Speaker
Description
Currently, there are 17 Insertion Devices (ID) in operation at the MAX IV facility. The soft X-ray undulators are based on the 3 APPLE II undulator at the 3 GeV ring, 4 APPLE II and 1 planar undulators at the 1.5 GeV ring, and the hard X-ray IDs are based on room-temperature in-vacuum technology at the 3 GeV ring and the Short Pulse Facility.
A recently funded Tomography beamline for materials science at the 3 GeV ring will utilize two sources within the same straight section: a short-period cryogenic permanent magnet undulator (CPMU) with a 14 mm period length for nano-tomography and a 3 T 3-pole wiggler for micro-tomography. Both IDs are currently in production, with installation planned for summer 2027.
Further developments include a planned tender hard X-ray (2–20 keV) spectroscopy beamline and a new medical-imaging beamline covering an energy range of 15–80 keV at the 3 GeV ring. At the 1.5 GeV ring, a new APPLE II undulator providing polarization control from 50 eV photon energy is foreseen to replace an older planar undulator.
In this paper, we present the parameters of these upcoming insertion devices and provide estimates of their expected performance.
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