To explore the suitable types and concentrations of auxins for the rooting of Echeveria agavoides leaf cuttings, E. agavoides was used as the experimental material, a two-factor experiment was conducted using the soil culture method. Factor A was the type of auxin, with 3 levels set: A1 (indole-acetic acid, IAA), A2 (indole-butyric acid, IBA), and A3 (naphthalene-acetic acid, NAA). Factor B was the auxin concentration. 4 levels, B1 (50 mg/L), B2 (100 mg/L), B3 (150 mg/L), and B4 (200 mg/L), were set. Clear water was used as the control (CK), which are A1, A2, and A3 respectively, and corresponding clear water controls (CK1, CK2, and CK3) were set. There were a total of 15 treatments. The results showed that IAA, IBA, and NAA all promoted the rooting of E. agavoides leaf cuttings: in the IAA treatment group (50-200 mg/L), the average number of roots ranged from 3.8 to 18.0, the average root length from 10.78 to 16.33 mm, the maximum root length from 22 to 29 mm, the rooting rate from 40% to 80%, and the root system effect index from 8.193 to 58.788, among which the treatment A1B2 achieved the highest average number of roots, average root length, and root system effect index; in the IBA treatment group (50-200 mg/L), the average number of roots ranged from 1.2 to 11.4, the average root length from 5.25 to 13.77 mm, the maximum root length from 12 to 41 mm, the rooting rate from 20% to 100%, and the root system effect index from 1.260 to 31.396, with the treatment A2B4 showing the highest values in all indicators including average number of roots, average root length, maximum root length, rooting rate, and root system effect index; in the NAA treatment group (50-200 mg/L), the average number of roots ranged from 6.4 to 24.0, the average root length from 3.49 to 15.25 mm, the maximum root length from 7 to 27 mm, the rooting rate from 80% to 100%, and the root system effect index from 4.467 to 73.200, among which the treatment A3B1 exhibited the highest average number of roots, average root length, the maximum roots length, and root system effect index. The average root length and average root number of E. agavoides leaf cuttings reached the peak under treatments A1B2 and A3B1, while attaining the maximum under treatment A2B4. In conclusion, 50 mg/L NAA (treatment A3B1) and 100 mg/L IAA (treatment A1B2) exhibited good promotive effects on the rooting of leaf cuttings of E. agavoides. Considering production cost and practical application comprehensively, the 50 mg/L NAA treatment showed the optimal rooting effect on E. agavoides leaf cuttings and could be promoted for practical production.