Synchrotron

Precision Systems for Synchrotrons

Synchrotrons, used to study materials and living matter at a molecular level, are becoming increasingly powerful, enabling unprecedented scientific advances.

IRELEC’s precision systems help scientists get more out of their very limited time on these in-demand instruments.

Planning for success

The IRELEC team accompanies and advises the customer’s technical staff during all major steps of the project: design, interfacing with the infrastructure, commissioning and expert training, service support. IRELEC experts are attuned to final users, who are key experts in their domains and a key resource for a successful implementation of our equipment.

IRELEC is definitely the partner of choice when it comes to built tailor-made systems which finely match user’s needs and concerns.

IRELEC’s Technologies for Synchrotron

Beamline Optical Systems

for Scientific Research or Industrial R&D

Robotic Sample Changers

Improving Synchrotron Performance

Single Crystal X-ray Diffractometer

The new generation diffractometer

Detector Manipulators

To get the most out of your time on the beamline

Testimonial

The mirror you have made for the SWING beamline is the best we have received so far at SOLEIL. This opens up new prospects for the design of optical schemes for current and upgraded hard X-ray beamlines (with the future SOLEIL source).

Dr Thierry MORENO

Paris, France

We are enthusiastic about the mirror bender design and believe it to be superior to other systems commercially available.

Pr. Wayne HENDRIKSON

New-York, USA

ISARA and ISARA2 are very reliable, high performance research infrastructures, which play an important role for the success of the user program of our MX beamlines at HZB and elsewhere.

Dr. Uwe MUELLER

Berlin, Germany

I thoroughly enjoyed working with you on commissioning this wonderful device [ISARA2].

Dr. Dieter SCHNEIDER

New-York, USA

Case Studies Synchrotrons

KB system for LRL-CAT beamline

Eli Lilly & Co. chose an IRELEC KB mirror and mirror bender system for its LRL-CAT beamline at the Argonne National Laboratory Advanced Photon Source near Chicago. The beamline is a key enabler of the pharmaceutical company’s structure-based drug discovery activities.

KB system for LRL-CAT beamline

Eli Lilly & Co. chose an IRELEC KB mirror and mirror bender system for its LRL-CAT beamline at the Argonne National Laboratory Advanced Photon Source near Chicago. The beamline is a key enabler of the pharmaceutical company’s structure-based drug discovery activities.

Robotic Detector positionner at Nanoscopium

An IRELEC robotic X-ray detector positioning system resulted in a world first on the Nanoscopium beamline at SOLEIL Synchrotron in France, with record-breaking absolute positioning ensuring micron-scale detector stability.

Robotic Detector positionner at Nanoscopium

An IRELEC robotic X-ray detector positioning system resulted in a world first on the Nanoscopium beamline at SOLEIL Synchrotron in France, with record-breaking absolute positioning ensuring micron-scale detector stability.

ISARA2 at MX3 beamline

The Australian Nuclear Science and Technology Organisation (ANSTO) turned to IRELEC to design, supply, and commission a precision robotic sample changer for its high-performance macromolecular crystallography beamline.

ISARA2 at MX3 beamline

The Australian Nuclear Science and Technology Organisation (ANSTO) turned to IRELEC to design, supply, and commission a precision robotic sample changer for its high-performance macromolecular crystallography beamline.

ISARA2 at MicroMAX beamline

With unmatched ergonomics and innovative features, Irelec’s high-throughput ISARA2 robotic sample changer is helping users of the new MicroMax beamline at MAX IV in Sweden get more out of the facility’s 3D and real-time protein imaging capabilities.

ISARA2 at MicroMAX beamline

With unmatched ergonomics and innovative features, Irelec’s high-throughput ISARA2 robotic sample changer is helping users of the new MicroMax beamline at MAX IV in Sweden get more out of the facility’s 3D and real-time protein imaging capabilities.

Ptychoprobe Detector Mover for 33-ID beamline

Ptychoprobe Detector Mover for 33-ID beamline