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Zetasizer APS

Der Zetasizer APS ist ein robuster und einfach zu bedienender Mikrotiterplatten-Autosampler, welcher die Messung von Proben mittels dynamischer Lichtstreuung in handelsüblichen 96er und 384er Mikrotiterplatten (Well Plates) automatisiert.

Duale Temperaturkontrolle ermöglicht es, die Mikrotiterplatten niedrig temperiert zu halten, um die Proteine vor der Messung zu schonen.

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User manuals

Software downloads

25 October 2021

8.02

  • 21 CFR Part 11 update
  • Note: a NEW 21CFR11 key will be required to enable and run this software - please contact Malvern Panalytical
8.02

08 October 2020

8.01

  • 21 CFR Part 11 update
  • Note: a NEW 21CFR11 key will be required to enable and run this software - please contact Malvern Panalytical
8.01

06 August 2020

8.00

  • 21 CFR Part 11 update
  • Note: a NEW 21CFR11 key will be required to enable and run this software - please contact Malvern Panalytical
8.00

22 August 2018

7.13

  • Maintenance update
7.13

07 December 2016

7.12

  • Maintenance update
7.12

25 September 2014

7.11

  • Microrheology measurement Enhancements.
  • Static light scattering measurement macro.
  • Zetasizer Nano Helix cells capability.
7.11

16 April 2014

7.10

  • Zetasizer NanoSampler Functionality. The Zetasizer NanoSampler is a versatile, compact sample management autosampler that makes highly precise and reproducible injections of samples into your Zetasizer Nano. This release of software facilitates the control of the Nanosampler through the use of the SOP Player controls. Operation requires the use of a feature key.
7.10

06 February 2014

7.04

  • Maintenance update
7.04

07 March 2018

7.03

  • Double clicking on a DTS measurement file now launches the Zetasizer Software and displays the clicked on file
  • It is no longer possible to delete the child record of a measurement collection without also deleting its parent and all of its siblings
  • The plate scheduler now verifies SOPs before running a plate rather than waiting until the plate reaches the specified well and determining that the SOP is invalid
  • When a SOP fails to export a report at the end of the measurement, the user is now informed where the Software was trying to save the report to
  • The cell types listed in the Nano count rate form have now been made consistent with the currently available list of cells
  • The High Concentration Zeta Cell is now visible on a ZS90 instrument
  • Molecular Weight measurement on Zetasizer µV’s fixed for when optional DLS size measurement selected
7.03

07 March 2018

7.02

  • Firmware update for Zetasizer APS and Zetasizer µV
  • New DTS1070 Cell
  • Further Improvements to the Flow Mode edit result facility
  • Cell Selection enhancements
  • Saving to USB Drives
  • Various bug fixes from v7.01
7.02

07 March 2018

7.01

  • Introduction of Zetasizer Nano ZSP functionality
  • Introduction of new Protein mobility measurement type
  • Introduction of new Microrheology measurement type
  • Protein utilities renamed and extended
  • Zetasizer APS 'Colour by Quality' feature added to plate navigator
  • Updated Aggregation point analysis
  • Improvements to existing features
7.01

07 March 2018

6.34

  • Maintenance Issue
6.34

07 March 2018

6.32

  • Maintenance update
6.32

20 March 2011

6.20

  • Maintenance update
6.20

07 March 2018

6.12

  • Support for new high concentration cell added
6.12

07 March 2018

6.01

  • Support Added for Zetasizer APS and Zetasizer µV
  • Off-line Instrument selection
6.01

05 June 2018

10.00

Zetasizer Driver for Windows 10 software update v10.00
  • Zetasizer Driver for Windows 10
10.00

Zubehör

Plattentemperaturregler PTC-1

Hält Mikrotiterplatten auf einer konstanten Temperatur, vor allem um eine Denaturierung von Protein vor der Messung zu vermeiden.

Temperature range - 4°C to 40°C
Weight - 12.2kg
Dimensions - W:D:H, 200mm x 385mm x 310mm.
Power - 100V-240V AC, 50/60, 228W

SV-10 Viskosimeter

Schnelle, einfache und genaue Viskositätsmessung.

Das SV-10 misst die Viskosität in einem besonders einfachen und schnellen Verfahren, mit der Genauigkeit, wie sie in der dynamischen Lichtstreuung für die Umwandlung der Diffusionsgeschwindigkeit in die Größe und der elektrophoretischen Mobilität in das Zetapotenzial, benötigt wird.