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Dynisco is the leadingsupplier of componentsand peripheral processDynisco has provided the most advanced and accurate instrument solutions to materials testing laboratoriesaround the world for over 25 years. Our products are designed and manufactured to conform to industry,national and international standard test methods.equipment for the plasticsindustries. Your partner inpolymer processing forpressure and temperaturemeasurements, as well asmelt index and viscosityThe manufacturing processes of Dynisco are accredited to the ISO 9000 Quality Standards. Dyniscoproducts are used to test physical, mechanical, thermal and flammability properties of polymers. Ourbench-scale processing instruments are used to prepare test specimens or evaluate the processabilityof materials. The product range also offers online rheological instruments to measure continuous,real-time ASTM D1238 Melt Flow Rate (MFR), high/low load MFR and Apparent Viscosity.measurements for both laband online.Designed and built with your needs in mind, our instruments are high-tech yet rugged. Our productsensure accurate calibration and adherence to global testing standards even when they are operated inthe most demanding processing or laboratory environments.Thermal and Flammability PropertiesHDV3 – HDT/VICAT SystemThis advanced HDV System offers sophisticatedcontrol and simple operation. The Windows controland analysis software offers easy setup, operation,analysis and calibration. Display and plot distortionvs. temperature and temperature rise rate curves. Insulated stainless steel bathUp to 6 (universal) test stationsDigital gauges with LVDT transducersMaximum temperature 300 C, up to 400 C (optional)Temperature rise rates 50 C/hour or 2 C/minuteInvar specimen frames for low linear expansionPC-controlled frame calibrationIndividual specimen thermocouplesHigh temperature safety resetNote: No CE marking – Not for sale to EC countriesLOI – Limiting Oxygen Index AnalyzerProvides a means for quality control and determiningthe relative flammability of plastics compoundsand other materials by calculating the minimumoxygen concentration that will support combustion. ISO 4589 and ASTM D2863 Precision flow meters for accurate adjustmentof gas mixture Accurate calculation of oxygen concentrationRigid specimen holderUniform combustion atmosphereDual inlet gas pressure gaugesIgnition wand with variable gas control valveGas line inlet filtersSmoke density measurement system (optional)U-shaped holder for non-rigid specimens (optional)Note: CE marking under review for smoke densitymeasurement system

Rheological TestingLCR 7000 – Capillary RheometerDesigned to meet the demands of a 24-hour-a-dayshop floor operation while maintaining the highestpossible level of accuracy, repeatability andsensitivity. The LCR series rheometers are versatileand easy to use yet they offer the mostsophisticated materials characterization, dataanalysis and reporting capabilities. The LCR 7001can be used with a standard load cell and a barrelmounted pressure transducer. Many years of serviceensured through the use of tungsten carbide diesand a hardened and honed tool steel barrel.LAB KARS advanced rheology software providesprogramming, control, analysis and data storagecapability. All digital calibrationPiston speed of 0.03–600 mm/minUp to 45 shear stress or shear rate data points per testUnique algorithms for polymer melt stabilityMultiple barrel heating zonesAccurate and uniform heating up to 430 C(500 C optional) Precision servo-drive motor and transducers Tight control of stress and rate mode tests Laser micrometer for accurate measurements of die swell(optional)LMI 4000 – Melt Flow IndexerThe most precise instrument for the measurementof Melt Flow Rate (MFR) or melt volume rate (MVR)in quality control and research applications. TheLMI 4000 is the first melt flow indexer to utilize apowerful 32-bit microprocessor to provide testparameter control, self-diagnostics and digitalcalibration. The on-board computer controls anddisplays temperature to 0.1 C using a unique PIDcontrol algorithm. Four melt indexer modelsare offered in the advanced Dynisco LMI 4000series, each with features designed to meetspecific application requirements. Advanced microprocessor designASTM D1238 / ISO 1133-2005 standardsSelf-diagnostics capabilityComprehensive statistical capabilitySimple push-button RTD calibrationSmart keys for easy programmingBright, 4-line by 20-character vacuum fluorescent displayWindows software for test database and analysis

