Rubber bark beetles are serious and difficult to control. In order to explore more effective field prevention and control methods, this study used a combination of “kraft paper+sticky insect glue+attractant” to design a sticky-capture device of rubber bark beetles. The trapping parameters including material of sticky-capture device, number of attractant pouch hanging, exposed areas of liquid medicine, and mutual spacing and suspension height of sticky-capture device were optimazed. Under the trapping of myrcene, 2-methyl-3-buten-2-ol, S-(-)-limonene, camphene and (S)-cis-verbenol, the total number of sticky-captures of the homemade sticky-capture tape against the rubber bark beetles was 554, 445, 341, 381 and 367. The total number of sticky-captures of the common sticky insect tape against rubber barks beetles was 260, 230, 179, 202 and 199. For myrcene, 2-methyl-3-buten-2-ol, and S-(-)-limonene, the total number of sticky-captures of the homemade sticky-capture tape was significantly higher than that of common sticky insect tape, showing better sticky-capture effect. The optimal number of bags when using the hanging bag method was two. The best exposure areas of liquid medicine was 6.6 mm 2, the best mutual spacing of the sticky-capture device was 50 m, and the best suspension hight was 2.5 m. The homemade sticky-capture device is superior to conventional trap device in weight, cost, and the number that can be trapped. For the prevention and control of rubber bark beetles, it has the characteristics of high efficiency, low cost, environmentally friendly and degradable, simple and easy to operate.