Measure India Corporation Private Limited

Habsiguda, Hyderabad, Andhra Pradesh

Features

• Up to 6 Axes simultaneous & precise control
• Self-reacting, high stiffness, multi axial load frame
• Specimen mounting area 500mm x 500mm
• 500mm stroke length in X & Y axes
• High natural frequency frame
• Vertical load capacities up to 100kN
• 3000rpm water cooled spindle @ constant torque
• Adjustable tool angle with Max angle of 100 with 0.50 resolution
• Thickness range for welding 0.5mm to 65mm
• Pipe size up to 100mm dia, 10mm wall thickness and 250mm length
• Suitable to weld aluminum alloys, copper (optionally steel)
• Digital Encoder for stroke measurement & control with resolution of 0.1micron
• Stroke accuracy 0.5% of read out value
• Speed accuracy 0.1% of set speed
• Works out of 1 230VAC or 3 415VAC
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of read out value on load & stroke

Applications

• Aerospace, Pressure vessel, Ship building, Automotive industries, Nuclear Power plants
• High temperature steels and alloys
• Straight weld, 2D planar with circular & non circular
• 3D contour, pipe and profile welding
• Optional tools with different profiles based on application

Features

• Load Capacities 5kN to 500kN static & dynamic
• Self reacting high stiffness load frames with integrated service manifold and hard piping
• Large specimen mounting area
• High natural frequency of load frame
• Free standing, no foundation required
• Frame stiffness 600kN/mm
• Up to 150 mm stroke servo hydraulic actuators
• Auto centering feature to ensure zero side loads
• Digital Encoder for stroke measurement & control with resolution of 0.1micron
• Stroke accuracy 0.5% of read out value
• Speed accuracy 0.1% of set speed
• Works out of 1 230VAC or 3 415VAC
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of read out value for load, strain & stroke
• Power packs from 4LPM to 500LPM or more
• Optional Heating Pads for high temperature tests

Applications

• Bi-Axial stress strain response
• Metals, Alloys, Composites, Plastics, wires etc.
• Aerospace material testing
• Aerospace design details evaluation
• Pressure vessel shell / skin response
• Fatigue toughness and fracture mechanics
• Poissons ratio

Features

• Load Capacities 10kN to 2000kN static & dynamic
• 1 to 16 channels, expandable to 64
• Servo controlled actuators with pedestal mounting or face mounting or swivel mounting
• Up to 1000mm strokes with measurement resolution down to 1 micron
• Testing speed range 0.01 to 2500mm/min
• Low friction and wear resistant actuators
• LVDT / Digital Encoder for stroke measurement & control
• Stroke accuracy 0.5% of read out value
• Speed accuracy 0.1% of set speed
• Works out of 1 230VAC or 3 415VAC
• Next generation DSP based 32 bit multi station, multi-channel operation with simultaneous and accurate control of each actuator
• 24 kHz data acqusition & 24 kHz servo loop control
• 32 Bit data acquisition
• Accuracy 0.5% of read out value for load, strain & stroke
• Power packs rating from 11 LPM to 1500LPM

Applications

• Tension/Compression/3 point bend
• Testing of concrete slabs, I-channels, beams etc.
• Compression, Flexural and pull tests
• Testing of aerospace & automotive compo

Features

• Load Capacities 25kN to 200kN static & quasi static
• 2 column floor standing high stiffness load frames
• Free standing, no foundation required
• Frame stiffness up to 600kN/mm
• Up to 150 mm stroke servo electric actuators
• Digital Encoder for stroke measurement & control with resolution of 0.01micron
• Stroke accuracy 0.5% of read out value
• Speed accuracy 0.1% of set speed
• Works out of 1 230VAC or 3 415VAC
• Next generation DSP based servo controller with 32 bit data acquisition
• 24 kHz data acqusition & 24 kHz servo loop control
• Accuracy 0.5% of read out value for load, strain & stroke
• Noiseless operation

Applications

• Tension/Compression/3 point bend
• Creep
• Stress Controlled Creep Fatigue
• Creep Crack Growth Studies
• Stress Relaxation
• Accelerated Stress Rupture
• Ductile and Brittle Fracture toughness (J1c, K1c, )
• Low-Cycle Fatigue (LCF)
• Low / High temperature tests (-1500C to 12000C)

Features:

