Pilot MWL 110 project in Europe. All parts of the existing equipment  were reused. Only the radiation enclosure and a new table plate has been replaced.

The electronics and motor controller were built in inside the X-ray table.

X-ray safety inspection passed without problems.
No measurable radiation outside the radiation enclosure.  for internship allowed.

Allowance for student internships.  

3. Project in Europe
Only the X-ray generator (Seifert ID3003)  without windowcard and a Tungsten-X-ray tube were available.

Design and conception of the whole system , completion and installation of the missing Seifert components, construction of the X-ray table / radiation enclosure .

Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Briefing of staff / students on  the system.
Service and Support

Upgraded to the MWL 120 detector

 

Even faster exposures and higher sensitivity

2. Project in Europe. All parts of the existing equipment were reused. A significantly bigger radiation enclosure was designed to allow the use of the second X-ray window to operate an image plate and to facilitate tube changes.
The size of the X-ray table has been increased.

The electronics, the motor controller and the computer are housed in a separate 19-inch casing.

X-ray safety inspection passed without problems.

Briefing of staff / students on the system.

Service and Support

 

Upgraded to the MWL 120 detector in Dec. 2013

 

Even faster exposures and higher sensitivity

 

 

 

 

 

TUM Munich, Crystal laboratory of the Faculty of Physics, Germany

EPFL Lausanne , Switzerland

Max-Planck-Institute Stuttgart, Germany

Projectlist

Dr. Andreas Erb

Photovoltaik und Röntgen

Conversion of an older system, reusing the Seifert ID3003 generator and radiation enclosure. Housing of the motor driver, the computer and the printer in a separate 19-inch casing.

Second system with the newly developed        MWL 120 detector.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.
Briefing of staff / students on  the system.
Service and Support

 

Leibniz Institute for  Solid State and Materials Research Dresden (IFW), Germany

1. Project in Africa.

Completely new  system with X-ray generator.
Design and conception of the whole newly designed system. Seifert ID3003 generator controllable in 1 kV steps between 5 and 25 kV.

Construction of the X-ray table / radiation enclosure / radiation safety circuit. X-ray warning indicator.
Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.

Briefing of staff / students on  the system.
Service and Support

University of Johannesburg , South Africa

Last changed    07.06.2017

Max Planck Institute for Chemical Physics of Solids, Dresden, Germany

Completely new  system with X-ray generator.
Design and conception of the whole newly designed system. Seifert ID3003 generator controllable in 1 kV steps between 5 and 25 kV.

Construction of the X-ray table / radiation enclosure / radiation safety circuit. X-ray warning indicator.
Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.

Briefing of staff / students on  the system.
Service and Support

Completely new  system with X-ray generator.
Design and conception of the whole newly designed system. Seifert ID3003 generator controllable in 1 kV steps between 5 and 25 kV.

Construction of the X-ray table / radiation enclosure / radiation safety circuit. X-ray warning indicator. Equipped with the newly developed        MWL 120 detector.
Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.

Tin loaded Boltaron glass for  higher X-ray absorption.

Briefing of staff / students on  the system.
Service and Support

Here could be your name

Jülich Research Center, Germany

Newly developed  MWL 120 detector

Ruhr-Universität Bochum, Germany

Completely new  system with X-ray generator.
Design and conception of the whole newly designed system. Seifert ID3003 generator controllable in 1 kV steps between 5 and 25 kV.

Construction of the X-ray table / radiation enclosure / radiation safety circuit. X-ray warning indicator. Equipped with the newly developed        MWL 120 detector.
Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.

Tin loaded Boltaron glass for  higher X-ray absorption.

Briefing of staff / students on  the system.
Service and Support

Upgraded to the MWL 120 detector in June 2012

 

first MWL 120 detector in the field worldwide

 

Even faster exposures and higher sensitivity

 

New X-ray table and 19“ rack for a more ergonomic and convenient work on the device

equipped with optical camera and other options

Department of Quantum Matter Physics, Geneva Switzerland

Conversion of an older system, reusing the Siemens generator, Stoe tube housing and existing radiation enclosure. Housing of the motor driver, the computer and the printer in a separate 19-inch casing.

Newly developed        MWL 120 detector.

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.
Briefing of staff / students on  the system.
Service and Support

 

 

 

 

 

· Commissioned Dec. 2008/Jan. 2009

· Upgraded to MWL 120 May 2016

 

· Commissioned Nov. 2010

· Upgraded to MWL 120 Feb. 2016

 

Industry Installations, Companies not to be disclosed

Completely new  systems with X-ray generator.
Design and conception of the whole newly designed system. Seifert ID3003 generator controllable in 1 kV steps between 5 and 25 kV.

Construction of the X-ray table / radiation enclosure / radiation safety circuit. X-ray warning indicator.

Equipped with the newly developed  MWL 120 detector.

Housing of the electronics, the motor driver and the computer in a separate 19-inch casing.

Closed Circle water cooling.

Special Goniometers to transfer the orientation to wire or diamond saws ……..

Optical system to find smallest samples. Mirror collimator, X-ray filter for the reduction of fluorescence radiation.

Tin loaded Boltaron glass for  higher X-ray absorption.

Briefing of staff on the system.
Service and Support

· Commissioned in 2014 and 2015

 

Conversion of an old system, reusing and modifying the HiTek XR 4000 X-ray generator, refurbishing and modifying the X-ray hood and radiation enclosure, construction of a completely new safety circuit box.

New Tungsten X-ray tube.

Optical system to find smallest samples. Mirror collimator, New North Star software which includes the optical camera. X-ray filter for the reduction of fluorescence radiation.

Briefing of staff / students on  the system.
Service and Support

 

Department of Physics

The Cavendish Laboratory,

Cambridge, UK

MWL 120 detector

· Commissioned May 2016

 

Photovoltaik, Beratung und Umrüstung für Röntgengeräte

Sonnenweg 4b , 85386 Eching/Dietersheim, Germany

 

European sales and installation for

Multiwire Laboratories Ltd., 95 Brown Rd., Ithaca, NY 14850  USA