Thick film capabilities - up to 60 minutes sputtering time without breaking vacuum (rest periods automatically built in).Pump hold - allows the system to be held in continuous pumping mode, awaiting user input before continuing the process.Vacuum shut-down feature - leaves the process chamber under vacuum when not in use - improved vacuum performance.Easy-to-change, drop-in style specimen stages (rotation stage as standard).'Intelligent' recognition of system - automatically detects the type of coating insert fitted.Automatic vacuum control which can be pre-programmed to suit the process and material - no needle valve to adjust.Multiple, customer-defined coating schedules can be stored - ideal for multi-user laboratories.
Fully automatic touch screen control - rapid data input, simple operation.Precise thickness control using the film thickness monitor option.Enhanced sputtering of aluminium using optimised pulse cleaning.Glow discharge option - for modification of specimen surface properties (eg hydrophobic to hydrophilic conversion).Pulsed or ramped carbon coating modes - ramped evaporation can be selected for enhanced control and reproducibility of deposited carbon.Advanced 'anti-stick' carbon rod evaporation gun - simple operation, reproducible results.High vacuum carbon coating - ideal for SEM and TEM carbon coating applications.Please consider using a bonded or thicker target NB: To avoid a short target life, it is not advisable to use targets of less than 0.3mm for coatings of 50nm or thicker in conjunction with high sputter currents. High vacuum turbo pumping - allows sputtering of a wide range of oxidising and non-oxidising metals - suitable for SEM, high resolution FE-SEM and also for many thin film applications.Fine grain sputtering for advanced high resolution FE-SEM applications.Metal sputtering or carbon evaporation, or both - can be combined in one space-saving design.Please contact Newcastle University's Electron Microscopy Research Services to arrange bookings or training on this Key Features Quorum: Q150T Turbo-Pumped Sputter Coater/Carbon Coater The BioCAM X platform delivers unique insights into several in-vitro electrophysiological models, such as neuronal cell cultures, brain slices, retina preparations and cardiac cultures. Thus leading to the recording, over a large bandwidth, of electrophysiological signals ranging from slow large-population field potentials to fast single-cell spiking activity. We have combined high technology, materials and functional design to achieve an outstanding compact device that has no parallel in the market.Ĥ096 recording electrodes, sampled simultaneously at 18kHz, provide orders of magnitude more data points compared to conventional passive Multielectrode Arrays (MEAs), It is also used in the food industry, chemical synthesis, ceramics and even in bacteriology to conserve special strains.īiotage Sweden AB PyroMark MD System (220-240V) This technique can be used in pharmaceuticals and biotech to increase the shelf life of live virus vaccines, biologics and other injectables.
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