物理操作 (旋转A)
目录
1.连接机器: 附上 光纤激光雕刻机 到旋转卡盘 A 并将旋转体放置在工作台上.
2.夹住物体: 使用逆时针模式夹紧圆柱形物体或使用顺时针模式支撑圆环.
3.调整角度: 如果需要的话, 提升或降低旋转卡盘以改变其角度以获得最佳打标效果.
物理操作 (旋转B)
1.连接机器: 将光纤激光雕刻机连接到旋转卡盘 B 并将旋转装置放置在正确的角度,如图所示.
![光纤激光雕刻机旋转装置 Fiber Laser Engraver Rotary Device](https://commarker.com/wp-content/uploads/2024/07/1720422176188.png)
2.夹住物体: 按所示使用正向模式或负向模式夹紧圆柱形物体.
![光纤激光雕刻机旋转装置 1720422223566](https://commarker.com/wp-content/uploads/2024/07/1720422223566.png)
3.调整标高: 如果需要,请用支架提升旋转卡盘,以确保机器可以在正确的焦点处打标.
物理操作 (旋转C)
1.连接机器: 将光纤激光雕刻机连接到旋转卡盘 C.
2.放置对象: 将圆柱形物体放在滚筒上进行标记.
![光纤激光雕刻机旋转装置 1720422451509](https://commarker.com/wp-content/uploads/2024/07/1720422451509.png)
Software operation
Text Marking
- Input Text:
- Enter the text you wish to engrave.
- Click “Apply” and then the “Center” button.
![Software operation ComMarker B4 1721118688084](https://commarker.com/wp-content/uploads/2024/07/1721118688084.png)
2.Enable Hatch Mode:
- Click the “H” button, tick “Enable”, and then click OK.
- 笔记: Do not tick “Mark Contour” or “All Cala”.
![Software operation ComMarker B4 1721118930373](https://commarker.com/wp-content/uploads/2024/07/1721118930373.png)
3.Select Laser Option:
- From the menu, select “Laser”.
- Choose “Rotate TextMark” for simple text marking.
![Software operation ComMarker B4 1721119032162](https://commarker.com/wp-content/uploads/2024/07/1721119032162.png)
4.Configure Parameters (Param F3):
- Click “Param (F3)” and set “configuration markcfg0”.
- Tick “Enable”.
- Input the pulses per round number as “12800”.
- Adjust scale compensation if necessary to affect text spacing.
- Tick “Reverse” if you want to change the marking order of the words.
- Select the appropriate axis (X or Y) based on the rotary’s placement direction.
- 点击 “好的 (确认)”.
![Software operation ComMarker B4 1721119143503](https://commarker.com/wp-content/uploads/2024/07/1721119143503.png)
5.Preview and Mark:
- Click “Red (F1)” to preview; the red light area indicates the first letter of the first line.
- Press “ESC” to exit preview, adjust the rotary chuck location if needed.
- Ensure the red rectangle preview is on the top of the cylinder for level surface engraving.
- Click “Mark” to start engraving.
![Software operation ComMarker B4 1721119223346](https://commarker.com/wp-content/uploads/2024/07/1721119223346.png)
Graphics Marking
1.Import a Vector File:
- Click the “Draw vector file” button.
- Click “Put to Origin” button.
- Click the “H” button, tick “Enable”, and select “Z” hatch mode.
- 笔记: Do not tick “Mark Contour” or “All Cala”.
- 笔记: Bitmap files are not suitable for rotary cylinder marking.
![Software operation ComMarker B4 1721119413335](https://commarker.com/wp-content/uploads/2024/07/1721119413335.png)
2.Select Rotary Mark:
- In the menu, choose “Rotary Mark”.
![Software operation ComMarker B4 1721119479043](https://commarker.com/wp-content/uploads/2024/07/1721119479043.png)
3.Configure Split Line:
- Tick “Mark by split line”.
- Input the object diameter.
- Set the middle lines:
- Double-click to create a line.
- Right-click to delete a line.
- Drag with the mouse to move a line.
- Ensure the diameter number matches the object’s diameter.
![Software operation ComMarker B4 1721119597558](https://commarker.com/wp-content/uploads/2024/07/1721119597558.png)
4.Force All Split (Alternative):
- Tick “Force all split”.
- Input the object diameter and adjust the “Split Size”.
![Software operation ComMarker B4 1721119669029](https://commarker.com/wp-content/uploads/2024/07/1721119669029.png)
5.Configure Parameters (Param F3):
- Click “Param (F3)” and set the parameters.