Online ProcessingViscoSensor – Online RheometerThe world’s smallest in-line polymer melt rheologyinstrument, measuring only 25 inches in length by 10inches in width. The ViscoSensor is extremelyeasy to install, calibrate and operate makingit the most cost-effective in-line sensor onthe market. The ViscoSensor’s zero dischargesystem returns the polymer back to theprocess, eliminating material waste. TheViscoSensor can be used to generate shearrate vs. viscosity data or continuous ASTM meltindex data. The ViscoSensor is an important qualitycontrol tool that can be used to help improveproduct quality and consistency during processing.CMR IV – Continuous Melt RheometerSpecifically designed for the thermoplastics resinindustry, provides continuous measurements of theMelt Flow Rate or Apparent Viscosity directly on themanufacturing process. The CMR measures the flowof the molten resin through a single die.The CMR series can be configured to measure MeltFlow Rate, high/low load MFR, Apparent Viscosity,or to perform other customer-defined tests.Communications to an external distributed controlsystem are available.FCR – Flow Characterization RheometerThe FCR measures the flow of molten resin throughtwo separate dies. The FCR can be configured tomeasure dual Melt Flow Rates, simultaneous MFRand Apparent Viscosity, a range of apparent shearviscosity, and extensional viscosity using theCogswell Equations. Simple “in the field”calibration. Systems for hazardous locationsavailable. Attaches to the process using a single M18 portOnline viscosity or melt index monitoringNo waste streamOnline ASTM D1238 Melt Flow RateApparent Viscosity and shear rate vs. viscosity dataavailable Capillary is easy to replace Online ASTM D1238 Melt Flow RateOnline Apparent ViscosityData exchange by analog and digital input/outputsSystems for hazardous locationsCompact measuring headA range of metering pumps for specific applicationsRugged industrial designs Dual capillary design Online ASTM D1238 Melt Flow Rate at two loadconditions Ideal for flow ratio measurements Online Apparent Viscosity over broad shear rate range Online measurements of polymer extensional propertiesNote: No CE marking but will be reviewedInstrumentationDynisco offers a wide range of instruments to complement our pressure and tempthe combination that will perfectly match your application.ModelsNEWFeatures & Benefits1/8 DIN Pressure/Process Indicators13901391 mA, Vdc and strain gage inputs provide versatile processmA and Vdc linear retransmission enables the user to logField-scalable display and dual configurable alarms to meUL and CE approved to meet US and European requiremePeak and valley detection allows for recall of extremes ofTransmitter power supply to power 2 and 4 wire transmitOptional RS485 with MODbus/Jbus selectable communicat1/8 DIN Temperature/Process Indicators and Controllers140014011440 TC and RTD inputs provide versatile temperature monitoriField-scalable display and dual configurable alarms to meUL, CSA and CE approved versions available to meet US aField-configurable relay or SSR drive outputs provide maxmA and Vdc linear retransmission enables the user to logOptional mA and Vdc inputs provide versatile process moHeater-current detection capability to predict heater failurHeat/cool and alarm functions for extrusion or molding teUnique self-tuning algorithm allows for calculation of tuni1/4 DIN Pressure/Process IndicatorsUPR700 TC, RTD, mA, Vdc, and strain gage inputs provide versatilmA and Vdc linear retransmission enables the user to logSecondary digital display captures user-defined high or loField-scalable display with dual configurable alarms to meUL, cUL and CE approved to meet US and European requiPeak and valley detection allows for recall of extremes ofOptional transmitter power supply to power 2 and 4 wireOptional RS485 with MODbus/Jbus selectable communicatOptional secondary input enables user to display pressure1/4 DIN Pressure/Process ContollersATC770DPC535 Unique self-tuning algorithm allows for calculation of tunREX – Rheology Extrusion SystemDesigned to continuously sample polymer powder,flake, or pellets from a process and convey it to asmall 3/4-inch extruder, which melts and conditionsthe sample for rheological testing. This systemprovides capability for continuous monitoring ofpolymer MFR and viscosity, or other analyses, forquality and process control. Multiple online analyses (rheology, composition,contamination) Installation on the manufacturing floor or outside of theproduction area Automated pneumatic transfer of samples to extruderFast response time for process control applicationsSimple calibrationData i/o communication to a distributed control systemSecondary digital display for setpoint, deviation from setpoinField-scalable display with three configurable alarms to mmA and Vdc linear retransmission enables the user to logmA, Vdc, and strain gage inputs provide versatile processScalable up to 99,950 counts allows display of actual en(DCS) via digital or analog signalsUL cUL and CE approved to meet US and European requNote: No CE marking but will be reviewed

Laboratory Scale ProcessingLME – Laboratory Mixing ExtruderThe LME is a versatile laboratory tool for evaluating the processability of avariety of plastics, rubbers and additives prior to production. The unique,Maxwell screwless design enables the LME to mix, compound and extrudematerials that vary widely in both physical form and characteristics. Able to process very small quantities of material (1 gram)Residence time less than a minuteVariable speed rotor control 5–260 rpmSeparate header and rotor heater for temperature controlsMaximum temperature 400 CVarious Headers and Orifices: ribbon, spinnerette, tube and wire coatingTUS – Take Up SystemThe Take Up System is an important accessory to the LME. The dual purposemachine draws material from the LME into fibers. The fiber is wound onto thespindle with a variable speed drive to produce the desiredfiber diameter. The two lower rollers of the TUS pull theextrudate from the LME to form a strand that can be cutinto pellets with the LEC Pelletizing Chopper.LEC – Pelletizing ChopperThe Chopper pelletizes the extrudate from the LME. Pelletsize is determined by the feed rate to the cutter from the TakeUp System.LMM – Laboratory Mixing MolderThe LMM is a bench-top mixer and molder that prepares miniature specimensfrom as little as one gram of material. Extensive mixing produces high shearrates to break up clumps of material. Intensive mixing produces a foldingaction to uniformly distribute ingredients. Many molds available to accomodatea range of test methods including D1208 and D1822. Digital display PID temperature controllerOperating temperature from ambient to 400 CAccommodates mold lengths of 1 to 4 inchesVariable speed rotor controlInterchangeable 2.0 cc or 4.0 cc cupsHeated C-clamp for additional control of molding process(optional)