Guānyú 3D Printer Extruders chū wèntí de yīyī luóliè zuòwéi yīgè 3d dǎyìn xīnshǒu, kěnéng huì yù dào gè zhǒng 3d dǎyìn wèntí, qízhōng bǐjiào chángjiàn de jiùshì 3D Printer Extruders chū wèntí, nàme yǒu nǎxiē wèntí shì wǒmen chángcháng pèngjiàn de, jīntiān dǎyìn pài xiǎo biān bāng dàjiā yì yī luóliè chūlái, hǎo ràng dàjiā zài pèng dào zhèxiē wèntí shí, néng hěn hǎo de jiějué. Wèntí yī: Shénme yàng de jǐ chū zhuàngtài biǎoshì píngtái yǔ pēntóu de jùlí gānggāng hǎo? Lǐxiǎng de qíngkuàng shì 3D dǎyìnjī jǐ chū de xiàncái yào cūxì jūnyún, xiānghù jiēchù liánghǎo. Ruò nín de xiàncái zhī jiān chūxiàn jiànxì biǎoshì píngtái jù pēntóu tài yuǎn; ruò xiàncái bèi yā dé hěn biǎn qiě xiàncái jiànjiēchù de hěn záluàn, biǎoshì píngtái jù pēntóu tài jìn. Wèntí èr:3D dǎyìnjī jǐ chū wēndùguò gāo hè guò dī shí fēnbié huì yǒu shé me biǎoxiàn? Rúguǒ 3D Printer Extruders wēndùguò gāo, rúguǒ wēndùguò gāo de qíngkuàng xià, pēnzuǐ nèi de hàocái huì biàn dé fēicháng zhān, bìngqiě róngyì cóng pēnzuǐ liúchū. Ér rúguǒ wēndùguò dī hàocái jiù jiào nán jǐ chū. Zài quèdìng huí chōu jùlí hé huí chōu sùdù dōu bǐjiào héshì de qíngkuàng xià, yījiù chūxiàn lāsī de qíngkuàng, jiù kěyǐ chángshì jiāng jǐ chū tóu de wēndù tiáo dī 5-10 shèshìdù. Zhè huì yǒu yīgè míngxiǎn de gǎishàn. Wèntí sān:3D dǎyìn shí cáiliào jǐ chūguòdùle zěnme jiějué? Shǒuxiān,3D Printer Extruders wēndùguò gāo, cáiliào jiù huì guòdù róng diào, cáiliào de liúdòng xìng jiù huì zēngjiā, dǎozhì 3D Printer Extruders zài mǒu yīdiǎn shàng jǐ chū guò duō jiāo liào. Rú yòng CURA 3D dǎyìn ruǎnjiàn zhōng, kěyǐ chángshì jiāng dǎyìn wēndù tiáo dī (rúxià tú). Měi cì kěyǐ diào dī 5 dù lái cèshì zuì héshì de dǎyìn wēndù. Ér dǎyìn sùdùguò màn, huì lìng pēnzuǐ zài dǎyìn píngtái shàng měi yīdiǎn de tíngliú shíjiān xiàng duì zēngjiā, dǎozhì měi yīdiǎn shàng yǒu gèng duō jǐ chūlái de jiāo liào. Zài CURA 3D dǎyìn ruǎnjiàn zhōng zhǐyào diào kuài dǎyìn sùdù jiù kěyǐ. Wèntí sì: Zěnme jiǎncè 3D dǎyìnjī de jǐ chū liàng shìfǒu zhèngcháng? Jiǎncè jǐ chū liàng shìfǒu piān dī zuì kěkào de fāngshì shì 3D dǎyìn yīgè zuì jiǎndān de 20mm gāo de lìfāngtǐ, qiēpiàn shèzhì zuìshǎo 3 tiáo biānyuán. Guānchá lìfāngtǐ dǐngbù, shìfǒu 3 tiáo biānyuán jiéhé de fēicháng hǎo. Rúguǒ 3 tiáo biānyuán zhī jiān yǒu míngxiǎn de fèngxì, nàme nǐ de dǎyìnjī jǐ chū liàng piān dī, rúguǒ 3 tiáo biānyuán jiéhé de yīdiǎn fèngxì dōu méiyǒu, nàme nǐ hěn yǒu kěnéng yòu xiànrù lìng yī zhǒng wèntí. Wèntí wǔ:3D dǎyìnjī de jǐ chū sùdù shì yóu shénme lái kòngzhì de? 3D dǎyìnjī de jǐ chū sùdù yóu shūrù sòng sī jīgòu zhíliú diàndòngjī de diànyā lái kòngzhì. Kòngzhì zhíliú diàndòngjī de zhíliú diànyuán yībān yǒu jǐ dàng diànyā kě jìn háng zhuǎnhuàn, diànyā dà zé sòng sī sùdù kuài. Sòng sī sùdù tài xiǎoshí, yóuyú méiyǒu zúgòu de sī cái sòng rù pēntóu jǐ chū ér shǐ chū sī bù bǎomǎn, chū sī sùdù jiàngdī. Sòng sī sùdù zēng dà shí, sī cái zài yīdìng lì de zuòyòng xià jǐ rù pēntóu, yāsuō yǐ rónghuà de sī liào zài pēntóu yuánzhù qiāng nèi chǎnshēng yīdìng de yāqiáng, zài tōngguò luógān de zhèng xuán zài pēnzuǐ nèi chǎnshēng qiángyā, shǐ róngróng sī yǐ yīdìng de sùdù jǐ chū. Yóuyú zài pēntóu yuánzhù qiāng nèi bǎochí yǒu yīdìng de yālì, yīnér sī huì liánxù jǐ chū. Dāng sòng sī sùdù zēng dà dào yīdìng zhí shí, luógān de jǐ chū gēn bù shàng sòng sī sùdù, sī cái sòng rù shòuzǔ, róng sī huì duījī qǐlái, shǐ qǐ dǎoxiàng hé chuándì sī cái de sùliào ruǎn guǎn niǔqū, zhízhì sī bèi zhéduàn. Wèntí liù: Rúhé zēngjiā 3D dǎyìnjī de jǐ chū xiàn kuān? Zēng dà jǐ chū xiàn kuān kěyǐ shēngchéng gèng hòu gèng jiāngù de tiánchōng bì cóngér jí dà de tíshēng dǎyìn jiàn de jīxiè qiángdù.Cura méiyǒu zhíjiē xiūgǎi jǐ chū xiàn kuān de xuǎnxiàng, dàn kěyǐ tōngguò xiūgǎi “jīběn” yèmiàn zhōng de “bì hòu” xuǎnxiàng lái jiàn jiē xiūgǎi xiàn kuān. 展开 1,217 / 5,000 翻译结果 A list of problems with 3D Printer Extruders