- Tick “Enable”.
- Input the pulses per round number as “12800”.
- Tick “Reverse” if you want to change the marking order of the words.
- Select the appropriate axis (X or Y) based on the roller’s placement direction.
- Click “Rotate Axis”.
- Adjust the Gear Ratio number to avoid overlaps or gaps in the marking graph:
- A higher number reduces overlap.
- A lower number reduces gaps.
- Test different numbers for accuracy (to two decimal places) until satisfied.
- 点击 “好的 (确认)”.
![Software operation ComMarker B4 1721119755306](https://commarker.com/wp-content/uploads/2024/07/1721119755306.png)
6.Preview and Mark:
- Click “Red (F1)” to preview; the red light area shows the first part divided by the split line.
- Press “ESC” to exit preview, adjust the rotary location if needed.
- Click “Mark” to start engraving.
![Software operation ComMarker B4 1721119831709](https://commarker.com/wp-content/uploads/2024/07/1721119831709.png)
如何在相机上用 200mm 场镜替换 110mm 场镜 光纤激光雕刻机?
安装步骤
步 1: 安装 200mm 场镜
- 用手拧开 110mm 镜头即可将其取下.
- 通过拧紧到位来安装 200mm 场镜.
步 2: 重新调整焦距
- 由于新镜头焦距发生变化,请调整焦距.
- 参见操作手册, 特别是关于调整焦点的部分.
步 3: 场镜 9 点校准
1.打开校准软件
- 打开USB文件夹.
- 打开 “ComMarker 的 EZCAD” 文件夹.
- 选择200mm文件夹.
- 打开软件 “CorFile2” (确保先关闭 EZCAD).
![如何在光纤激光雕刻机上安装旋转装置 Field Lens on a Fiber Laser Engraver](https://commarker.com/wp-content/uploads/2024/07/1720425890493.png)
2.设置激光源参数
- 单击“F1”, 设置激光源参数, 选择“IPG”并单击“确定”.
![光纤激光雕刻机上的场镜 1720425925791](https://commarker.com/wp-content/uploads/2024/07/1720425925791.png)
3.准备校准表面
- 将两块纸板用胶带粘在后盖上.
- 将其放在工作台上,确保纸板平整.
![光纤激光雕刻机上的场镜 1720425969640](https://commarker.com/wp-content/uploads/2024/07/1720425969640.png)
4.标记校准点
- 单击“F3”标记 9 点矩形. 图表将显示标记点.
![光纤激光雕刻机上的场镜 1720426004945](https://commarker.com/wp-content/uploads/2024/07/1720426004945.png)
5.调整图案以匹配标记
- 单击右上角的按钮更改图案,直到与纸板上的标记匹配.
![光纤激光雕刻机上的场镜 1720426047567](https://commarker.com/wp-content/uploads/2024/07/1720426047567.png)
6.测量并输入坐标
- 测量纸板上各点的坐标位置.
- 使用点 5 作为中心坐标 (0,0).
- 将测量到的坐标输入到对话框的相应栏内.
- 点击 “好的” 保存并返回上界面.
笔记: 确保标尺绝对水平或垂直,且测量线穿过标尺 9 点.
![光纤激光雕刻机上的场镜 1720426075912](https://commarker.com/wp-content/uploads/2024/07/1720426075912.png)
7.生成校准文件
- 点击 “F6”生成校准文件.
- 指定文件名 (例如, “200 B4 通讯标记”).
- 保存文件并记住目录位置.
![光纤激光雕刻机上的场镜 Field Lens on a Fiber Laser Engraver](https://commarker.com/wp-content/uploads/2024/07/1720426113259.png)
8.验证校准
- 点击 “F7”验证校准.
- 打开保存的校准文件.
- 单击“F8”标记校准的矩形.
笔记: 如果标记的矩形是规则的, 校准成功. 如果变形, 需要重新校准.
![光纤激光雕刻机上的场镜 1720426151412](https://commarker.com/wp-content/uploads/2024/07/1720426151412.png)
![光纤激光雕刻机上的场镜 1720426178371](https://commarker.com/wp-content/uploads/2024/07/1720426178371.png)
9.在EZCAD2中导入校准文件
- 在EZCAD2中导入200mm镜头的标定文件.
- 导入校正文件参见操作手册.
标记照片的参数
笔记: 以下参数是20W机器雕刻不锈钢的建议. 结果可能因文件大小而异, 材料, 和焦距. 根据不同机器或材料的需要调整参数.
不锈钢面积为 110x110mm 的 B4 20W 的参数
在雕刻软件中输入参数.
