The invention relates to a 3D print teaching model was prepared by mixing the raw material processing system, including the left material collection chamber, a material collecting chamber is arranged on the right side of the left and right aggregate right chamber, a material collecting chamber connected with a discharging tube on the right side, left in the material cavity is arranged at the upper part of the filter plate, the filter plate is arranged at the upper part of the mixing chamber. The upper chamber is connected with a material mixing cavity, the right side of the material cavity is connected with a motor bracket, a motor bracket is arranged at the upper part of the motor, the motor is connected with a motor shaft on the left, on the left of the motor shaft connected with a feeding cavity, feeding the left cavity is connected with a rotating shaft; the left upper material collecting chamber are arranged at the left side of hot air, hot air the upper machine is connected with the air supply pipe, air supply pipe is connected with air cavity air; the right side of the machine is provided with a motor support pillar is arranged at the upper part of the motor motor. The system can effectively mix raw materials for 3D printing teaching models, improve the raw material processing effect of 3D printing teaching model, facilitate mixing materials, improve the effect of mixing treatment, and make it convenient to use.
【技术实现步骤摘要】
一种3D打印教学模型原料混合制备处理系统
本专利技术属于3D打印教学模型原料
,具体涉及一种3D打印教学模型原料混合制备处理系统。
技术介绍
为了提高产品的制造效果,需要对3D打印教学模型原料进行筛选,挑选出符合相应要求的3D打印教学模型原料,从而使3D打印教学模型原料出的铸件满足加工要求,达到精密3D打印教学模型原料加工的标准。
技术实现思路
本专利技术的目的在于提供一种3D打印教学模型原料混合制备处理系统,以便更好地混合物料,方便3D打印教学模型原料混合处理,改善精密3D打印教学模型原料加工效果。为了实现上述目的,本专利技术的技术方案如下。一种3D打印教学模型原料混合制备处理系统,包括左集料腔,左集料腔右侧设置有右集料腔,右集料腔右侧连接有出料管,左集料腔上部设置有过滤板,过滤板上部设置有搅拌腔,搅拌腔上部连接有下料腔,下料腔右侧连接有电机支架,电机支架上部设置有上电机,上电机左侧连接有上电机轴,上电机轴左侧连接有供料腔,供料腔左侧连接有旋转轴;供料腔上部连接有多个进料管,供料腔侧面设置有多个第一出料孔,供料腔下部设置有多个第二出料孔;左集料腔上部左侧设置有热风机,热风机上部连接有供风管,供风管上部连接有出风腔,出风腔上下部均设置有多个出风孔;热风机右侧设置有电机支柱,电机支柱上部设置有下电机,下电机右侧连接有下电机轴,下电机轴侧面设置有搅拌叶片。进一步地,下料腔上部左右两侧分别设置有左支撑座和右支撑座,左支撑座和右支撑座中间位置分别设置有左上轴承和右上轴承,旋转轴和上电机轴分别穿过左上轴承和右上轴承设置。进一步地,搅拌腔左右两侧分别设置有左下轴承和 ...
【技术保护点】
一种3D打印教学模型原料混合制备处理系统,包括左集料腔,其特征在于:所述左集料腔右侧设置有右集料腔,所述右集料腔右侧连接有出料管,所述左集料腔上部设置有过滤板,所述过滤板上部设置有搅拌腔,所述搅拌腔上部连接有下料腔,所述下料腔右侧连接有电机支架,所述电机支架上部设置有上电机,所述上电机左侧连接有上电机轴,所述上电机轴左侧连接有供料腔,所述供料腔左侧连接有旋转轴;所述供料腔上部连接有多个进料管,所述供料腔侧面设置有多个第一出料孔,所述供料腔下部设置有多个第二出料孔;所述左集料腔上部左侧设置有热风机,所述热风机上部连接有供风管,所述供风管上部连接有出风腔,所述出风腔上下部均设置有多个出风孔;所述热风机右侧设置有电机支柱,所述电机支柱上部设置有下电机,所述下电机右侧连接有下电机轴,所述下电机轴侧面设置有搅拌叶片。
【技术特征摘要】
1.一种3D打印教学模型原料混合制备处理系统,包括左集料腔,其特征在于:所述左集料腔右侧设置有右集料腔,所述右集料腔右侧连接有出料管,所述左集料腔上部设置有过滤板,所述过滤板上部设置有搅拌腔,所述搅拌腔上部连接有下料腔,所述下料腔右侧连接有电机支架,所述电机支架上部设置有上电机,所述上电机左侧连接有上电机轴,所述上电机轴左侧连接有供料腔,所述供料腔左侧连接有旋转轴;所述供料腔上部连接有多个进料管,所述供料腔侧面设置有多个第一出料孔,所述供料腔下部设置有多个第二出料孔;所述左集料腔上部左侧设置有热风机,所述热风机上部连接有供风管,所述供风管上部连接有出风腔,所述出风腔上下部均设置有多个出风孔;所述热风机右侧设置有电机支柱,...
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