一、全自动扫描型磨边机介绍全自动扫描型磨边机是一种无需镜片模板即可以高

一、全自动扫描型磨边机介绍<br>全自动扫描型磨边机是一种无需镜片模板即可以高质量的完成各种镜片磨削的镜片加工设备，镜片加工设备，具有加工精度高、加工速度快、加工效率高,操作简单等特点, 不但能够解决所有加工车间的日常问题，而且稳定的性能还可以为操作者提供可靠的操作空间和高科技的控制系统，同时能够提供镜片加工的预测，使操作者能够全面把握镜片的磨削情况，尤其是近几年来全自动磨边机的种类也越来越多，非常被广大眼镜零售店青睐。<br>二、全自动扫描型磨边机的原理<br>1.扫描机原理<br>扫描型全自动磨边机是精密机械和微电子技术集于一体的自动化仪器，扫描机的工作原理是采用可以进行三维运动的扫描针对镜框,模板或镜框撑片进行三维扫描,在微电脑控制下进行数据计算,得出镜框的形状数据并将此形状在屏幕上显示出来,传输到磨边机中，它是利用编码器机将机械扫描各方向运动的位移记录成数据,将数据组成虚拟的镜框图形，主机将扫描仪记录的数据经过整合后直观的显示出镜框各个参数,操作者可根据配镜处方和镜架类型,调整相应的加工程序和加工方式。调整后的数据对各个动作电机进行驱动，包括镜片扫描、主砂轮驱动、镜片磨边位置调整、压力控制、进水控制等动作，此过程中其中包括镜框的形状、大小、弧度、镜框瞳距等数据进行加工。<br>2.中心定位仪的工作原理<br>中心定位仪可分为手动定位和电动定位两种类型,它的系统是由一个定位臂和投影系统组成,用于未加工的镜片进行准确中心定位，它是通过使吸盘定位在镜片的加工中心上，根据扫描的镜框图形,增加了加工辅助线,并在窗口上显示出待加工镜片的图形,调整镜片的光学中心的位置,确定位置后将吸盘粘在镜片上。<br>3.磨边机本体的工作原理<br>磨边机的工作方式由于生产厂家的不同而不同，其基本工作原理为根据扫描机传输的镜框三维数据经过自动磨边机微电脑控制器进行计算,选择相应的磨边程序，对镜片进行三维的加工，通过机头或砂轮马达的移位而完成整个的加工过程;加工完成的镜片可以完全与镜框完全配合，无须任何的人工再加工。<br>三、全自动扫描型磨边机工作方式<br>1.扫描机<br>扫描机扫描方式均为三维方式，可以扫描镜框、模板、镜框的撑片，对于两眼形状相同和不同的镜框均可以扫描,扫描的形状与实际的形状完全一致，而其中的探针扫描模式也分为镜框扫描(针尖接触)和撑片扫描(针背接触)。<br>2.定中心仪<br>中心定位方式可有光学中心和几何中心定位两种选择<br>四、全自动扫描型磨边机工作注意事项<br>由于全自动磨边机在眼镜店的普及率还不是很高，许多操作者对机器工作原理的了解不够,在操作上难免发生错误,引起机器故障或对人体的伤害。<br>设备使用过程中一些常见的失误，如扫描仪扫描探针脱落,由于在加工一些弧度较大,跨距较长的镜框时,扫描探针容易从镜框上滑落下来，所以加工前应适当的调整镜框的弧度和镜框摆放位置；镜片加工后边缘出现鼓包或缺角，由于探针各品牌的形状不同,出现的程度也不同，所以应该注意以下问题：<br>1.扫描镜框应注意镜框是否锁紧或槽中是否有杂物,而扫描撑片时,应注意撑片边缘是否平整；<br>2.中心定位仪中心定位仪可分为自动上吸盘和手动两种，手动上吸盘时应注意压力大小,避免镜片破损，采用外置灯源照明的中心定位仪在取放镜片时应注意灯源附近部件,以免烫伤；<br>3.主机加工镜片的尺寸大小，在磨边机使用一段时间后由于砂轮的磨损,镜片加工尺寸一般偏大,并且边缘出现不平整，此时可根据误差情况修整砂轮并调整设定加工默认尺寸； <br>4.加工框架眼镜时,在镜片加工完成时装人镜框确定镜片大小是否合适，此时不要移动吸盘在镜片的位置,以便于镜片进行二次加工；<br>5.加工玻璃镜片后加工树脂镜片,应使用清水冲洗镜片夹轴和砂轮等部位,避免一些细小的玻璃碎片划伤表面较软的树脂片；<br>6.在加工移心量较大或大散光镜片时,务必使用大吸盘,并调整镜片夹紧压力，以避免轴向的偏轴，全自动磨边机在结构方面比其他视光设备要复杂的多,需要对设备进行必要维护,以保证设备正常工作；<br>7.加工玻璃镜片后,会生成许多玻璃碎片,这些玻璃碎片不但会损坏镜片表面,而且对机器的磨边仓室产生磨损与对人的伤害，所以应当及时的机器进行清洗；<br>8.按时清洗水箱,更换清水，尤其是使用循环供水方式；<br>9.避免加工粉末浓度和水温过高对镜片磨削的不利影响与机器机械部位的活动；<br>10.定期对机器内部的灰尘清理；<br>11.在允许的条件下,使用吸尘器对机器内部的机械部位进行清理保持机器内部的清洁。

一、全自动扫描型磨边机介绍<br>全自动扫描型磨边机是一种无需镜片模板即可以高质量的完成各种镜片磨削的镜片加工设备，镜片加工设备，具有加工精度高、加工速度快、加工效率高,操作简单等特点, 不但能够解决所有加工车间的日常问题，而且稳定的性能还可以为操作者提供可靠的操作空间和高科技的控制系统，同时能够提供镜片加工的预测，使操作者能够全面把握镜片的磨削情况， 尤其是近几年来全自动磨边机的种类也越来越多，非常被广大眼镜零售店青睐。<br>二、全自动扫描型磨边机的原理<br>1.扫描机原理<br>扫描型全自动磨边机是精密机械和微电子技术集于一体的自动化仪器，扫描机的工作原理是采用可以进行三维运动的扫描针对镜框,模板或镜框撑片进行三维扫描,在微电脑控制下进行数据计算,得出镜框的形状数据并将此形状在屏幕上显示出来,传输到磨边机中，它是利用编码器机将机械扫描各方向运动的位移记录成数据,将数据组成虚拟的镜框图形， 主机将扫描仪记录的数据经过整合后直观的显示出镜框各个参数,操作者可根据配镜处方和镜架类型,调整相应的加工程序和加工方式。 调整后的数据对各个动作电机进行驱动，包括镜片扫描、主砂轮驱动、镜片磨边位置调整、压力控制、进水控制等动作，此过程中其中包括镜框的形状、大小、弧度、镜框瞳距等数据进行加工。<br>2.中心定位仪的工作原理<br>中心定位仪可分为手动定位和电动定位两种类型,它的系统是由一个定位臂和投影系统组成,用于未加工的镜片进行准确中心定位，它是通过使吸盘定位在镜片的加工中心上，根据扫描的镜框图形,增加了加工辅助线,并在窗口上显示出待加工镜片的图形,调整镜片的光学中心的位置,确定位置后将吸盘粘在镜片上。<br>3.