolkswagonVbeingV theVpioneersV inV theV field1VTheVglobalV trendV towardsV theVadoptionV ofV RoboticV AutomationV isV increasingV inV IndiaV butV stillV isV inV itsV intialV phase1V IndianVIndustriesVhaveVrealizedVtheVimportanceVofVRobotics and AutomationVandVareVwillingVtoVmakeVsubstantialVinvestmentVasVcostVofVskilledVlabourVisVrisingVandVproductionVprocessesVareVgettingVfasterV withoutV compromisingV qualityV standards1V GrowingV demandV ofV theV industrialV robotsV isVattractingV leadingV robotV manufacturersV suchV asV ABBCV YasakawaV etc1toV setV upV facilitiesV andVserveV theV IndianV market1V TheV IndianV manufacturingV arenaV isV poisedV toV growV largerV inV theVupcomingVdecadesCtherebyVtheVroboticsVindustryVwillVremainVvibrant1

The following three Industrial robots are amongst the best in educational

category and fit the budget of institutes serving its purpose

Scorbot ER 9 pro - industrial training

ThisV ruggedCV verticallyV articulatedV robotV systemV offersVadvancedV roboticV pathV controlCV speedV andV accuracy1VDesignedV toV interfaceV withV aV wideV varietyV ofV automatedVmachinesCVdevicesVandVendxeffectorsCVitVisVtheVperfectVrobotVforVFMSVandVCIMVworkcells1VVV(VaxesVplusVgripperCVspeedVuptoV=10Vm9sVVVMaximumVoperatingVradiusV=V)0=mmVVVWeightVxV(=kgVandVpayloadVxV6kgVYfullVspeedDVVVPositionVrepeatabilityV±/1/(mmVVVSoftwareVxVRobocellVUSBVProVVVControllerVUSBVProVwithVrealVtimeCVPIDVCVPWMVcontrolVVVW6VI9OVpointsVandVanVintegratedVRS6W6VforVteachVpendant

Industrial Robot Section

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ABB IRB 120/3 - Industrial robot

Idealb forb ab wideb varietyb ofb industriesb includingb theb electronicWbfoodWb educationalWb machineryWb solarWb pharmaceuticalWb medicalbandb researchb sectorsWb theb IRBb S3±b joinsb ABB/sb fourthbgenerationbofbnewbroboticbtechnology(bbbbFbaxesbplusbgripperWbmax(bTCPbvelocitybF(3bm)sbbbbMaximumboperatingbradiusbkbNH±mmbbbbWeightbkb3Nkgbandbpayloadb3kgMfullbspeed-bbbbPositionbrepeatabilitybkb±±(±SbmmbbbbSoftwarebkbRobotbStudiobversionbN(SN(±±(±bbbbIRCNbcompactbcontrollerbwithbO3I)OWbLANbandbsafetybcircuitsbbbbFlexbpendantMtouchbscreen-bwithbjoybstickbandbUSBbsupport

Motoman MHJ - Industrial robot

Theb ultraklightWb compactb MOTOMANkMHJb featuresb portabilitybandbeasybinstallationbforbsimplifiedbsystembintegration(bRequiresbnob safetyb fenceb becauseb smallkcapacityb motorsb Mmaxqb H±b W-barebusedbforballbaxes(WithoutbabfenceWbthebrobotbcanbbebinstalledbandbworkbinbthebsamebareabasbhumans(bbbbFbaxesbplusbgripperbbbbMaximumboperatingbradiusbkbNLNmmbbbbWeightbkSNkgbandbpayloadbSkgMfullbspeed-bbbbPositionbrepeatabilitybkb±±(±ObmmbbbbProgramsbinbCblanguagebbbbFSbS±±bcotrollerb3HbI)ObpinsbwithbRS3O3bSbchannelbbbbTouchbpanelbwithbUSBbsupport 10

These robots give the industrial touch to the lab and help the members be better acquianted

with the present day trends and technologies used in the markets.

RobolabTechnologiesRobolabTechnologies

Contact2Persons:

Pratik22Deshmukh,

+9122770294723986

Amol22Gulhane,

+9122879231022996

Drop2your2queries2and2requirement2on2

Info@robolab.in

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