Three-dimensional manufacturing equipment capable of automatically scanning limbs

Abstract

The invention discloses three-dimensional manufacturing equipment capable of automatically scanning limbs. The three-dimensional manufacturing equipment comprises a scanner main body; a sleeve cavitywith an upward opening is formed in the scanner main body; a fixed sleeve is fixedly arranged at the upper end in the sleeve cavity; a sliding sleeve capable of sliding up and down is arranged on thelower side in the sleeve cavity and located on the lower side of the fixed sleeve; a scanner cavity with an upward opening communicates with the interior of the sliding sleeve and the interior of thefixed sleeve; and detectors are fixedly arranged at the upper end of the interior of the scanner cavity in a left-right symmetrical mode. By means of the mode that scanning is conducted first and thenstretching and retracting are conducted, fingers drive a sliding baffle to slide downwards, and meanwhile a scanning block can be driven to slide upwards. The scanning block can scan an arm in all directions in the sliding process, and the scanning efficiency is improved; and meanwhile, the length in the scanner cavity can be automatically increased in the mode that the arm drives a pressure block to move downwards, therefore, different requirements for arm scanning are met conveniently, operation is easy, cost is relatively low, and the application range is relatively wide.

Description

technical field [0001] The invention relates to the technical field of three-dimensional manufacturing, in particular to a three-dimensional manufacturing device capable of automatically scanning limbs. Background technique [0002] In the traditional pharmaceutical industry market, biomaterials produced in batches by factories can no longer meet the needs of patients. In the medical field, individual patients have obvious differences, and treatment needs to be more tailored to the patient's physical and pathological characteristics. For patients who need to be fitted with prostheses Generally speaking, the suitability of the prosthesis is very important, and the general prosthesis is mass-produced, and its appearance is similar to bones, which is not beautiful. However, the method of customizing the prosthesis not only takes a long time, but also the measurement process of the patient's limbs is complicated, and scanning The machine is expensive and expensive, and it is rel...

AI Technical Summary

Problems solved by technology

[0002] In the traditional pharmaceutical industry market, biomaterials produced in batches by factories can no longer meet the needs of patients. In the medical field, individual patients have obvious differences, and treatment needs to be more tailored to the patient's physical and pathological characteristics. For patients who need to be fitted with prostheses Generally speaking, the suitability of the prosthesis is very important, and the general prosthesis is mass-produced, and the appearance is similar to the bone, which is not beautiful. However, the method of customizing the prosthesis not only takes a long time, but also the measurement process of the patient's limbs is complicated, and scanning The machine is expensive, the cost is high, and it is relatively unfriendly to most people. A three-dimensional manufacturing equipment that can automatically scan limbs described in the present invention can solve the above problems

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