磨边机本体的工作原理<br>磨边机的工作方式由于生产厂家的不同而不同，其基本工作原理为根据扫描机传输的镜框三维数据经过自动磨边机微电脑控制器进行计算,选择相应的磨边程序，对镜片进行三维的加工，通过机头或砂轮马达的移位而完成整个的加工过程;加工完成的镜片可以完全与镜框完全配合，无须任何的人工再加工。<br>三、全自动扫描型磨边机工作方式<br>1.扫描机<br>扫描机扫描方式均为三维方式，可以扫描镜框、模板、镜框的撑片，对于两眼形状相同和不同的镜框均可以扫描,扫描的形状与实际的形状完全一致，而其中的探针扫描模式也分为镜框扫描(针尖接触)和撑片扫描(针背接触)。<br>2.定中心仪<br>中心定位方式可有光学中心和几何中心定位两种选择<br>四、全自动扫描型磨边机工作注意事项<br>由于全自动磨边机在眼镜店的普及率还不是很高，许多操作者对机器工作原理的了解不够,在操作上难免发生错误,引起机器故障或对人体的伤害。<br>设备使用过程中一些常见的失误，如扫描仪扫描探针脱落,由于在加工一些弧度较大,跨距较长的镜框时,扫描探针容易从镜框上滑落下来，所以加工前应适当的调整镜框的弧度和镜框摆放位置；镜片加工后边缘出现鼓包或缺角，由于探针各品牌的形状不同,出现的程度也不同，所以应该注意以下问题：<br>1.扫描镜框应注意镜框是否锁紧或槽中是否有杂物,而扫描撑片时,应注意撑片边缘是否平整；<br>2.中心定位仪中心定位仪可分为自动上吸盘和手动两种，手动上吸盘时应注意压力大小,避免镜片破损，采用外置灯源照明的中心定位仪在取放镜片时应注意灯源附近部件,以免烫伤；<br>3.主机加工镜片的尺寸大小，在磨边机使用一段时间后由于砂轮的磨损,镜片加工尺寸一般偏大,并且边缘出现不平整，此时可根据误差情况修整砂轮并调整设定加工默认尺寸； <br>4.加工框架眼镜时,在镜片加工完成时装人镜框确定镜片大小是否合适，此时不要移动吸盘在镜片的位置,以便于镜片进行二次加工；<br>5.加工玻璃镜片后加工树脂镜片,应使用清水冲洗镜片夹轴和砂轮等部位,避免一些细小的玻璃碎片划伤表面较软的树脂片；<br>6.在加工移心量较大或大散光镜片时,务必使用大吸盘,并调整镜片夹紧压力，以避免轴向的偏轴，全自动磨边机在结构方面比其他视光设备要复杂的多,需要对设备进行必要维护,以保证设备正常工作；<br>7.加工玻璃镜片后,会生成许多玻璃碎片,这些玻璃碎片不但会损坏镜片表面,而且对机器的磨边仓室产生磨损与对人的伤害，所以应当及时的机器进行清洗；<br>8.按时清洗水箱,更换清水，尤其是使用循环供水方式；<br>9.避免加工粉末浓度和水温过高对镜片磨削的不利影响与机器机械部位的活动；<br>10.定期对机器内部的灰尘清理；<br>11.在允许的条件下,使用吸尘器对机器内部的机械部位进行清理保持机器内部的清洁。

1、 Introduction of automatic scanning edger<br>The full-automatic scanning type edging machine is a kind of lens processing equipment that can finish all kinds of lens grinding with high quality without lens template. The lens processing equipment has the characteristics of high processing accuracy, fast processing speed, high processing efficiency and simple operation, It can not only solve the daily problems of all processing workshops, but also provide reliable operation space and high-tech control system for operators with stable performance. At the same time, it can provide the prediction of lens processing, so that operators can fully grasp the grinding situation of lenses, especially in recent years, there are more and more kinds of full-automatic edging machines, which are very popular in the retail stores of glasses Gaze.<br>2、 The principle of automatic scanning type edger<br>1. Principle of scanner<br>Scanning type automatic edging machine is an automatic instrument integrated with precision machinery and microelectronics technology. The working principle of the scanner is to use the scanning which can carry out three-dimensional movement to carry out three-dimensional scanning for the frame, template or frame support piece. The data is calculated under the control of microcomputer, and the shape data of the frame is obtained and displayed on the screen, It is transmitted to the edging machine. It uses the encoder to record the movement displacement of the mechanical scanning in all directions into data, and forms the virtual picture of the picture