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Rheometer | | | | Introduction | | | The new MCR rheometers are based on a concept at the cutting edge of technology. The EC motor technique, the low friction bearing and the patented normal force sensor have been optimized over years to satisfy the highest demands of rheologists. Any type or combination of rheological tests, both in rotational and oscillatory mode, are possible with the MCR rheometers. The modularity of the system allows the integration of a wide range of temperature devices and application-specific accessories. The innovative and patented features Toolmaster™, TruGap™ as well as T-Ready™ are breakthroughs in terms of user-friendliness. TruRate™ and TruStrain™ ensure absolute control at any time during rheological tests.
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Temperature Range : -150~1000℃ | Bearing : Air
| Maximum torque : 230 | Min. torque, rotation : 1 | Min. torque, oscillation : 0.5 | Angular deflection : 0.05 to ∞
| Min. angular velocity : 10-9 | Max. angular velocity : 314 | Max. angular frequency : 628 | Min. angular frequency : 10-7 | Max. speed : 3000 | Normal force range : 0.005-50 | Normal force resolution : 0.5 | |
Polarizing Microscope | | | | Introduction | | | Versatile, Modular Polarization Microscope Leica DM2500 P - Because of its flexibility, the Leica DM2500 P meets the needs of both basic to advanced examinations where high-quality polarization equipment is required. There are many different configurations available. The versatile instrument options not only fulfill many application requirements, but also the budget. Have a closer look at our product advantages! Five-position Centerable Nosepiece The Leica DM2500 P offers, unique for this class of microscope, a five-position centerable nosepiece. The microscope can be equipped.
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Temperature Range : -150~200℃ | Magnification Times : 1000
| Fluorescence: Yes | Reflection & Transmission : Yes
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Isothermal Titration Calorimetry (ITC)
| | | | Introduction | | | MicroCal iTC200 is a kind of used for biomolecular interaction unmarked solution inside the high sensitivity of low capacity of isothermal titer heat meter.Support all direct measurements in a single experiment combined with parameters, using only (including 10 g samples can be analyzed from weak to strong affinity.Semi-automatic maintain maximum limit reduces the operator's intervention, the system can be upgraded to full automatic MicroCal Auto iTC200, make it very suitable for the future of speed, high sensitivity and high strength work ability to adapt for laboratory. MicroCal iTC200 design characteristics is easy to use and very sensitive.Its large range of affinity, let affinity from weak to strong affinity analysis reproducibility.Automatic cleaning and syringe loaded function minimizing operator involvement, at the same time, user friendly software guides all operations to achieve rapid and accurate analysis.
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Sample Weight : 10μg
| Appetency : 10-2 ~ 10-9 M
| Operation Temperature : 2 ~ 80℃
| Measuring Chamber Volume : 200μl | Syringe Volume : 40μl | Best-Case Response Time : 10s
| Time Short-Term Noise Level : 0.5ncal/s※ | |
Differential Scanning Calorimeters(DSC) | | | | Introduction | | | The Q2000 is a research-grade DSC with superior performance in baseline flatness, precision, sensitivity, and resolution. Advanced Tzero technology and multiple exclusive hardware and software features make the Q2000 powerful, flexible, and easy-to-use. Modulated DSC and a reliable 50-position autosampler are available as options. An additional high-value feature is Platinum™ software, which permits automatic scheduling of tests designed to keep the Q2000 consistently in top operating condition. Available accessories, such as a new photocalorimeter, pressure DSC, and the widest array of cooling devices, make the Q2000 a DSC well-equipped to satisfy the most demanding researcher. |
Temperature Range : -180~725℃ | Temperature Accuracy : ±0.1℃ | Temperature Precision : ±0.01℃ | Sensitivity : 0.2μW | Calorimetric Precision : ±0.05% | Calorimetric Reproducibility : ±0.05% | Baseline Curvature with Tzero : 10μW | Baseline Reproducibility with Tzero : ±10μW | Indium Height/Width Radio : 60mW/℃ | |
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