• Load Capacities from 50N to 5kN
• Precision backlash free ball screw drive mechanism
• Servo motor based drive system for precise position control
• Testing speed range: 0.001 to 1, 500 mm/min
• Position control resolution down to 0.00004mm
• Long strokes up to 1, 000mm
• Lateral test space up to 100mm
• Works out of Single phase 220VAC
• 32 bit Digital Signal Processor based controller
• 5kHz servo loop update rates
• Load accuracy 0.5% of read out value down to 1/100th of full capacity
• Speed accuracy 0.5% of set speed
• Position accuracy 0.5% of read out
• Strain accuracy 0.5% of read out value down to 1/50th of travel range
• 0-1.0 KHz data acquisition rates

Applications:

• Tensile, Compression, 3 Point bend
• Cyclic load applications
• Peel, Tear, Friction, Relaxation
• Adhesives, biomaterials, elastomers, films, packaging, rubbers, plastics, wires, textiles, wood, metal strips, foils, fibers etc.

Features:

• Load capacities from 10N to 10kN/span>
• Precision backlash free ball screw drive mechanism
• Servo motor based drive system for precise position control
• Testing speed range: 0.001 to 500 mm/min
• Position control resolution down to 0.00002mm
• Long strokes up to 1, 300mm
• Horizontal test space 420mm
• Works out of Single phase 220VAC
• 32 bit Digital Signal Processor based controller
• 5kHz servo loop update rates
• Load accuracy 0.5% of read out value down to 1/100th of full capacity
• Speed accuracy 0.5% of set speed
• Position accuracy 0.5% of read out
• Strain accuracy 0.5% of read out value down to 1/50th of travel range
• 0-1.0 KHz data acquisition rates

Applications:

• Tensile, Compression, 3 Point bend
• Cyclic load applications
• Peel, Tear, Friction, Relaxation
• Adhesives, biomaterials, elastomers, films, packaging, rubbers, plastics, wires, textiles, wood, metal strips, foils, fibers etc.

• Load capacities ranging from 10N to 3000kN
• 350 strain bridge design
• Accuracy 0.5% of read out
• Compatible with all jigs & fixtures
• Suitable for tensile, compression and fatigue applications

• Full range of gage lenths from 5mm to 12mm
• Travel ranges from 2 to 12mm
• Self supporting
• Ideal for fatigue crack growth & fracture mechanics

• Full range of gage lenths from 5mm to 12mm
• Travel ranges from 2 to 12mm
• Temperature range up to 12000C
• With mounting bracket
• For fatigue crack growth & fracture mechanics

• Temperatures up to 16000C
• Nicrome / Moli Disilicide heating elements
• K type or R type thermocouples
• Temperature accuracy 1 /20C
• 3-zone or 1-zone split tube
• Comes with PID controller
• Comes with mounting brackets

• Temp range -190 to 4000C
• Forced convection heating for high temperature
• Liquid CO2 or LN2 for low temperature
• Temperature accuracy 10C
• Mounting and moving trolley assembly
• Optional humidity feature

• Portable and light weight
• 6 or more welds in a minute
• Short recycle interval
• Economical and easy to use
• Front panel indicators and controls for monitoring
• 5-250 watts second stored weld energy

• Torsional load capacities from 20Nm to 2kNm
• Axial load 25kN to 500kN
• Tension, compression and Torsion applications
• 350 Ohm bridge resistance
• Shear web design
• Fatigue Rated

• Load Capacities 0.2kN, 2kN & 5kN
• For testing of fine wires, fibers, cords, filaments, yarns etc.
• Guids horn with centering groove

• Capacity: 200N to 50kN
• Material of Construction: steel
• For rope samples
• Max sample dia 20mm

• Load capacities ranging from 200N to 50kN
• For flat samples of 0-15mm thickness and 50mm width
• Pneumatic foot pedal switch
• Material of construction Aluminum and steel
• Subzero and elevated temperature applications from -70 to +3500C

Flow Master : PIV/PTV-Systems

LaVision FlowMaster system family evaluates three-dimensional velocity vector fields from scattered light patterns of particles or droplets seeded into the flow (liquid or gas). Techniques like Particle Image Velocimetry (PIV) and Particle Tracking Velocimetry (PTV) are supported. LaVision's FlowMaster PIV cameras can record two successive images within min. time < 100 ns for ultrafast cross-correlation and speeds up to Mach 4. Standard 2D-PIV (2D2C) measures two velocity components in a plane using a single CCD or sCMOS camera. Stereo-PIV(2D3C) measures three velocity components in a plane using two cameras. Time-resolved PIV measures two or three velocity components in a plane at high frame rates up to 25000 fps Tomographic PIV (Tomo-PIV) measures three velocity components in a volume (3D3C) using two or more cameras. Micro-PIV measures two or three velocity components of particle seeded flows with micron scale spatial resolution.

