The CdSe/ZnS-quantum-dot doped fiber (QDF) in an ultraviolet (UV) curable adhesive background is manufactured in this study. The photoluminescence spectra are measured in different fiber lengths and with different doping concentrations, and absorption coefficient of the QD in such a background is also determined. There is evidence to show that the PL-peak intensity depends on both the doping concentration and the fiber length. The UV curable adhesive can be a desirable choice for preparing the QDF in laboratories due to small absorption, low shrinkage factor, matching fiber-cladding refractive index, and steady optical property.