The NEXTA STA series incorporates a new balance control technology in addition to the horizontal digital dual beam system that has been well received in our previous models. Conventionally, baseline drift occurs due to hysteresis in the temperature program or surrounding environmental factors. However, by incorporating a new balance technology, the NEXTA STA series achieved baseline stability that is not affected by the temperature program.
The NEXTA STA series heating furnace has the improved temperature control technology which realizes several temperature programs, such as heating at a constant heating rate, repetition heating and cooling, heating up and hold isothermal, temperature modulated DSC, and controlled reaction rate thermal analysis.
The NEXTA STA series showcases an evolution from DTA to DSC, enabling simultaneous thermogravimetry and DSC measurement, which defines it from its predecessors. In addition, by using temperature modulated DSC, specific heat capacity measurements are achieved over a wide temperature range that cannot be measured by (the) standalone DSC.
The well-received “Real View®” option has been further developed.
Not only are samples observed while measurements are in progress, but various analysis features have been incorporated, such as digital zoom, image analysis, length measurement capability, and color analysis, which can support a variety of applications.
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StarLite™ systems are programmable semi-automatic video measurement systems. A motorized 6.5:1 zoom lens and motorized Z axis make StarLite systems far more capable than what is typically considered a manual system.
The VIEW MicroLine® is a high-performance critical dimensional measurement system for wafers, masks, MEMS and other micro-fabricated devices in situations which do not require fully automated operation.
HORIBA has now developed the new MESA-50 EDXRF analyzer, based on its long experience with customer requirements and knowledge.
Hydra IIAA Mercury Analyzer delivers both the performance needed to meet tightening regulatory demands and the productivity needed for laboratories to operate efficiently. Its parts-per-trillion detection limits, exceptional stability and unique over-range protection easily satisfy the most stringent QCs.
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