As a 3D printing novice, you may encounter various 3D printing kits problems. The most common one is the problem of 3D Printer Extruders. So what are the problems we often encounter? When you encounter these problems again, you can solve them very well.

Question 1: What kind of extrusion state indicates that the distance between the platform and the nozzle is just right?

The ideal situation is that the filaments extruded by the 3D printer should be uniform in thickness and in good contact with each other. If there is a gap between your wires, it means that the platform is too far from the nozzle; if the wires are flattened and the contact between the wires is messy, it means that the platform is too close to the nozzle.

Question 2: What will happen when the extrusion temperature of the 3D printer is too high and too low?

If the temperature of the 3D Printer Extruders is too high, if the temperature is too high, the filament in the nozzle will become very sticky and easily flow out of the nozzle. And if the temperature is too low, the consumables are more difficult to extrude. Under the condition that the retraction distance and retraction speed are determined to be appropriate, if the wire drawing still occurs, you can try to lower the temperature of the extrusion head by 5-10 degrees Celsius. This would be a noticeable improvement.

Question 3: How to solve the excessive extrusion of material during 3D printing?

First, if the temperature of the 3D Printer Extruders is too high, the material will dissolve too much, and the fluidity of the material will increase, causing the 3D Printer Extruders to extrude too much glue at a certain point. If you use CURA 3D printing software, you can try to lower the printing temperature (as shown below). Each time can be adjusted down 5 degrees to test the most suitable printing temperature.

If the printing speed is too slow, the residence time of the nozzle on each point on the printing platform will increase relatively, resulting in more extruded glue at each point. In the CURA 3D printing software, just adjust the printing speed.

Question 4: How to check whether the extrusion volume of the 3D printer is normal?

The most reliable way to detect low extrusion is to 3D print a simple 20mm high cube, sliced ​​with a minimum of 3 edges. Look at the top of the cube to see if the 3 edges fit together very well. If there is a noticeable gap between the 3 edges, then your printer extrusion is low, and if there is no gap at all when the 3 edges meet, then you are likely to have another problem.

Question 5: What controls the extrusion speed of the 3D printer?

The extrusion speed of the 3D printer is controlled by the voltage input to the DC motor of the wire feed mechanism. The DC power supply that controls the DC motor generally has several voltages that can be converted, and the wire feeding speed is fast when the voltage is large. If the wire feeding speed is too small, the wire output will not be full because there is not enough wire material to be fed into the nozzle for extrusion, and the wire output speed will decrease. When the wire feeding speed increases, the wire material is squeezed into the nozzle under the action of a certain force, and the melted wire material is compressed to generate a certain pressure in the cylindrical cavity of the nozzle, and then a strong pressure is generated in the nozzle through the positive rotation of the screw to make the molten wire Extrude at a certain speed. Since a certain pressure is maintained in the cylindrical cavity of the nozzle, the filaments are continuously extruded. When the wire feeding speed increases to a certain value, the extrusion of the screw cannot keep up with the wire feeding speed, the feeding of the wire is blocked, and the fuse will accumulate, causing the plastic hose that guides and transmits the wire to be twisted until the wire is blocked. break.

Question 6: How to increase the extrusion line width of the 3D printer?

Increasing the extrusion line width can result in thicker and stronger infill walls that greatly improves the mechanical strength of the print. Cura does not have an option to directly modify the extrusion line width, but it can be modified indirectly by modifying the “Wall Thickness” option in the “Basic” page.

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