The TA Instruments Discovery DMA 850 is the latest addition to the Discovery Thermal Analysis suite, a group of high-performance material characterisation instruments.
DSC is often referred to as the Gold standard technique for measuring the thermal stability of biological macromolecules. Most commonly used for measuring protein stability, DSC measures the heat change during a controlled increase or decrease in temperature which is associated with the making and breaking of hydrogen bonds.
The MicroCal PEAQ-DSC automated system is the latest innovation from Malvern Instruments in differential scanning calorimetry (DSC), a thermal analysis technique for understanding the stability of a protein or other biomolecule.
The ULIRIVISION TI120 thermal imaging camera uses thermal imaging technology for non-contact, non-invasive visualisation of skin surface temperature differences.
Fujitsu Laboratories has developed a technology to retrieve similar disease cases from a computed tomography (CT) database of previously taken images.
The Discovery SDT 650 is a simultaneous DSC/TGA instrument that measures the change in energy as a function of time and temperature while simultaneously measuring sample weight changes.
TA Instruments' Discovery Thermal Analysis Suite features a host of significant innovations, including an app-style touch screen, powerful TRIOS software, a robust autosampler, and automated calibration and verification routines that work seamlessly to improve laboratory workflows and productivity.
The MicroCal PEAQ-ITC from Malvern Instruments offers the latest technology in isothermal titration calorimetery used to measure heat released or absorbed during a biomolecular binding event. It also provides binding kinetics data.
Oven Industries has introduced to the market the 5R9-355 Temperature Controller (Peltier Effect). The product includes a complete mechanical enclosure with mounting holes, user-friendly keypad menu selections and a vivid LCD display.
The Linseis STA Platinum Series (simultaneous thermal analysis) can be used to determine simultaneous changes of mass (TG) and caloric reactions (DSC) of a sample in the temperature range from -150 up to 2400°C.
Linseis's extensive experience in thermal properties measurement covers broad-ranging systems that measure thermal conductivity, thermal diffusivity and specific heat.
Linseis produces a wide range of single, dual, differential, quattro, quenching, laser and optical dilatometers in a temperature range from -180 up to 2800°C and a resolution up to 0.3 nm.
Linseis offer a comprehensive range of thermal analysis instruments. The model DSC 1000 and DSC 1000 HiRes offer solutions for temperatures up to 750°C and a range of options to configure these to specific applications.
The DynTHERM NANO high-pressure thermobalance combines ultrahigh sensitivity (0.01/0.1 µg) and robustness with a small internal volume and a broad measuring range. Its fast temperature and pressure control leads to good experimental results with low consumption of sample, measuring gases and time.
Many types of goods, including food, pharmaceuticals and chemical reagents, must be kept cold while in storage and transit. CryoMark is a disposable chemical indicator that can be included in every cold shipment.