8 Taraflı Yumurta Tepsisi Makinesi
| Marka | Shuliy Makine |
| Model | SL-4000-4X8; SL-5000-5X8; SL-7000-6X8 |
| Kapasite | 4000-7000 adet/saat |
| Güç | 95kw; 120kw |
| Gerilim | 380V,50HZ |
| Boyut | Referans Teknik Parametre Tablosu |
| Garanti | 12 ay |
Artık proje yöneticilerimizden teknik detaylar isteyebilirsiniz
Su 8 Taraflı Yumurta Tepsisi Makinesi, aynı zamanda büyük ölçekli yumurta tepsisi şekillendirme makinesi olarak da bilinir, 8 kenarlı döner bir tambura sahiptir. Yüksek hızlı, sürekli üretim sağlar, bu da onu orta ila büyük ölçekli üretim gereksinimleri olan fabrikalar için özellikle uygun hale getirir.
SL-4000-4X8 can produce about 4000pcs egg shells per hour. Egg plate molds can be customized according to the buyer’s requirements. This equipment can be continuously produced and ensures production capacity. In addition, because the whole production process is recycled waste paper, no pollution sources, so it is called green environmental protection machinery.
Model SL-5000-5X8 egg tray machine can produce about 5000pcs egg trays per hour. It is 45 angle and an eight-plate rotary tray machine. Eight plates form a board, and all systems can be connected. This transfer arm makes a 90-degree reciprocating motion. The working efficiency is very high.
Su SL-7000-6X8 is our company’s highest-capacity egg tray forming machine, with an output of up to 7,000 pieces per hour. It features an 8-sided rotary drum with 6 egg tray molds on each side, making it ideal for efficient, large-scale production in big factories.
Why Choose an 8 Side Egg Tray Machine for Large-Scale Production?
- İle yapılmış kalınlaştırılmış karbon çelik dayanıklılık ve yüksek yük kapasitesi için
- Alüminyum alaşımlı kalıplar (isteğe bağlı paslanmaz çelik), hafif ve kurutulması ve değiştirilmesi kolay
- Yapışmaz, yüksek sıcaklık Teflon kaplama mevcut
- Aşınmaya dayanıklı rulmanlarla yüksek dayanımlı çelik iletim sistemi
- Paslanmaz çelik hidrolik borular ve bakır vanalar, korozyona dayanıklı
- Su geçirmez ve toz geçirmez paslanmaz çelik kontrol kabini
- 8 kenarlı döner tasarım, sık duraklamalar olmadan sürekli çalışmayı sağlar
- Otomatik kurutma ve istifleme sistemleri ile uyumlu
- Endüstriyel sınıf malzemeler, sürekli kullanım için 10 yıllar boyunca garanti eder
How Does an 8 Side Egg Tray Machine Work? Structure and Production Process
8 kenarlı tepsi yapma makinesi esasen şunlardan oluşur pulping sistemi, şekillendirme sistemi, kurutma sistemi ve paketleme sistemi.
8 Side Egg Tray Machine Structure
An 8 Taraflı Yumurta Tepsisi Makinesi uses an octagonal rotary drum as its forming core. Each of the eight drum faces carries a row of aluminum forming molds, and the whole drum rotates continuously through the pulp vat, vacuum forming station, and ejection zone.
The mold layout depends on the model:
- SL-4000-4×8: 4 molds per side × 8 sides = 32 forming molds
- SL-5000-5×8: 5 molds per side × 8 sides = 40 forming molds
- SL-7000-6×8: 6 molds per side × 8 sides = 48 forming molds
This high-density layout is what allows the machine to reach 4,000–7,000 pieces per hour. The drum is driven by a heavy-duty gear system with wear-resistant bearings. A vacuum pump, air compressor, PLC control cabinet, and transfer conveyor are integrated into the same frame.
The complete production system also includes:
- Pulping sistemi – hydrapulper, pulp pump, and consistency regulator
- Şekillendirme sistemi – 8-sided rotary drum with vacuum molds
- Kurutma sistemi – sun drying racks, brick kiln, or multi-layer metal dryer
- Packing system – hydraulic press and strapping unit
Üretim Süreci
Step 1: Pulp Preparation
Waste paper, cardboard, or pulp board is loaded into the hydrapulper with water at a ratio of about 1:4. The blades run for 15–20 minutes until the mixture becomes a smooth fiber slurry. The pulp concentration is adjusted to 2–3% before it is pumped into the machine’s pulp tank.