Applications :

Liquid and gas flow investigations in wind tunnels, water channels, in-cylinder engines industrial flow systems, compressors, turbines, fans, pumps, Micro Electro Mechanical Systems (MEMS)

Sintering force capacities 50kN to 1000kN250 mm stroke Single RAM or Dual RAM optionsFully integrated and independent programmable pulsed or direct DC-power generator for working temperatures up to 2400C with maximum temperature to 2500CServo controlled induction heating up to 1200CFurnaces for atmospheric operations up to 1200COptical pyrometerthermo couple integrated with the system for temperature measurement of mold, top & bottom rams

Unique dual capacity actuator mounting frame with two side actuatorsInterchangeable tools to accommodate variety testsFrame stiffness 1100kNmmUp to 150 mm stroke servo hydraulic actuatorsAuto centering featureto ensure zero side loadsDigital Encoder for stroke measurement & control with resolution of 0.1micronStroke accuracy 0.5% of read out valueSpeed accuracy 0.1% of set speedWorks out of 1 230VAC or 3 415VACNext generation DSP based servo controller with 32 bit data acquisition

LaVision's FlameMaster system family is designed to help the scientific and engineering community to find new concepts for the realization of more efficient and cleaner combustion devices. These modular laser imaging systems for quantitative combustion visualization are based on the following.

Applications :

Investigation of combustion phenomena inflames, burners, jet engines, furnacespropulsion systems, chemical reactors, shock tubes

Fully digital control58101525 kN force rating actuators2550100 mm actuator stroke optionsWorks out of 1 230VAC or 3 415VACNext generation DSP based 32 bit multi station, multi-channel operation with simultaneous and accurate control of each actuator24 kHz data acqusition & 24 kHz servo loop control32 Bit data acquisitionPower packs rating from 11 LPM to 500LPM

Single station and dual station test systemsCompact single foot print packagingDynamic force rating: 8, 10 & 15kNActuator stroke: 150 to 250mmVelocity range: 0.01 to 3.5 mtrsec (up to 7 mtrsec optional)Safety interlocks against pump failure and power failureTooling suitable to 2, 3 and 4 wheeler partsOptional features viz., light screen, part present, rod assembly inserted, grips closed senses

4 or 6 column construction with excellent alignment and good shock absorptionDual zone design test sapce for reduced test set up timeLead screw driven crosshead to adjust test space HUT A & C Type machinesWarm wheel driven crosshead to adjust test space HUT B Type machinesTesting speed range: 0.01 to 180 mmminEncoder based feed back for excellent position controlPosition control resolution down to 0.001mm

FluidMaster

FluidMaster is a complete laser imaging system family for the quantitative visualization of thermal flows and mixing processes in fluids. Instantaneous concentration and temperature fields are measured with high spatial and temporal resolution.

Applications :

Investigation of fluid mixing, thermal flows and flow structures, flow visualization in wind tunnels and turbomachinery applications, air film cooling, hydrodynamics, aerodynamic tests in wind tunnels, species concentration, temperature and flow fields in liquid and gas flows, biomedical and microfluidic flows, gas turbine flows, multi-phase flow imaging: bubbles in liquid fluids, flows in chemical mixers.

The tables are designed with natural frequency to exceed 100Hz and the design ensures the c.g of the test object can be anywhere within the table and elevated up to 1000mm above the table. Precision machined rails engage with the linear bearings and provide linear horizontal movement.

LaVision FlowMaster system family evaluates three-dimensional velocity vector fields from scattered light patterns of particles or droplets seeded into the flow (liquid or gas). Techniques like Particle Image Velocimetry (PIV) and Particle Tracking Velocimetry (PTV) are supported. LaVision's FlowMaster PIV cameras can record two successive images within min. time < 100 ns for ultrafast cross-correlation and speeds up to Mach 4. Standard 2D-PIV (2D2C) measures two velocity components in a plane using a single CCD or sCMOS camera. Stereo-PIV(2D3C) measures three velocity components in a plane using two cameras. Time-resolved PIV measures two or three velocity components in a plane at high frame rates up to 25000 fps Tomographic PIV (Tomo-PIV) measures three velocity components in a volume (3D3C) using two or more cameras. Micro-PIV measures two or three velocity components of particle seeded flows with micron scale spatial resolution.

