The invention, which belongs to the technical field of medical equipment, discloses a temperature-controlled wind-drying infrared micro-oxygen intelligent burning wound adjusting cabin device mainly comprising a temperature sensor, a humidity sensor and a blast volume sensor that are embedded in an intelligent adjusting cabin. A PWM controller is connected with an infrared lamp tube by a signal. An adjusting cabin moving plate is connected to guide rails installed at the upper part of the intelligent adjusting cabin in a rolling manner; a rolling gear sleeves a rolling shaft of the adjusting cabin moving plate in an interference sleeving manner; a stepping motor is in signal connection with the PWM controller; and the PWM controller is also in signal connection with a blade-free fan installed in a cavity formed in the adjusting cabin moving plate. According to the invention, isolation treatment of the wounds with concentrated burning parts is realized; and constant-temperature sterilization circulating air or micro-oxygen being low-concentration-mixing oxygen is provided for the wound in the cabin. The consumed material replacement cost as well as the equipment usage cost is lowered. The patient having the action capability can take care of himself/herself and acts in a self-service manner, so that the life quality of the patient is improved substantially.