Measure India Corporation Private Limited Habsiguda, Hyderabad, Andhra Pradesh

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

Digital Image Correlation (DIC) is rapidly becoming a standard non-intrusive instrument formaterials testing. LaVision‘s 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,LaVision‘s StrainMaster system is appropriate for a wide range of subject sizes.

Field of view vertical 1000mm, horizontal 150mm Measurement range vertical 750mm, horizontal 100mm Resolution vertical& horizontal 0.0005mm Accuracy vertical& horizontal± 0.5% of read out as per ASTM E83

Many industrial sectors are driving innovations in new materials from biomaterials, bone, fibers, threads, thin films, wire and more. However, that innovation requires measuring the mechanical properties of miniature samples.

Load capacities from 50kN to 400kN Precision backlash free ball screw drive mechanism Servo motor based drive system for precise control Testing speed range: 0.0005 to 508mmmin Position control resolution down to 0.0001mm Long strokes up to 1,600mm Horizontal test space up to 600mm Works out of 1Ø 220VAC or 3Ø 440VAC 32 bit Processor based controller 8kHz servo loop update rates Load accuracy ± 0.5% of read out value down to 1500th of full capacity

Gage width / dia 0 to 25mm Travel range 0.5 to 2.5mm Mounts on the sample with integral clip springs Accuracy ± 0.5% of reading as per ASTM E83 class B Linearity 0.15% of full scale

Torque capacities 5Nm to 25Nm dynamic Maximum angle: Infinite Angle resolution 0.090 Servo motor drive mechanism Infinite rotations with frequency capability Dynamic capability up to 50Hz Horizontal and vertical configurations available Options for measuring linear movement and axial loads Total vertical test space up to 600mm Works out of 1Ø 220VAC 32 bit Processor based controller

Torque range upto 100Nm For Torsion tests on round samples with dia 1.5 to 12mm Keyless, hand tightened Made of hardened steel

Capacity: Up to 100kN Steel Construction For testing threaded specimens Max dia: user choice

Our company has earned accolades in offering thermo mechanical fatigue test systems to the clients. Thermo mechanical fatigue test systems is manufactured from high quality material at vendor’s end and is exceptionally requested by esteemed customers. This product is made available in several specifications and sizes to the esteemed customers. These are easily installable and are able to operate in hassle free manner for long time period. features: high performance rust resistance high strength load capacities from 25kn to 500kn dynamic hydraulic lifts & clamps frame stiffness: 1100knmm works out of 1ø 230vac or 3ø 415 vac up to 250 mm stroke servo-actuators temperature range: 100 to 1100ºc heating: integrated digital servo controlled induction heating with heating rates up to 50°csec cooling: integrated digital servo controlled air cooling 32 bit next generation dsp based servo controller accuracy ± 0.5% of read out value for load, strain & stroke optical pyrometers available optionally self locking and water cooling hydraulic grips applications: axial low cycle fatigue thermal cycling thermo mechanical fatigue with in phase or out of phase control optional axial torsion accessories

Features 50 to 500 kN force rating systems Integrated digital servo controlled induction heating from 200 to 11000C temperature range Heating rates up to 500C/sec Integrated digital servo controlled compressed air cooling Cooling rates up to 500C/sec Next generation DSP based servo controller with 32 bit data acquisition 24 kHz data acqusition & 24 kHz servo loop control User friendly MTL-32 Windows software with dedicated application software TMF Software designed as per ASTM E 2368 High temperature extensometer Self locking and water cooled hydraulic grips “Green” highly efficient hydraulic power packs Applications Axial low cycle fatigue Thermal cycling Thermo-mechanical cycling with independent phase control (in-phase & out of phase) Optional axial torsion testing Optional axial torsion plus internal pressurization Optional axial/torsion/pressure/thermal cycling with phase control Optional Vacuum chamber to house grips and specimen Non contact temperature measurement (Pyrometer) Spot welding units for thermocouple Thermo Mechanical Fatigue Test Systems simulate combined effects of thermal cycling and mechanical fatigue. These systems are useful for testing specimens subjected to synchronized heating, cooling and temperature compensated strain or force with optional expansion to simultaneous torsion or internal pressurization. These fully integrated test systems are ideally suited for aerospace and power generation industries. The specimen under test is subjected to fast rate heating followed by rapid cooling by means of a digitally controlled induction heater and pneumatic air directed on the specimen through air cooling nozzles.

Our company has achieved laurels in offering high temperature extensometer to the clients. High temperature extensometer is made available in various sizes and is attributed with dimensional accuracy, corrosion resistance and high strength. Offered range is efficiently manufactured under stern guidance of technical experts by making use of excellent grade material with aid of modern techniques at vendor’s end. Offered range is widely used by the customers in various industries.

