1、Z轴离床间隙 PROBE_CALIBRATE A4纸测试抽拉有些微阻力 2、 Probe的精度检测,应当小于0.003 PROBE_ACCURACY 3、自动震动补偿测量 SHAPER_CALIBRATE 4、自动(手动)床网补偿 BED_MESH_CALIBRATE [bed_mesh] speed: 120 horizontal_move_z: 5 mesh_min: 10, 10 #起始点位 mesh_max: 110, 110 #结束点位 pr...
我们移动xy轴,把bltouch的探针移动到热床中间位置,输入PROBE_CALIBRATE,探针弹出,打印头下移,当探针碰到热床会自动弹起,并移动挤出头到中间位置 我们在挤出头和热床之间放一张纸,输入TESTZ Z=-0.1为向下移动0.1mm,输入TESTZ Z=+0.1为向上移动0.1mm。输入TESTZ Z=-或者Z=+则移动到前两个值的中值位置从而缩...
- `mesh_radius`:自动调平的半径。 - `probe_count`:探针的数量。 - `fade_start`、`fade_end`和`fade_target`:自动调平时的渐变效果。 2. 在OctoPrint中选择“Control”选项卡,点击“Connect”连接到3D打印机。接下来,在命令行中输入`BED_MESH_CALIBRATE`,3D打...
通过ssh连接鲁班猫,执行以下命令。 # 进入配置文件所在目录cd~/printer_data/config# 下载klicky-probe.cfg需要的宏命令wget https://raw.githubusercontent.com/jlas1/Klicky-Probe/main/Klipper_macros/Klipper_macros.zip# 解压unzip Klipper_macros.zip# 解压以后新增的文件klicky-probe.cfg#选择要开启功能的配置...
Command CALIBRATE_Z Command PROBE_Z_ACCURACY Disclaimer Why This With the Voron V1/V2 Z endstop (the one where the tip of the nozzle clicks on a switch), you can exchange nozzles without adapting the offset: Or, by using a mag-probe (or SuperPinda, but this is not probing the surfa...
[include klicky-probe.cfg] ### # Fluidd设置 ###[virtual_sdcard] path: ~/printer_data/gcodes [display_status] [pause_resume] [gcode_macro CANCEL_PRINT] description: Cancel the actual runningprintrename_existing: CANCEL_PRINT_BASE gcode: TURN_OFF_...
Klipper is a 3d-printer firmware. Contribute to Klipper3d/klipper development by creating an account on GitHub.
> CALIBRATE_Z > Z-CALIBRATION: ENDSTOP=-0.300 NOZZLE=-0.267 SWITCH=2.370 PROBE=3.093 --> OFFSET=-0.010000 > GET_POSITION > mcu: stepper_x:17085 stepper_y:15625 stepper_z:-51454 stepper_z1:-51454 stepper_z2:-51454 stepper_z3:-51454 > stepper: stepper_x:552.500000 stepper_y:-47.500000...
accel_per_hz:50#defaultis75probe_points:120,120,20 # 进行测试时喷头的位置,可以自定 4.测试连接: 在fluidd控制台输入: ACCELEROMETER_QUERY 如果返回如Recv: // adxl345 values (x, y, z): 470.719200, 941.438400, 9728.196800的测量值,则说明连接正确,不正确可以考虑交换SDO和SDA的接线 ...
Once a luxury, most 3D printers now come with some kind of bed level sensor. The idea is that the printer can probe the bed to determine the shape of the build plate and then adjust the build plate accordingly. So if a particular spot on the bed is 0.5 mm too high, the nozzle can...