frame. The host computer integrates the data recorded by the scanner and intuitively displays the parameters of the picture frame. The operator can adjust the corresponding processing procedures and processing methods according to the prescription and the type of the picture frame. The adjusted data drives each action motor, including lens scanning, main wheel driving, lens edge grinding position adjustment, pressure control, water inlet control and other actions. In this process, the data such as the shape, size, radian and pupil distance of the lens frame are processed.<br>2. Working principle of center locator<br>The center positioning instrument can be divided into two types: manual positioning and electric positioning. Its system is composed of a positioning arm and a projection system, which is used for accurate center positioning of the unprocessed lens. It is to position the sucker on the processing center of the lens, add processing auxiliary lines according to the scanned frame figure, and display the figure of the unprocessed lens on the window, Adjust the position of the optical center of the lens, and stick the suction cup on the lens after determining the position.<br>3. Working principle of edger body<br>The working mode of the edging machine is different due to the different manufacturers. The basic working principle is that the three-dimensional data of the frame transmitted by the scanner is calculated by the microcomputer controller of the automatic edging machine, and the corresponding edging program is selected to process the three-dimensional lens, and the whole processing process is completed by the displacement of the head or the grinding wheel motor; The processed lenses can be completely matched with the frame without any manual reprocessing.<br>3、 Working mode of automatic scanning edger<br>1. Scanner<br>The scanning mode of the scanner is three-dimensional, which can scan the supporting piece of the frame, template and frame. For two frames with the same or different shapes, the scanning shape is completely consistent with the actual shape. The probe scanning mode is also divided into frame scanning (needle tip contact) and supporting piece scanning (needle back contact).<br>2. Centering instrument<br>There are two ways to locate the center: optical center and geometric center<br>4、 Precautions for automatic scanning edger<br>Because the popularity of automatic edging machine in the glasses shop is not very high, many operators do not know enough about the working principle of the machine, which inevitably leads to errors in operation, resulting in machine failure or injury to human body.