微调图片的对比度和亮度,使雕刻更清晰.
![用于标记照片的光纤激光雕刻机参数 Fiber Laser Engraver Parameters for Marking a Photo](https://commarker.com/wp-content/uploads/2024/07/1720426777015.png)
B4 20W 的参数,涂漆金属面积为 110x110mm
根据具体材质调整参数.
![用于照片打标的光纤激光雕刻机参数 Fiber Laser Engraver Parameters for Photo Marking](https://commarker.com/wp-content/uploads/2024/07/1720426865995.png)
标记不同颜色的参数
笔记: 以下参数是20W机器雕刻不锈钢的建议. 根据不同机器或材料的需要调整参数.
![用于打标各种颜色的光纤激光雕刻机参数 Fiber Laser Engraver Parameters for Marking Various Colors](https://commarker.com/wp-content/uploads/2024/07/1720426918194.png)
Lightburn MacOS操作教程
1.下载并安装 Lightburn 软件
下载自 莱特本软件.
确保Lightburn版本为V1.3.01或更高版本.
![Lightburn MacOS操作教程 1720427575006](https://commarker.com/wp-content/uploads/2024/07/1720427575006.png)
2.安装 Lightburn 软件
将 Lightburn 图标拖至“应用程序”文件夹.
![Lightburn MacOS操作教程 1720427715992](https://commarker.com/wp-content/uploads/2024/07/1720427715992.png)
3.复制 EZCAD 文件夹
Copy the folder “EZCAD for ComMarker B4” from the USB to the desktop.
![Lightburn MacOS操作教程 1720427787166](https://commarker.com/wp-content/uploads/2024/07/1720427787166.png)
4.Set Up Device
Open Lightburn, click “Create Manually”, and select “JCZ Fiber”.
Ensure the machine is on and connected via USB.
![Lightburn MacOS操作教程 1720429036352](https://commarker.com/wp-content/uploads/2024/07/1720429036352.png)
5.Import EZCAD Config and select the appropriate folder.
![Lightburn MacOS操作教程 1720429227315](https://commarker.com/wp-content/uploads/2024/07/1720429227315.png)
6.Select folder “110mm” (or 200mmaccordingtoyourlens)—->“ Plug”, and choose “markcfg7” andclick“next”
![Lightburn MacOS操作教程 Lightburn Operation Tutorial for MacOS](https://commarker.com/wp-content/uploads/2024/07/1720429440939.png)
7.You can see the following window if everything goes right, and click “next”
![Lightburn MacOS操作教程 1720429538342](https://commarker.com/wp-content/uploads/2024/07/1720429538342.png)
8.Change the name if necessary, and input therightXandY Axis Length according to the lens. Click “next”
![Lightburn MacOS操作教程 1720429634805](https://commarker.com/wp-content/uploads/2024/07/1720429634805.png)
9.Click “finish” and it will in the device list
![Lightburn MacOS操作教程 1720429752348](https://commarker.com/wp-content/uploads/2024/07/1720429752348.png)
10.The status will change into “Ready” whenthemachineison and connected via USB
![Lightburn MacOS操作教程 1720429843265](https://commarker.com/wp-content/uploads/2024/07/1720429843265.png)
11. 从“设备设置”按钮转到“基本设置”, 点击“加载COR文件”, 选择“EZCAD for ComMarker B4”—>“110毫米”, 选择文件“JCZ11.cor”, 点击“确定”
![Lightburn MacOS操作教程 1720429985541](https://commarker.com/wp-content/uploads/2024/07/1720429985541.png)
12.更改频率设置“Min 20”, “最多 200 个”. 打开“振镜2”. 并且已准备好使用 Lightburn 控制机器。*(请参考步骤 11 MOPA机用)
![Lightburn MacOS操作教程 1720430057301](https://commarker.com/wp-content/uploads/2024/07/1720430057301.png)
JPT MOPA光纤特殊设置
13.更改频率“Min 1”的设置, “最多 4000”. 打开“振镜2”. 打开“启用 Q-PulseWidth 设置”按钮 (确保光纤类型为“IPG _YLP”或“JPT”)
![Lightburn MacOS操作教程 1720430162407](https://commarker.com/wp-content/uploads/2024/07/1720430162407.png)
Lightburn Windows 操作教程
- 按照与 MacOS 相同的步骤操作.
- 安装Lightburn软件时安装必要的驱动程序.
![Lightburn Windows 操作教程 1720430195357](https://commarker.com/wp-content/uploads/2024/07/1720430195357.png)