A twin beam is a type of bright entangled optical field that has important applications in the field of quantum information. An optical beam with a spatial structure similar to a Bessel distribution possesses the property of self-healing, and its Bessel distribution can be recovered after encountering an obstacle. In this study, a low-threshold non-degenerate optical parametric oscillator with a threshold of 60 mW was proposed and developed. Based on the proposed non-degenerate optical parametric oscillator that works above the threshold, we generated a twin beam exhibiting a Gaussian distribution, yielding a power of 8 mW and an intensity difference squeezing of 5.1 dB. Subsequently, we prepared a twin beam with zero-order Bessel distribution, featuring 5 dB intensity difference squeezing, using a Bessel converter. Furthermore, we investigated its self-healing property after encountering an obstacle. The results showed that while the Bessel distribution of the twin beam was recovered, the intensity difference squeezing decreased due to obstacle-induced loss. Thus, the results of this study serve as a reference for the application of twin beams with Bessel distribution.