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

HUT SERIES STATIC SERVO HYDRAULIC TEST SYSTEMS Features Load capacities Type A: 200kN, 300kN, 500kN, 600kN, 1000kN & 2000kN Type B: 300kN, 600kN, 1000kN & 3000kN Type C: 600kN & 1000kN (Extra long test space) 4 or 6 column construction with excellent alignment and good shock absorption Dual zone design test sapce for reduced test set up time Lead screw driven crosshead to adjust test space HUT A & C Type machines Warm wheel driven crosshead to adjust test space HUT B Type machines Testing speed range: 0.01 to 180 mm/min Encoder based feed back for excellent position control Position control resolution down to 0.001mm Moog servo valives for high accuracy control Long strokes up to 250mm Horizontal test space up to 640mm Tension test space up to 1100mm Compression test space up to 950mm Works out of 3Ø 440 VAC 32 bit Digital Signal Processor based controller 5kHz servo loop update rates Uses Strain Gaged Load Cell for accurate load values 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 Static Fasteners, Rebars, Chains, Welds, Castings etc

Features: Load capacities: KUT (E): 100, 200, 400, 600, 1000, 2000 & 3000kN 4 column construction with excellent alignment and good shock absorption Dual test sapce design for reduced test set up time Lead screw driven crosshead to adjust test space Testing speed range: 0 to 300 mm/min Encoder based feed back for position control & display Position control resolution down to 0.01mm Servo proportional valives for precision servo control Long strokes up to 300mm Horizontal test space up to 850mm Tension test space up to 700mm Compression test space up to 850mm Works out of 3Ø 440 VAC Micro Processor based digital controller Calibrated pressure sensor for accurate load values Load accuracy ± 1% of read out value Speed accuracy± 1% of set speed Position accuracy ± 1% of read out Strain accuracy ± 1% of read out value Applications: Tensile, Compression, 3 – Point bend Static Fasteners, Rebars, Chains, Welds, Castings Shear tests

Features Load capacities Type A: 300kN, 600kN, 1000kN, 2000kN & 3000kN Type B: 1000kN, 2000kN & 3000kN Type C: 1000kN, 2000kN, 3000kN & 5000kN 2 or 4 column construction with excellent alignment and good shock absorption Servo hydraulic driven piston to apply compressive loads Testing speed range: 0.1 to 200 mm/min Loading rates: 0.02% of FS/sec to 2% of FS/sec Encoder based feed back for excellent position control Position control resolution down to 0.01mm Moog servo valives for high accuracy control Piston strokes up to 130mm Horizontal test space up to 600mm Tension test space up to 1100mm Compression test space up to 400mm Compression platen diameter 300mm Works out of 3Ø 440 VAC 32 bit Digital Signal Processor based controller 5kHz servo loop update rates Uses Strain Gaged Load Cell for accurate load values 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   Compression testing of building materials Concrete blocks Concrete cubes Concrete slabs

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.

4 or 6 column construction with excellent alignment and good shock absorption Dual zone design test sapce for reduced test set up time Lead screw driven crosshead to adjust test space HUT A & C Type machines Warm wheel driven crosshead to adjust test space HUT B Type machines Testing speed range: 0.01 to 180 mmmin Encoder based feed back for excellent position control Position control resolution down to 0.001mm

LaVision's SprayMaster is a complete family of optical measurement systems designed for non-intrusive analysis of spray processes in many fields. Various applications require different system approaches: LaVision is offering predefined systems (see overview) and special customized systems to achieve the application-specific performance. Applications : Imaging of sprays and related processes:fuel injectors, spray coating and drying processes, pharmaceutical, medical and paint sprays, spray patternation, cone angle, mass distribution, Sauter Mean Diameter D32evaporation

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

Load capacityup to 2kN For flat samples up to 10mm thick Clamping jaw size 25mm x 25mm

Our company is the major in offering Single & Multi AXis, 6 Degree of Freedom Shake Tables to the clients. Simulator Shake Table is manufactured by deft professionals using high quality material with help of ultra modern machines at vendor’s end. Offered range is widely used in various industries. This product is made available in various shapes, sizes, thickness and grades as per needs and demands of patrons. Offered range is strictly tested on various parameters and is widely demanded by clients. Features: Perfect finish Elegant design High strength Simulator Tables 0.5m x 0.5m, 1m x 1m, 1.5m x 1.5m, 2m x 2m, 2.5m x 2.5m, 3m x 3m Pay load range over 10000Kg Stroke range over 1000mm Linear bearing table mounts Low friction and low maintenance swivels Threaded mounting holes on the table for specimen Fatigue rated actuators Test frequencies up to 70 Hz & acceleration up to 5g Contamination insensitive hydraulics & digital controls Di-axial and multi axial Applications: Earth quake motion simulation Soil liquefaction studies Seismic qualification tests on components & structures Vibration qualification tests on mechanical components Dynamic response prediction, functionality strength and durability of structural objects Education on earth quake engineering

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 1Ǿ 230VAC or 3Ǿ 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 from 1kN to 5kN Precision backlash free ball screw drive mechanism Servo motor based drive system for precise position control Testing speed range: 0.001 to 2,540 mm/min Position control resolution down to 0.0001mm Long strokes up to 1,200mm Lateral test space up to 100mm Works out of Single phase 220VAC 32 bit Processor based controller 8kHz servo loop update rates Load accuracy ± 0.5% of read out value down to 1/500th of full capacity Speed & position accuracy ± 0.1% of read out value 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.