Omniflex Scoops Nda Award For Its Innovative Rpn1 Radiological This year, omniflex won the innovation award for its radiological protection node which simplifies the job of gathering data from radiation monitors! this year’s nda supply chain event was held on thursday 3rd november 2016 at event city in manchester and was yet another great day for everyone in attendance. Omniflex engineer ian southerton with award from nda. a selection of official photographs from the event can be viewed here. for full details on the innovative rpn1, click here. this year’s nda supply chain event was held on thursday 3rd november 2016 at event city in manchester and was yet another great day for everyone in attendance.
Omniflex Scoops Nda Award For Its Innovative Rpn1 Radiological Omniflex engineer ian southerton with the nda award. this year’s nda event at event city in manchester hosted over 1500 visitors and was a particularly successful day for everyone involved at omniflex, which was announced winner of the 'best example of innovation by an sme' award for 2016. Winner of the nuclear decommissioning authority sme innovation award! refer to press release here. overview. the omniflex teleterm radiological protection gateway (rpn1) simplifies the process of gathering data from lab impex ultra electronics, canberra ab96, icam or g64 monitors by combining all the required features into a standard, off the shelf product. The innovation of the rpn1 helped nnl save over £1m in project costs, reduced the time operators spend in active plant areas and significantly accelerated the project delivery time. furthermore, the engineering of the rpn1 led to omniflex winning a nda innovation award. However, the rpn1 radiological protection node from omniflex is a cots product that simplifies the task of gathering data from ultra, mirion, james caunt scientific and other manufacturers radiation monitors and allows you to read and store the data on radiological surveillance scada systems very quickly. radiological monitoring systems.
Omniflex Scoops Nda Award For Its Innovative Rpn1 Radiological The innovation of the rpn1 helped nnl save over £1m in project costs, reduced the time operators spend in active plant areas and significantly accelerated the project delivery time. furthermore, the engineering of the rpn1 led to omniflex winning a nda innovation award. However, the rpn1 radiological protection node from omniflex is a cots product that simplifies the task of gathering data from ultra, mirion, james caunt scientific and other manufacturers radiation monitors and allows you to read and store the data on radiological surveillance scada systems very quickly. radiological monitoring systems. “the rpn1 revolutionised radiation monitoring,” bradshaw enthuses. “it saved significant project costs, reduced operational time, and accelerated project delivery.” indeed, the rpn1 proved instrumental in nnl’s project at sellafield, saving over £1 million in project costs and earning omniflex a prestigious nda innovation award. For example, the omniflex rpn1 radiological protection node, that became increasingly more popular at the uk's nuclear sites over the last decade, is a cots product that can be installed in minutes. it is standardised to meet iso 9001 quality levels, so there is no need for additional third party inspections during the system installation and.
Omniflex Scoops Nda Award For Its Innovative Rpn1 Radiological “the rpn1 revolutionised radiation monitoring,” bradshaw enthuses. “it saved significant project costs, reduced operational time, and accelerated project delivery.” indeed, the rpn1 proved instrumental in nnl’s project at sellafield, saving over £1 million in project costs and earning omniflex a prestigious nda innovation award. For example, the omniflex rpn1 radiological protection node, that became increasingly more popular at the uk's nuclear sites over the last decade, is a cots product that can be installed in minutes. it is standardised to meet iso 9001 quality levels, so there is no need for additional third party inspections during the system installation and.
Revolutionary New Design Simplifies The Process Of Radiation Monitoring
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