25 to 600 kN Axial force rating systemsTorsional capacity 50N-m to 2000N-mActuator in base or in top cross head to suit application2-column up to 1100kNmm high stiffness load framesNext generation DSP based servo controller with 32 bit data acquisition24 kHz data acqusition & 24 kHz servo loop controlAccuracy 0.5% of read out value for load, strain, stroke, torque and angle

Single station and dual station test systemsCompact single foot print packagingDynamic force rating: 8, 10 & 15kNActuator stroke: 150 to 250mmVelocity range: 0.01 to 3.5 mtrsec (up to 7 mtrsec optional)Safety interlocks against pump failure and power failureTooling suitable to 2, 3 and 4 wheeler partsOptional features viz., light screen, part present, rod assembly inserted, grips closed sensesTilting option with variable angle from 0 to 900

The quality and reliability of the ECI-SFT16.PP57.01 are ensured by exclusive use of B&R electronic hardware modules which serve as a global industry standard. The system and application software supplied with the ECI-SFT 16.PP57.01 reflect many years of experience of the Siberian Aircraft Research Institute (SibNIA). ECI is the prime contractor for full-scale test controls at SibNIA. The vast structural test hardware base at SibNIA with over 15, 000 sq. meters of test floor space and over a thousand servo-actuators served as the proving grounds for the ECI-SFT16.PP57.01.

Up to 6 Axes simultaneous & precise controlSelf-reacting, high stiffness, multi axial load frameSpecimen mounting area 500mm x 500mm500mm stroke length in X & Y axesHigh natural frequency frameVertical load capacities up to 100kN3000rpm water cooled spindle @ constant torqueAdjustable tool angle with Max angle of 100 with 0.50 resolution

Load capacities from 50kN to 400kNPrecision backlash free ball screw drive mechanismServo motor based drive system for precise controlTesting speed range: 0.0005 to 508mmminPosition control resolution down to 0.0001mmLong strokes up to 1, 600mmHorizontal test space up to 600mmWorks out of 1 220VAC or 3 440VAC32 bit Processor based controller8kHz servo loop update ratesLoad accuracy 0.5% of read out value down to 1500th of full capacity

The BioTense Perfusion Bioreactor is a next generation instrument designed to help tissue engineers and cell biologists perform high resolution investigation in Mechanobiology. BioTense sits atop the XYZ stage of an inverted microscope.

Features:

• Enables cells to proliferate and differentiate over
• long periods of time
• Maintains desired concentrations of nutrients through a perfusion process
• Exposes tissues to uniaxial force and strain fields
• Provides a window to directly observe cellular activity at high magnification
• Accurately controls reactor temperature
• Minimizes dead space volume with adjustable height chamber
• Load capacities 7Newtons
• Testing speed range: up to 1.2 mm/sec
• Position control resolution down to 0.005mm
• Piston strokes up to 25mm
• 32 bit Processor based controller
• 8kHz servo loop update rates
• Miniature load cells available from 0.001N to 5N
• Load and Strain accuracy 0.5% of read out value
• 0-1.0 KHz data acquisition rates

Applications:

• Mechanobiology investigations
• Uniaxial mechanical stimulation of cells
• Long period study of cell/matrix interaction at high magnification
• The process of fibroblasts populating, growing to confluence and stratifying on different substrates
• Complex and organized cell sheet motions
• Coordinated extracellular matrix production

Digital Image Correlation (DIC) is rapidly becoming a standard non-intrusive instrument formaterials testing. LaVisions StrainMaster Portable is a compact and lightweight turnkey 2D and 3D DIC system for shape, deformation and strain measurement.Suitable for a huge range of applications where flexibility and portability is essential, LaVisions StrainMaster system is appropriate for a wide range of subject sizes.

Single station and dual station test systemsCompact single foot print packagingDynamic force rating: 8, 10 & 15kNActuator stroke: 150 to 250mmVelocity range: 0.01 to 3.5 mtrsec (up to 7 mtrsec optional)Safety interlocks against pump failure and power failureTooling suitable to 2, 3 and 4 wheeler partsOptional features viz., light screen, part present, rod assembly inserted, grips closed senses

Load capacities ranging from 200N to 50kNFor flat samples of 0-15mm thickness and 50mm widthPneumatic foot pedal switchMaterial of construction Aluminum and steel

Multi-functional laser imaging systems investigating all stages of internal combustion processes like fuel injection, air-fuel mixture formation, ignition, and combustion and pollutant formation.

Applications :

All kind of internal combustion phenomena, Fuel injection, Air-fuel mixture preparation, In-cylinder temperature fields, Ignition and flame propagation, pollutant and soot formation Engines