# Laminator Vacuum Pumps: Nau'o'i da Tagar EVA

> Me yasa ake haɗa famfunan rotary vane, Roots da busassun screw a kan laminator na hasken rana, da kuma yadda narkewar EVA da taga giciye ke saita lokacin ƙarshe na famfo.

![Laminator Vacuum Pumps: Nau'o'i da Tagar EVA](https://cdn.ooitech.com/static/upload/image/20260325/2026032517892939.webp)

- ** Jerry
- ** 2026-09-20
- ** 257 Dubawa
- ** [Blog](./Blog.html)

Alhakin edita na wannan labarin yana hannun **Wuhan Ooi Photoelectric Technology Co., Ltd.** An rubuta kuma an duba shi daga ƙungiyar edita ta Ooitech. Duba [manufar edita](/editorial-policy.html) don yadda muke rubutu, inda ake amfani da kayan aikin AI, da yadda za a nemi gyara.

## Laminator Vacuum Pumps: Nau'o'i da Tagar EVA

**Amsa mai sauri:** Ana auna na'urar laminator bisa yawan samarwa, kuma yawan samarwa ana yanke shi ne da wani sashe da masu siye ba safai suke dubawa ba yayin ziyarar masana'anta: saitin famfon vacuum. Famfon dole ya kwashe ɗakin da sauri isa kuma ya riƙe vacuum a duk lokacin zagayowar, domin duk iskar da ta rage a cikin tarin za ta zama fanko da zarar EVA ya haɗe. Mai lulluɓe shi ne ke ƙayyade wa'adin. EVA na fara yin jeli a cikin wani lokaci da ke rufewa kusan 120 °C zuwa 125 °C kuma yana haɗewa kusa da 140 °C zuwa 150 °C, don haka dole iskar ta tafi kafin zafin ya kai matakin jeli. Saitin famfon da aka yi wa ƙaramin ɗaki zai riƙe vacuum a kan takarda amma har yanzu zai bar kumfa a kan babban platen. Shi ya sa dole a zaɓi tagar zafin EVA da ƙarfin famfon tare, ba dabam ba.

Ana auna laminator da yawan samarwa, kuma yawan samarwa ana yanke shi ne da wani sashe da masu siye ba safai suke kallo ba yayin ziyarar masana'anta: saitin famfon vacuum. Yin kuskure a kansa yana haifar da ƙananan kumfa waɗanda babu wani bincike na gaba da zai iya cirewa.

Kera Module na PV · Tsarin Lamination · daga Jerry, Ooitech

## 1. Tagar EVA da Ke Saita Komai

Ethylene vinyl acetate ba kawai yana narkewa ya tsaya ba. Yana wucewa ta matakai biyu daban-daban, kuma tazarar da ke tsakaninsu ita ce lokacin da tsarin vacuum zai yi aiki a ciki.

| Mataki | Zafin jiki | Abin da yake nufi ga vacuum |
| --- | --- | --- |
| Narkewa | Kusan 70–80 °C | Fim ɗin ya shiga matakin narkewa. Wannan shine lokacin da ya dace don fitar da iska, saboda encapsulant ɗin ya yi laushi sosai don sakin iskar da ta makale amma bai fara tauri ba. |
| Haɗin giciye | Kusan 130 °C | Haɗin giciye ya fara kuma yana ƙaruwa. Ƙasa da wannan zafin, martanin yana jinkiri sosai, wanda shine dalilin da ya sa ɗakin farko na laminator mai ɗaki biyu yawanci ana riƙe shi a ko ƙasa da 125 °C. |

Duk abin da ya biyo baya sakamakon tazarar da ke tsakanin waɗannan zafin biyu ne. Idan ɗakin ya riga ya yi zafi lokacin da fim ɗin ya narke, tazarar daga narkewa zuwa haɗin giciye tana da gajarta. A tsarin ɗaki ɗaya, ɗakin yawanci yana sama da 140 °C, yana barin kusan **60 zuwa 90 seconds** don isa vacuum ɗin da ake buƙata. Idan ka rasa wannan taga, iska za ta ci gaba da makale a cikin encapsulant, ta haifar da ƙananan kumfa da lahani waɗanda ke bayyana daga baya a cikin module ɗin da aka gama.

![Tashar famfur vacuum da tankin karɓa na laminator](https://cdn.ooitech.com/static/upload/image/20260325/2026032517892939.webp)

Hoto na 1: Na'urar laminator tare da na'urar famfo ta vacuum da aka girka kusa da ita a filin masana'anta. Famfunan wani girke-girke ne daban da nasu bututu, kwandon ajiya da hanyar shiga sabis, wanda shine dalilin da yasa ake sauƙin mantar su yayin tsara shimfidar wuri kuma yana da tsada a motsa su daga baya.

## 2. Me Yasa Laminators Mai Ɗaki Biyu Suka Kasance

Tsarin ɗaki biyu ainihin hanya ce ta siyan lokaci. Ta hanyar riƙe ɗakin farko a cikin kewayon 100 zuwa 120 °C, encapsulant ɗin yana narkewa a hankali kuma crosslinking yana farawa daga baya, wanda ke faɗaɗa taga degassing fiye da yadda ɗaki ɗaya mai zafi zai iya bayarwa. Sannan ana matsar da module ɗin zuwa ɗaki na biyu, mafi zafi don kammala crosslinking.

Wannan shine dalilin tsari a bayan shawarar da in ba haka ba zai yi kama da zaɓi na inji kawai. Hakanan yana bayyana me yasa tsarin vacuum ba wani abin haɗi na gefe ba ne: shi ne ɓangaren injin da dole ne ya yi aiki a cikin taga da ƙirar thermal ta ƙirƙira. An yi bayanin mahallin matakin lamination a cikin [matakin lamination na tsarin samarwa](https://www.ooitech.com/solar-panel-production-process-lamination.html), kuma injin ɗin kansa a cikin [jagorarmu zuwa ga laminator na panel ɗin hasken rana](https://www.ooitech.com/solar-panel-laminator-the-heart-of-pv-module-encapsulation.html).

![Mai laminator na hasken rana mai sarrafa kansa rabin-rabin tare da buɗe murfin ɗakin yana nuna ɗakin vacuum da kwamitin sarrafawa](https://cdn.ooitech.com/static/upload/image/20260417/2026041717573839.webp)

Hoto na 2: Ɗakin laminator tare da buɗe murfi. Girman ɗakin, yanayin hatimi da saurin famfo tare suna ƙayyade yadda sauri ake samun vacuum da ake buƙata, don haka ko an cika taga cire iskar gas ko an rasa.

## 3. Nau'ikan Famfo Uku da Za Ka Samu akan Laminator

### Famfon rotary vane

Famfon rotary vane mai mai da man shafawa shine babban aikin tsarin vacuum na laminating. Na'ura ɗaya yawanci tana famfo a **60 zuwa 100 lita a cikin daƙiƙa**. A cikin jikin famfon akwai rotor da aka ɗora a gefe, yana ɗauke da fuka-fukan da maɓuɓɓugan ruwa da ƙarfin centrifugal ke tura waje don su tsaya a jikin ramin. Wurin da yake kamar jinjirin wata tsakanin rotor da ramin an raba shi zuwa ɗakuna da yawa masu canza girma.

Kowane ɗaki yana gudanar da zagaye mai ɓangarori uku mai ci gaba. Yana buɗewa zuwa mashigar shiga yayin da yake faɗaɗawa, yana jan iskar gas a ciki. Sannan yana rufewa kuma yana raguwa, yana matse iskar gas ɗin da aka kama. A ƙarshe matsin lamba ya zarce na yanayi kuma iskar gas ɗin tana ɗaga bawul ɗin fitarwa, tana wucewa ta cikin layin mai kuma ta fita. Wannan famfo ne mai matsar da ƙayyadadden adadi: yana motsa ƙayyadaddun adadin iskar gas maimakon dogaro da wata hanya dabam.

Mai ɗin yana yin fiye da sa mai. Yana rufe guraben da ke tsakanin fikafikan da ramin don iskar gas ba za ta iya zubewa baya ba, yana sa mai a sassan da ke motsi, kuma saboda bawul ɗin fitarwa yana ƙarƙashin mai, yana hana yanayi komawa cikin ɗakin lokacin da famfon ya tsaya. Duk waɗannan ayyuka uku suna da muhimmanci a tsarin lamination, inda komawar baya zai gurɓata module ɗin.

### Famfon Roots

Ba kasafai ake amfani da famfon Roots shi kaɗai ba. A kan na'urar lamination yana aiki a matsayin matakin ƙarfafawa, kuma tsarin da aka saba amfani da shi don ɗakin farko shine **famfon rotary vane guda biyu tare da famfon Roots ɗaya**. Saurin yin famfo sama da **litoci 1,200 a kowace daƙiƙa** shine na yau da kullum, wanda shine dalilin da ya sa ake amfani da shi inda dole a motsa ƙarar da sauri.

Tsarin shine rotors guda biyu masu siffar takwas, wanda aka yi amfani da gear don juya su a saɓani da juna cikin daidaito. Rotors ɗin ba sa taɓa juna ko ramin; tazara tana kusan **0.1 zuwa 0.3 mm**, don haka ba a buƙatar mai don rufewa ko sa mai a cikin ɗakin famfo.

Sakamakon wannan ƙirar shine mabuɗin fahimtar inda ya dace. Famfon Roots ba shi da **matsi na ciki**: ana kama iskar a cikin wani wuri mai tsayi sannan a kai shi zuwa fitarwa ba tare da matse shi ba. Lokacin da wurin ya buɗe zuwa wurin fitar da iska, iskar da ke da matsi mafi girma tana komawa baya, don haka famfon ba zai iya kaiwa ga babban rabon matsi ko fitarwa zuwa yanayi da kansa ba. Yana buƙatar famfon tallafi don saukar da tsarin zuwa matsi inda matakin Roots ke aiki yadda ya kamata. Wannan shine ainihin dalilin da ake haɗa famfon Roots da famfon rotary vane maimakon maye gurbinsu.

![Famfon Roots vacuum tare da motar tuƙi akan firam ɗin hawa](https://cdn.ooitech.com/static/upload/image/20260920/2026092017898897968.webp)

Hoto na 3: Famfon Roots tare da motar tuƙinsa. Saurin famfo mai girma, babu haɗuwa tsakanin rotors, kuma babu ikon yin aiki da matsin yanayi da kansa. Mai ƙarfafawa ne ta ƙira, ba ta al'ada ba.

### Famfon screw busasshe

Famfu mai bushewa shine ƙirar madaidaiciya mai cikakken rashin mai, kuma a cikin manyan aikace-aikace shine maye gurbin famfunan da aka rufe da mai maimakon ƙari gare su. Babu wani abu a cikin ɗakin famfo da ke amfani da mai ko ruwa azaman matsakaicin rufewa ko mai, kuma sakamakon shine tsabtataccen vacuum ba tare da ɗaukar mai cikin tsarin ba.

A ciki, nau'i biyu na rotors masu kama da juna masu hannu daban-daban ana motsa su ta hanyar gears na lokaci mai daidaito kuma suna juyawa da sauri a kwatance daban-daban. Kamar yadda ƙirar Roots take, rotors ɗin ba sa taɓa juna ko gidan, don haka ba a buƙatar mai a hanyar gas. Ana kama gas tsakanin screw da gidan kuma ana ɗauka zuwa wurin fitarwa, kuma ƙarar tana raguwa a hanyar, don haka ana matse gas kafin fitarwa.

Yawancin ƙira suna amfani da **variable pitch** tare da rotor. Wannan yana rarraba matsi daidai kuma yana ba gas damar yin sanyi yayin da ake jigilar shi, wanda ke kula da zafin jikin famfo. A kan laminator, inda magudanar gas ke ɗauke da volatiles na EVA a yanayin zafi mai girma, wannan sarrafa zafin wani ɓangare ne na dacewar famfo don aikin maimakon gyare-gyare na zaɓi.

## 4. Kwatanta Ukun

|  | Rotary vane | Tushen | Busasshen dunƙule |
| --- | --- | --- | --- |
| Matsayi akan na'urar laminator | Famfo na farko | Booster, haɗe da rotary vane | Famfo na farko, madadin mara mai |
| Saurin famfo na yau da kullum | 60–100 L/s kowace na'ura | Sama da 1,200 L/s | Ya dogara da aikace-aikace |
| Matsakaicin rufewa | Man | Babu, kusanci kawai | Babu, kusanci kawai |
| Matsi na ciki | Ee | A'a | Ee, tare da dunƙulen |
| Zai iya fitarwa zuwa yanayi shi kaɗai | Ee | A'a, yana buƙatar famfo mai goyan baya | Ee |
| Tsabtar tsari | Mai yana nan; dole a sarrafa komawa baya | ɗakin famfo mai tsabta | Hanyar iskar gas mara mai gaba ɗaya |
| Abubuwan da ake amfaniwa | Mai da matattara | Kaɗan | Kaɗan |

Karanta shi azaman shawarar siye maimakon matsayi na fasaha, cinikin yana da sauƙi. Saitin rotary vane yana da ƙarancin kuɗi kuma an fahimce shi sosai, a farashin canjin mai, canjin tacewa da sarrafa komawar iska. Roots booster ba zaɓi ba ne a kan manyan ɗakuna, saboda famfunan vane kaɗai ba za su iya motsa ƙarar da sauri a cikin taga ba. Famfu mai bushewa na screw yana cire mai daga hanyar iskar gaba ɗaya kuma yawanci ana zaɓar shi inda haɗarin gurɓatawa ko nauyin kulawa shine abin da ke yanke shawara.

## 5. Me ya sa Saitin Famfu ya Kamata ya Kasance cikin Ƙayyadaddun Laminator

Saboda an daidaita tsarin famfunan bisa ƙarar ɗakin da taga fitar iskar, abu ne na ƙayyadaddun laminator, ba siye daban ba. Tambayoyi uku suna warware yawancinsa.

- **Menene ƙarar ɗakin da matsin da ake nema?** Tare da tsawon taga, wannan yana saita saurin famfunan da ake buƙata don haka ko famfu ɗaya na vane ya isa ko ana buƙatar Roots booster.
- **Ɗaki ɗaya ko biyu?** Na'ura mai ɗaki biyu tana aiki da ɗaki na farko mai sanyi, wanda ke tsawaita taga kuma yana sauƙaƙa buƙatar saurin nan take, amma yana ƙara ɗaki na biyu don fitar da iska. An ƙara bayani kan wannan a cikin [yadda za a zaɓi injin lamination na module ɗin hasken rana da ya dace](https://www.ooitech.com/how-to-choose-the-right-solar-module-laminator.html).
- **Menene shirin kulawa?** Tazarar mai da tacewa akan saitin vane, idan aka kwatanta da babban kuɗin jari da ƙaramin nauyin kayan amfani na busasshen screw. A cikin rayuwar shekaru goma, jimillar biyun sun fi kusanci fiye da yadda farashin siye ke nunawa.

Tsarin vacuum da bai isa girman ɗakin ba ba ya lalacewa nan take. Yana samar da modules da suka wuce binciken ƙarshe sannan su gaza daga baya, kuma alamar lahani — ƙananan kumfa da ramuka a cikin encapsulant — shine batun [ba kowane kumfa laminate ba laifin encapsulant bane](https://www.ooitech.com/not-every-laminate-bubble-is-the-encapsulants-fault-the-real-causes-behind-solar-module-bubbles.html). Zaɓin encapsulant yana hulɗa da wannan taga, kamar yadda aka bayyana a cikin jagorarmu zuwa [fina-finan encapsulant na EVA, POE da EPE](https://www.ooitech.com/EVA-POE-EPE-Encapsulant-Film-for-Solar-Panel-Manufacturing-Complete-Technical-Guide.html).

## Tambayoyi da Amsoshi

### Me yasa na'urar laminate mai ɗaki biyu ke gudanar da ɗakinta na farko da sanyi?

Don tsawaita taga degassing. EVA tana narkewa kusan 70 zuwa 80 °C kuma tana fara crosslinking kusan 130 °C. Riƙe ɗakin farko a kusan 100 zuwa 120 °C yana jinkirta matakan biyu, yana ba tsarin vacuum ƙarin lokaci don cire iskar da ta makale kafin encapsulant ya fara tauri.

### Me yasa masu laminate ke haɗa famfon Roots da famfon rotary vane?

Saboda famfon Roots ba zai iya fitar da iska zuwa yanayin yanayi da kansa ba. Rotors ɗinsa suna kama gas a cikin ƙayyadadden girma ba tare da matse shi ba, don haka gas ɗin yana komawa a wurin fitarwa kuma ba zai iya samun babban rabon matsi shi kaɗai ba. Yana ba da saurin famfo mai girma don girmansa, kuma famfon rotary vane suna ba da matsin da ke fitar da gas ɗin. Famfon vane biyu da famfon Roots ɗaya shine tsarin ɗaki na farko da aka saba.

### Menene man yake yi a cikin famfon rotary vane?

Abubuwa uku. Yana rufe guraben da ke tsakanin vanes ɗin da bututun famfon don gas ba zai iya zubewa baya ba, yana sa mai a sassan da ke motsi, kuma saboda bawul ɗin fitarwa yana nutse cikin mai yana hana yanayin yanayi komawa cikin ɗakin lokacin da famfon ba ya aiki.

### Shin famfon busasshiyar screw ya cancanci ƙarin kuɗin?

Ya dogara da abin da kuke ingantawa. Famfon busasshiyar screw ba shi da mai ko ruwa a cikin ɗakin famfo, don haka vacuum ɗin yana da tsabta kuma babu ɗaukar mai zuwa module ɗin, kuma nauyin kayan amfani ya fi ƙasa. Akasin haka, kuɗin farko ya fi girma. Inda haɗarin gurɓatawa ko adadin ma'aikatan kulawa shine ƙuntatawa, lissafin yakan fi son shi; inda kuɗin farko ya yi ƙaranci kuma tsarin yana da kyakkyawan kulawa, saitin vane yana iya yiwuwa.

### Me yasa zafin EVA yake da mahimmanci sosai ga tsarin vacuum?

Domin matakan zafi biyu suna ayyana wa'adin. Fim ɗin yana sakin iskar da ke makale yadda ya kamata ne kawai da zarar ya narke, kuma yana daina yin haka cikin walwala da zarar haɗin giciye ya fara. Tsarin vacuum dole ne ya kai matsin da ake buƙata cikin wannan tazara, wanda a cikin tsarin ɗaki ɗaya sama da 140 °C zai iya zama kaɗan kamar daƙiƙa 60 zuwa 90.

### Me zai faru idan ba a fitar da iska daga ɗakin da sauri ba?

Iska tana ci gaba da makale a cikin encapsulant yayin da yake warkewa, yana haifar da ƙananan kumfa da ramuka. Waɗannan ba koyaushe ake iya gani a wurin fita na laminator ba, wanda ke sa matsalar sauƙin mantawa har sai bayanan amfani ko dawowar filin sun bayyana ta. Lalacewar matsalar aikin famfo ce kamar yadda take matsalar encapsulant.

## Tunani na Ƙarshe

Saitin famfo na vacuum shine inda ƙirar thermal na laminator ta zama buƙatar inji. EVA tana narkewa a 70 zuwa 80 °C kuma tana haɗuwa daga kusan 130 °C, kuma tsarin vacuum dole ne ya fitar da ɗakin a cikin tazarar da ke tsakaninsu. Wannan shine dalilin da yasa injunan ɗaki biyu ke aiki da ɗaki na farko mai sanyi, me yasa Roots boosters ke bayyana akan manyan ɗakuna, kuma me yasa famfo mara mai ya cancanci la'akari inda gurɓata ko kulawa shine ƙuntatawa. Lokacin da kake ƙayyade laminator, nemi girman ɗakin, tsarin famfo, saurin famfo da lokacin pump-down da ake iya samu a matsayin saiti — inji da aka ambata ba tare da su ba inji ne wanda ba za ka iya hasashen amfanin sa ba. Idan kana kimanta laminators don sabon layi, aiko mana da tsarin module da yawan kayan da ake so kuma za mu yi aiki tare da kai kan girman ɗakin da famfo. Don ganin injin a cikin mahallin, shafin [OTCY-2754DD single-layer double-chamber laminator](https://www.ooitech.com/single-layer-double-chamber-automatic-bipv-laminator-otcy-2754dd-ooitech-solar-panel-lamination-equipment.html) yana rufe tsarin ɗakin dalla-dalla.

Masu alaƙa: [gwajin zafi mai ɗanɗano na DH1000 dalla-dalla](https://www.ooitech.com/dh1000-damp-heat-test-failure-modes-and-mechanisms.html) ya ƙunshi yanayin ɗakin, alamun gazawa da hanyoyin lalacewar da ke bayan sakamakon zafi mai ɗanɗano.

## Ƙarin karatu da bayanan baya

Kayan tunani na jama'a kan wannan batu, wanda ƙungiyoyin da ke kula da taswirar fasahar masana'antar da bayanan kasuwa suka wallafa:

- [VDMA — Taswirar Fasahar Ƙasa da Ƙasa don Photovoltaic (ITRPV)](https://www.vdma.org/international-technology-roadmap-photovoltaic)
- [pv mujallar — labaran masana'antar PV na duniya da ɗaukar fasaha](https://www.pv-magazine.com/)
- [Fraunhofer ISE — Rahoton Photovoltaics](https://www.ise.fraunhofer.de/en/publications/studies/photovoltaics-report.html)

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na gode da goyon bayan ƙwararrun ooitech da sabis na bayan lokaci.

![](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1784509010217979.webp)

### Diarra Daga Afirka

## Sabbin Kayayyakin Mu

![Layin Samar da Ribbon PV: Zana, Mirginewa, Tinning](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026051194879300.webp)

- [** ooitech](./pv-busbar-ribbon-integrated-drawing-rolling-tinning-production-line.html)
- [** 754](./pv-busbar-ribbon-integrated-drawing-rolling-tinning-production-line.html)

### Layin Samar da Ribbon PV: Zana, Mirginewa, Tinning

Ƙwararren layin samar da ribbon na PV busbar mai haɗawa wanda ya haɗa da zana waya, birgima, zana lebur, annealing da tsarin shafa tin don babban

![Injin Yanke Laser na SC-20P BC Cell](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1772440338787287.webp)

- [** ooitech](./SC-20P-Automatic-Solar-Cell-Laser-Cutting-Machine-High-Precision-BC-Cell-Processing-Equipment.html)
- [** 20888](./SC-20P-Automatic-Solar-Cell-Laser-Cutting-Machine-High-Precision-BC-Cell-Processing-Equipment.html)

### Injin Yanke Laser na SC-20P BC Cell

SC-20P ingantaccen injin yankan laser ne wanda ya dogara da SC-20A, an tsara shi don ƙwayoyin BC. Yana yankan tantanin da takardar kariya lokaci ɗaya zuwa guda 1/2

![OPT-M960B Mai Gwajin EL & VI: 0.1mm/pixel, Intel i7](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774351816741704.webp)

- [** Rachael](./solar-panel-el-tester-and-vi-tester-machine-opt-m960b-m951b-m950b-ooitech-solar-module-el-testing-equipment.html)
- [** 43809](./solar-panel-el-tester-and-vi-tester-machine-opt-m960b-m951b-m950b-ooitech-solar-module-el-testing-equipment.html)

### OPT-M960B Mai Gwajin EL & VI: 0.1mm/pixel, Intel i7

Ooitech yana bayar da ƙwararrun injunan gwajin EL na solar panel da injunan gwajin VI (OPT-M960B, OPT-M951B, OPT-M950B) tare da kyamarorin masana'antu na SONY

![Firam ɗin Aluminium don Faifan Rana: Girma da Anodizing](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026032713454036.jpg.webp)

- [** Rachael](./Solar-Panel-Aluminum-Frame-Manufacturing-Equipment-Professional-PV-Module-Frame-Production-Solutions.html)
- [** 36647](./Solar-Panel-Aluminum-Frame-Manufacturing-Equipment-Professional-PV-Module-Frame-Production-Solutions.html)

### Firam ɗin Aluminium don Faifan Rana: Girma da Anodizing

Firam ɗin aluminum na panel ɗin hasken rana, anodized kuma an yanka don girman module G1/M6/M10/M12, tare da cikakken samar da extrusion, yankewa da maɓallin kusurwa daga layi ɗaya.

![AM050FH MBB Mai Haɗa Dawakai: 6800 Turakun/h, ±0.05mm](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_1774262936967131.webp)

- [** ooitech](./am050fh-mbb-pv-cell-soldering-stringer-fully-automatic-solar-cell-tabber-stringer-machine-ooitech.html)
- [** 57120](./am050fh-mbb-pv-cell-soldering-stringer-fully-automatic-solar-cell-tabber-stringer-machine-ooitech.html)

### AM050FH MBB Mai Haɗa Dawakai: 6800 Turakun/h, ±0.05mm

Injin tabber stringer na tantanin rana mai atomatik: AM050FH yana manna ƙwayoyin multi-busbar tare da yankan laser rabi da 1/3 a kan dandamali ɗaya, don layukan MBB da rabin-yanke.

![C350-CQC Injin Yanke Tiren EVA & TPT: 30-80mm](https://cdn.ooitech.com/runtime/image/w800_h600_fitblur_v2_2026032714363679.webp)

- [** Rachael](./ECPC-C350-CQC-Punching-and-Cutting-Machine-High-Precision-Solar-Panel-Material-Processing-Equipment.html)
- [** 34766](./ECPC-C350-CQC-Punching-and-Cutting-Machine-High-Precision-Solar-Panel-Material-Processing-Equipment.html)

### C350-CQC Injin Yanke Tiren EVA & TPT: 30-80mm

Injin naushi da yanke C350-CQC – 30 pcs/min, daidaito ±0.2mm don kayan hasken rana na EVA, TPT & PPE. Aikin daidaito don busbar da