Step 2: Mold Immersion and Vacuum Forming
As the 8-sided drum rotates, each mold face dips into the pulp tank one after another. A vacuum pump draws pulp fibers onto the mold screen, shaping the wet tray inside the mold cavity. Because eight sides are working in sequence, forming never stops.
Step 3: Dewatering
After leaving the pulp tank, the formed tray stays on the rotating drum for a few seconds. Gravity and vacuum suction remove excess water. The wet tray still contains about 50–60% moisture when it reaches the ejection point.
Step 4: Automatic Transfer
At the transfer position, the vacuum is released and positive air pressure blows the wet tray off the forming mold onto a transfer conveyor or a transfer mold. The empty mold then continues to the next forming cycle.
Step 5: Drying
Wet trays move into the drying system. Depending on the setup, this can be:
- Sun drying – trays dry on racks in open air for 2–3 days
- Brick kiln dryer – hot air at 80–120°C dries trays in 45–90 minutes
- Multi-layer metal dryer – automatic belt dryer with the smallest footprint
Moisture is reduced from 50–60% to below 12%.
Step 6: Stacking and Packing
Dried trays are stacked and fed into a hydraulic packing machine. The press compresses the stack by 30–40% and straps it for transport. This reduces shipping volume and warehouse space.
3D Rendering of the Egg Tray Production Line – Customer Case Reference
8 Side Egg Tray Machine Specifications and Capacity Comparison
| Model | SL-4000-4X8 | SL-5000-5X8 | SL-7000-6X8 |
| Kapasite | 4000adet/s | 5000adet/s | 7000adet/s |
| Güç | 95kw | 95kw | 120kw |
| Gerilim | 380V,50HZ | 380V,50HZ | 380V,50HZ |
| Ağırlık | 7000kg | 8000kg | 10000kg |
| Pulp Kullanımı | 320kg/s | 400kg/s | 480kg/s |
| Su Kullanımı | 640kg/s | 800kg/s | 960kg/s |
| Boyut(mm) | 3250*2300*2500 | 3700*2300*2500 | 3200*2300*2500 |
How to Choose the Right Drying System for Egg Trays?
Sun Drying – Cost-Effective Option for Small Production
| Ürün | Alan |
| Makine ayak izi | 30–50 m² |
| Kuruma alanı | 1000 m² |
Kutu Tipi Yumurta Tepsisi Kurutma Makinesi
| Model | Uzunluk (m) | Genişlik (m) | Yükseklik (m) |
| SL-4×8 | >65 | >15 | >3 |
| SL-5×8 | >65 | >15 | >3 |
| SL-6×8 | = 80 | >15 | >3 |
| SL-8×8 | = 80 | >15 | >3 |
Çok Katmanlı Kurutucular -High-Capacity Production
| Model | Uzunluk (m) | Genişlik (m) | Yükseklik (m) |
| SL-4×8 | 27.5 | 6 | 3.6 |
| SL-5×8 | 27.5 | 6 | 3.6 |
| SL-6×8 | 33.5 | 6 | 3.6 |
How to Make Egg Trays with an 8 Side Egg Tray Machine?
Hammadde esas olarak saman hamuru, slüri, bambu hamuru, odun hamuru, atık kağıt kartonu, atık kağıt kutu kağıdı, atık beyaz kağıt, kağıt fabrikası atık hamuru vb. Hammadde geniş bir kaynak yelpazesine sahiptir ve toplanması kolaydır. Yumurta tepsisi makinesi, bunun için ana makinedir. yumurta tepsisi üretim hattı.
Hamurun hamur havuzuna beslenmesi. Hamur, vakum sistemi tarafından emilir ve ekipmandaki kalıp tarafından şekillendirilir. Su, vakum pompası aracılığıyla hamur havuzuna geri emilir ve taşınır. Su geri dönüştürülebilir.
Kalıp su karışımını emdikten sonra, transfer kalıbı hava kompresörü aracılığıyla boşaltılır. Bitmiş ürün, şekillendirme kalıbından transfer kalıbına üflenir ve ardından transfer kalıbı ile dışarı gönderilir.
How Much Does It Cost to Produce Egg Trays? Cost Analysis
| Maliyet Kalemi | