user_4221080429

Evan76

顶部熨烫测试 大字代表熨烫流量 mm代表熨烫速度 不要随便更改切片工艺中的参数。分别有10%-50%的熨烫流量对应的10%-50%的熨烫速度Top ironing test Large characters represent ironing flow mm represents ironing speed Do not change the parameters in the slicing process casually.There are 10%-50% ironing flow rates corresponding to 10%-50% ironing speeds

【顶部熨烫测试】Top ironing test

测试

wayne

大家好！在经历了两个月的研发过程，终于改进了之前B站大佬源创之旅开源的3D打印干燥箱，优化和改进了众多设计，也参考收集了许多干燥箱的优点，算是2.0版本吧。下面具体介绍下几个改进点。整个干燥箱采用了模块化设计，可以灵活组合叠加，不仅节省了空间，还大大提高了使用的便捷性。首先，我对原有设计的底部滚轴进行了改进。之前的设计存在卡料的问题，不够顺畅。同时借鉴另外位大佬的设计，在中间滚轴增加了干燥剂插槽。滚轴使用的是608轴承，确保出料的顺畅性，你甚至可以选择使用3D打印的轴承，依然能保证如丝般顺滑的体验。其次，整个干燥箱由四部分组成：上模块、下模块、封盖和底盖。其中，封盖和底盖可以一体打印，将PC板完美融入其中，既美观又实用。组装时，你只需简单地将上下模块组合在一起即可。四面采用标准PC板，无需任何定制或切割，大大降低了使用的门槛。上下磁条吸附设计，不仅方便开合，而且磁条也是标准尺寸，易于更换。然后，值得一提的是，我在干燥箱底部还预留了开口，可以加装配套的烘干模块。我也对干燥箱进行了严格的密封性实验，你可以通过湿度曲线来验证其密封效果。烘干模块由于时间过长，虽然已经做了初步实验，连续20小时加热烘干也没问题，不过还没达到我的预期，可能后期还会进一步优化，甚至将这部分集成到干燥箱中，暂时还没更好的方案技能解决小巧又能达到理想效果，同时还必须优雅。总结下，个人没用过米桶，当然对于一次成型的产品，性价比来说我也认同米桶更具优势，这个打印的干燥箱算是走另一条路，更加美观，个性化，看大家选择吧。鉴于原作者开源的思路和设计，原本我不想开源的设计，在此我也一并开源吧，当然也仅限于干燥箱主体部分，有兴趣可以自己打印组装。&nbsp;V2版本做了进一步优化，也开源了烘干模块，之前已经做了干燥箱部分的，可以直接做烘干部分。&nbsp;具体安装视频可查看bilibili：<a target="_blank" href="https://www.bilibili.com/video/BV1cy411Y7oV/" rel="nofollow noopener">模块化3D打印干燥箱_哔哩哔哩_bilibili</a>&nbsp;物料清单：干燥箱部分：1.10mm*1/1.5mm的磁条，推荐3M强胶磁条2.608轴承X2，推荐打印轴承，自己搜下，有大佬提供轴承图纸。3.规格200mmx200mmx2mm，150mmx100mmx2mm，其中200X200的需要2块，150x100的需要4块。4.46mmx27mm方形湿度计烘干模块部分（附主要采购部件连接）：1.PTC加热器，12V100W。<a target="_blank" href="https://item.taobao.com/item.htm?spm=a1z09.2.0.0.50482e8daOMNyy&amp;id=42858302326&amp;_u=l1e6d7cd489&amp;skuId=4804130875749" rel="nofollow noopener">12V-220V 50W-100W恒温PTC陶瓷发热片电加热器速热配件54B2可定制-淘宝网 (taobao.com)</a>2.温控开关KSD9700，75℃常闭。<a target="_blank" href="https://item.taobao.com/item.htm?spm=a1z09.2.0.0.50482e8daOMNyy&amp;id=593404767412&amp;_u=l1e6d7c0dc4" rel="nofollow noopener">温控开关KSD9700 10度~240度 常闭/常开 金属塑料陶瓷5A/10A/16A-淘宝网 (taobao.com)</a>3.温控器W1209，<a target="_blank" href="https://item.taobao.com/item.htm?spm=a1z09.2.0.0.50482e8daOMNyy&amp;id=649295666100&amp;_u=l1e6d7c1fab" rel="nofollow noopener">W1209温控器开关模块红蓝数显12V温度控制器制冷加热带3M探头外壳-淘宝网 (taobao.com)</a>4.电源开关直径16mm，10A。5.DC插座5.5*2.5，10A。6.涡轮风扇5015，12V。<a target="_blank" href="https://item.taobao.com/item.htm?id=588818715711&amp;ali_refid=a3_430582_1006:1178960005:H:qyeLO5XRxdvFDPF9t5t6Ua2VHd6rIm3E:1f118f453ab0b4871d37ce18cf627edf&amp;ali_trackid=282_1f118f453ab0b4871d37ce18cf627edf&amp;spm=a21n57.1.item.1" rel="nofollow noopener">静音5015 5CM厘米加湿器离心小风扇 5V 12V 24V鼓风机涡轮风机USB-淘宝网 (taobao.com)</a>7.M3，M4螺丝若干。注意，内部供电和加热线路，选择大于1.5平方电线。

3D打印干燥箱

干燥箱

bastian123f

I wanted to create a simple stand for the Jet-Engine kit. But i found this one from <a target="_blank" href="https://makerworld.com/en/@Yedoggie" rel="nofollow noopener">https://makerworld.com/en/@Yedoggie</a> . I have remodeled it completely to “fit” my standard and i added a little box for an ESP-Controller and a place for a touch-button. The cable tunnels are designed to be printed without support.&nbsp;To use this with a N20 Motor you will need:Conversion Kit from @3d_printall : <a target="_blank" href="https://makerworld.com/en/models/157767#profileId-206779" rel="nofollow noopener">https://makerworld.com/en/models/157767#profileId-206779</a>&nbsp;Electronic-components used: GA12-N20-Motor (3V-Version) ESP32-C3 Mini - controller TTP223 - touch sensor DRV8833 - motor bridge&nbsp;EDIT: Wiring diagramI have used +5V from a USB Port to power the TTP223-Sensor and the ESP32. To power the DRV883 with the motor, i have connected the VCC from the DRV8833 to the +3.3V output of the ESP. The IO port of the TTP223 is connected to GPIO4 of the ESP and the IN1 of the DRV883 is connected to the GPIO2 of the ESP. The anode of the motor is connected to OUT4 of the DRV and the cathode to OUT3.

Jet-Engine stand with non-slip pads and ESP+Motor

娱乐

Bambu Lab

This is an official component set by Bambu Lab for the A1 printer. The AMS lite Top Mount setup is a tested solution for mounting the AMS lite on top of the A1 printer.&nbsp;The component set consists of two main modules:<ol><li>Top Mount Bracket</li><li>Z-Axis Stiffener</li></ol>The Top Mount Bracket is meticulously designed to be tilted to the front for better balance. Additionally, the upper half of the bracket can spin left and right, providing easier access to the back spools.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2023-12-14_ceeb9c0ed0a76.jpeg"></figure>&nbsp;The Z-axis Stiffener is designed to dampen back-and-forth printer movements. Thanks to the special elastic damper design at the bottom, there is minimum wobble even when printing in ludicrous speed with AMS lite fully loaded.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2024-04-23_cafcdb16e7224.png"></figure><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2024-04-23_4980ec2ffcf67.jpg"></figure>&nbsp;AssemblyHere is a tutorial video for the installation:<figure class="media"><div data-oembed-url="https://youtu.be/RmZOgrcDiRQ"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/RmZOgrcDiRQ" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>&nbsp;You can also buy the required hardware as a kit from here:<a target="_blank" href="http://store.bambulab.com/products/ams-lite-top-mount-screws-kit" rel="nofollow noopener">http://store.bambulab.com/products/ams-lite-top-mount-screws-kit</a>&nbsp;&nbsp;&nbsp;&nbsp;

测试

干燥箱

娱乐

A1配件