Acoustic enclosure SEM-Closure™ series

acoustic enclosure
acoustic enclosure
acoustic enclosure
acoustic enclosure
acoustic enclosure
acoustic enclosure
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Description

SEM-Closure™ is an acoustic enclosure designed specifically for scanning electron microscopes (SEMs). Together with TMC's SEM-Base™ floor platform and Mag-NetX™ magnetic field cancellation, SEM-Closure™ provides a total environmental solution to protect sensitive SEMs from all outside interference. SEM-Closure is designed to accommodate SEM-Base, an active piezoelectric vibration cancellation floor platform, and Mag-NetX in a sealed and temperature-controlled acoustical chamber – protecting the SEM from vibration, magnetic field disturbances, and acoustic noise. Integration of the three systems ensures proper fit and compatibility. The vibration isolation system can be inside the enclosure itself. Also, the SEM-Closure frame is designed to accommodate Mag-NetX Helmholtz coils as well as the acoustic panels, eliminating the need for a second frame to house the coils. SEM-Closure provides multiple access points, a heat dissipation system, and provisions for tool plumbing and cabling within the system. Main Door Main door is 36" wide allowing full access to front of SEM. 24" side module also includes a door on front side. Several hinged doors allow easy access to any side of the SEM for sample preparation, adjustment of accessories and maintenance. Bi-fold doors on sides and rear help minimize clearance requirements. Optional quarter-panel door for quick and easy access. Model shown is number 30-202-12-24. Top Panel Top panel includes easy-open space-saving hatch door for access to top of SEM. Cam-Lock ensures tight seal. Latches All doors include easy-to-open latches, and tight seal when closed.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.