Self-developed diffractometer
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Self-developed diffractometer photo
The main experimental method for macromolecular crystallography is the swing method, with one of the key instruments being the diffractometer. With the further development of domestic research in macromolecular crystallography, the crystal samples of many users are becoming smaller. This poses higher demands on the diffractometer, such as a smaller SOC, higher sample positioning accuracy, and faster speed. In response to this, Shanghai Synchrotron Radiation Facility Crystallography Group has independently developed a high-precision diffractometer with an SOC of <±0.5 μm and is equipped with a set of high-resolution and fast coaxial microscopes to meet the users' needs.
Self-developed robotic sample changer Swordfish
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Self-developed robotic sample changer Swordfish
To enhance users' experimental efficiency and experience, Shanghai Synchrotron Radiation Facility Crystallography Group has independently developed the sample loading robotic arm, "Swordfish." This robotic arm can simultaneously accommodate more than 20 pucks, with a sample changeover time of less than 25 seconds. This achievement contributes to the autonomy of key experimental equipment and provides high-performance support for cutting-edge research.
EIGER2 S 9M
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EIGER2 S 9M
Technical Specifications of EIGER2 S 9M: