ATOM 3D Printer Group 造訪社團 » 設定

右上角小圖點右鍵可以選擇變換方向。這好像超過列印範圍了吧，要站起來印...

Thank you!! 似乎拆件列印比較可行...

Fan/cool
這欄就是....
目前設定的意思是0.15層高開始全速吹

是阿~可是它就是不動>_<

LCD 就是從 Temperature 那邊進入, 把 Fan 調整成 255 就是全速.

我有印過3mm的圓柱插銷⋯⋯但就算速度降到10%還是溶掉像蠟燭台一樣。 可能人的問題吧⋯⋯我是一代

https://lh3.googleusercontent.com/....../IMG_0135.JPG
; KISSlicer - PRO
; Windows
; version 1.4.5.10
; Built: Sep 2 2014, 20:17:43
; Running on 4 cores
;
; Saved: Sat Jan 24 09:03:27 2015
; 'Pipe.gcode'
;
; *** Printer Settings ***
;
; printer_name = final
; bed_STL_filename = C:\kisslicer\bed.stl
; extension = gcode
; cost_per_hour = 0
; every_N_layers = 0
; num_extruders = 1
; firmware_type = 2
; add_comments = 1
; fan_on = M106
; fan_off = M107
; fan_pwm = 1
; add_m101_g10 = 0
; z_speed_mm_per_s = 150
; z_settle_mm = 0
; bed_size_x_mm = 220
; bed_size_y_mm = 220
; bed_size_z_mm = 330
; ext_radius = 0
; bed_offset_x_mm = 0
; bed_offset_y_mm = 0
; bed_offset_z_mm = 0
; bed_roughness_mm = 0.2
; round_bed = 1
; travel_speed_mm_per_s = 150
; first_layer_speed_mm_per_s = 12
; dmax_per_layer_mm_per_s = 10
; xy_accel_mm_per_s_per_s = 2000
; xy_steps_per_mm = 150
; lo_speed_perim_mm_per_s = 5
; lo_speed_solid_mm_per_s = 15
; lo_speed_sparse_mm_per_s = 30
; hi_speed_perim_mm_per_s = 40
; hi_speed_solid_mm_per_s = 50
; hi_speed_sparse_mm_per_s = 55
; ext_gain_1 = 1
; ext_material_1 = 2
; ext_axis_1 = 0
; ext_gain_2 = 1
; ext_material_2 = 0
; ext_axis_2 = 0
; ext_Xoff_2 = 0
; ext_Yoff_2 = 0
; ext_gain_3 = 1
; ext_material_3 = 0
; ext_axis_3 = 0
; ext_Xoff_3 = 0
; ext_Yoff_3 = 0
; ext_gain_4 = 1
; ext_material_4 = 0
; ext_axis_4 = 0
; ext_Xoff_4 = 0
; ext_Yoff_4 = 0
; model_ext = 0
; support_ext = 0
; support_body_ext = 0
; raft_ext = 0
; solid_loop_overlap_fraction = 0.8
;
; *** Material Settings for Extruder 1 ***
;
; material_name = final_cyo
; g_code_matl = NULL
; fan_Z_mm = 0
; fan_loops_percent = 100
; fan_inside_percent = 0
; fan_cool_percent = 100
; temperature_C = 200
; keep_warm_C = 210
; first_layer_C = 200
; bed_C = 0
; sec_per_C_per_C = 0
; flow_min_mm3_per_s = 0.1
; flow_max_mm3_per_s = 7.5
; destring_suck = 5
; destring_prime = 5
; destring_min_mm = 1
; destring_trigger_mm = 10
; destring_speed_mm_per_s = 40
; Z_lift_mm = 0.2
; min_layer_time_s = 20
; wipe_mm = 2
; cost_per_cm3 = 30
; flowrate_tweak = 1
; fiber_dia_mm = 1.75
; color = 4278190080
;
; *** Style Settings ***
;
; style_name = f0.1
; layer_thickness_mm = 0.1
; extrusion_width_mm = 0.4
; num_loops = 5
; skin_thickness_mm = 0.4
; infill_extrusion_width = 0.4
; infill_density_denominator = 10
; stacked_layers = 2
; use_destring = 1
; use_wipe = 0
; loops_insideout = 1
; infill_st_oct_rnd = 1
; inset_surface_xy_mm = 0
; seam_jitter_degrees = 0
; seam_depth_scaler = 0.5
; seam_gap_scaler = 1
; seam_angle_degrees = 45
;
; *** Support Settings ***
;
; support_name = final
; support_sheathe = 1
; support_density = 0
; solid_interface = 1
; support_inflate_mm = 0
; support_gap_mm = 0.5
; support_angle_deg = 82
; support_z_max_mm = 17
; sheathe_z_max_mm = -1
; raft_mode = 1
; prime_pillar_mode = 0
; raft_inflate_mm = 2
; brim_mm = 5
; brim_ht_mm = 0.3
; brim_fillet = 1
;
; *** Actual Slicing Settings As Used ***
;
; layer_thickness_mm = 0.1
; extrusion_width = 0.4
; num_ISOs = 5
; wall_thickness = 0.4
; infill_style = 0
; support_style = 0
; solid_interface = 1
; support_angle = 81.9
; destring_min_mm = 1
; stacked_infill_layers = 2
; raft_style = 1
; extra_raft_depth = 0.2
; oversample_res_mm = 0.125
; crowning_threshold_mm = 0.5
; loops_insideout = 1
; solid_loop_overlap_fraction = 0.8
; inflate_raft_mm = 2
; inflate_support_mm = 0
; model_support_gap_mm = 0.5
; brim_mm = 5
; brim_ht_mm = 0.3
; infill_st_oct_rnd = 1
; support_Z_max_mm = 17
; sheathe_Z_max_mm = 1e+020
; inset_surface_xy_mm = 0
; seam_jitter_degrees = 0
; seam_depth_scaler = 0.5
; seam_gap_scaler = 1
; seam_angle_degrees = 45
; Speed vs Quality = 0.80
; Perimeter Speed = 12.00
; Solid Speed = 22.00
; Sparse Speed = 35.00
;
; *** G-code Prefix ***
;
G21 ; [mm] mode
G90 ; absolute mode
G28 ;Home
M107
M104 S200 ;Preheat
;G29 Z+0.3 ;AutoCalibration
G1 F6000 Z50 ;lift nozzle
G0 X0 Y-100 Z50 F6000 ;parking
G0 Z0 F6000 ;Parking
;G1 F8000 X0 Y0 Z10
;G0 Y-110 ; Bring extruder to the front
M109 S200 ;Preheat
;G92 E0 ; zero the extruded length
;G1 Z0.25 E8 F225 ; purge nozzle with 8mm of filament
;G1 E6.5 F225
;G1 Z5 F12000
G92 E0 ; zero the extruded length again

;
; *** Main G-code ***
;
; Reset extruder pos
G92 E0
; BEGIN_LAYER_OBJECT z=0.30

這個

https://www.facebook.com/groups/atom3dp/permalink/1597550837149872/

如果只是單純小的話....

這是掉地上的支撐撿來拍嗎?..誤

哈哈~

我印的那根螺絲放桌上, 我也誤以為是屑屑差點要丟了 XD

設定如圖

style 設定

Brim設成 0....目前是3....

感恩，那請問Brim Ht.的作用是?

Brim要印多高, Brim為0的時候, Brim Ht.沒有作用

了解了，終於沒有"好自在"了~

等邊緣會翹起的時候記得回來翻"好自在"....

Material -> Fan cool那邊你設定的情形貼圖一下..

這樣設定的意思是...裡面填充不吹... 外面繞圈的時候吹...

對耶 ~~~~剛剛仔細看確實是如此....所以一般是內外都要開ㄇ??

不一定...
http://www.instructables.com/....../Tweaking-Fan....../
像這個是大物件可能就不要開得例子...

3Q~~感謝^^

設定檔案沒有分32 /64的版本問題..
只有執行檔的差別
跟執行檔放同一個資料夾內即可

感謝了!!!

請問你說的是領結內部的支撐材問題嗎?

恩恩是的

這本書 可以分享嗎？

很簡單就把support Z-roof設定不要-1，直接設定幾mm就可以了

http://diy3dprint.blogspot.tw/2014/05/kisslicer.html

謝謝大大解答,不過我比較有疑問的是為什麼領結中間的支撐材比兩端都高,怎麼內部的支撐不會長到同一平面

這是ATOM2.0附贈的使用寶典

因為那個是限制你的支撐到多少的高度，超過切片軟體不會自動幫你產生

infill 減速看看....

嗯嗯~還有A4988~XYZ和出料的電壓是多少@@減速也會失步...是0.8-1還是影片那樣要調到1.49呀

1.x升級2.0 ?

沒~我還在1.0

步進馬達哪一顆?...Minebea的話好像是0.4V Vref ?

疑~是卡的電壓~看說明書是寫0.8-1

有好幾個infill要減哪一個才對@@

http://www.simplyalt.com/atom/viewthread.php?tid=687......

我的是紅卡~只有一個螺絲

http://www.simplyalt.com/atom/viewthread.php?tid=22......

這1.0-1.3~我之前是調1.2~也有失步問題~@@昨晚調降到1.0~也是有~還是真的要調到0.8...

有散熱片跟吹風散熱嗎?
線軌有沒有潤滑保養?
皮帶有沒有適度張力?..催太緊對馬達負擔會太大...

有吹風散熱~線軌潤滑正常~皮帶沒硬拉~就大概拉緊而已~

不過所謂的失步如果是因為印出來的東西冷卻不及翹起撞到..
那就不用太去動馬達了...還是從冷卻印出來的東西下手比較實際...

不是冷卻問題~因為只在印平面~為了蜂巢要填好~降慢到30趴~就下一層整個外型失步了~不調還沒事

infill是調整哪一個，我內部填充的蜂巢也很慘....

Printer -> Speed -> 那頁現在是? (這頁設定最大最小)
Solid infill: 封頂封底用
Solid infill and support speed: 其他的infill 蜂巢應該也是歸這個
Speed拉桿決定設定在最大最小之間的速度(早期版本在右側)

嗯嗯~晚點改看看~電壓調看看~行不行~再跟您請教~感謝呢