skip to primary navigationskip to content
 

Nikon Ti Eclipse Spinning Disk

Assembled by Cairn in the UK, the inverted spinning disk system is centred around a Nikon Eclipse Ti microscope and a Yokogawa disk CSU-X1. It is most suitable for ultra-fast imaging or for specimens where unwanted photobleaching may be a problem. In the Sainsbury Laboratory, it is commonly used for long time-lapse imaging ranging from overnight to several days.

Offers multidimensional acquisition from two cameras (EMCCD from the Yokogawa, High resolution CCD from the Nikon Ti), sample incubation, FRAP and photoactivation. The Nikon Perfect Focus system prevents specimen z-drift.

Software:

Metamorph

Lasers:

405nm, 445nm, 488nm, 561nm, 514nm

Cameras:

Photometrics Evolve (512x512 EMCCD) and Coolsnap HQ.

Extras:

FRAP module, fully enclosed incubation, sensitive xyz stage movements, Nikon Perfect Focus

Objectives:

Nikon objectives include standard and long working distance lenses for dry, immersion and water dipping. Please contact the for further details.

spinningdisk

RSS Feed Latest news

Role of plants in farming future

Jul 30, 2018

SLCU's Director Ottoline Leyser & SLCU Group Leader Giles Oldroyd discuss opportunities plants will provide for the future of agriculture on BBC 4's Today programme.

GM crop ruling shows why the EU's laws are wholly inadequate

Jul 28, 2018

SLCU Director Ottoline Leyser examines the European Court of Justice's recent ruling on genetically modified crops in her feature for The Conversation.

Behind the scenes with our researchers

Jul 19, 2018

Go behind the scenes with SLCU researcher Dr Annalisa Rizza to find out about her work.

SLCU Director presented OlChemIn Award 2018

Jul 09, 2018

SLCU Director, Professor Ottoline Leyser, was presented with the OlChemIn Award 2018 in recognition of her outstanding research on plant hormones.

Edwige Moyroud awarded Linnean Society Bicentenary Medal

May 24, 2018

Dr Edwige Moyroud has been honoured by the Linnean Society of London with the 2018 Bicentenary Medal for her discoveries on the evolution and development of nanoscale architecture in flower petals.

View all news

SLCU Logo