<br>Some common mistakes in the use of the equipment, such as the fall off of the scanner scanning probe. Because the scanning probe is easy to fall off the frame when processing some frames with large radian and long span, the radian of the frame and the position of the frame should be adjusted properly before processing. After processing, the edge of the lens appears bulge or missing angle, because the shape of each brand of the probe is different, The degree of occurrence is also different, so we should pay attention to the following problems:<br>1. When scanning the frame, pay attention to whether the frame is locked or whether there are sundries in the groove, and when scanning the support, pay attention to whether the edge of the support is flat;<br>2. The center locator of the center locator can be divided into two types: the automatic suction cup and the manual suction cup. Pay attention to the pressure when the manual suction cup is installed to avoid the damage of the lens. When the center locator with external light source is used to take and place the lens, pay attention to the parts near the light source to avoid scalding;<br>3. The size of the lens processed by the host machine is generally large due to the wear of the grinding wheel after the use of the edging machine for a period of time, and the edge is uneven. At this time, the grinding wheel can be trimmed according to the error situation and the default processing size can be adjusted and set;<br>4. When processing frame glasses, when the lens processing is completed, the lens frame is used to determine whether the size of the lens is appropriate. At this time, do not move the suction cup at the position of the lens, so as to facilitate the secondary processing of the lens;<br>5. After processing the glass lens, the resin lens shall be processed by washing the lens clamp shaft, grinding wheel and other parts with clear water, so as to avoid some small glass fragments scratching the resin film with soft surface;<br>6. When processing lenses with large displacement or large astigmatism, it is necessary to use a large suction cup and adjust the clamping pressure of the lenses to avoid axial misalignment. The structure of the full-automatic edging machine is much more complex than that of other optical equipment, so it is necessary to maintain the equipment to ensure the normal operation of the equipment;<br>7. After processing the glass lens, many glass fragments will be generated, which will not only damage the surface of the lens, but also cause wear and damage to the grinding chamber of the machine, so the machine should be cleaned in time;<br>8. Clean the water tank on time and replace the clean water, especially use the circulating water supply mode;<br>9. Avoid<br>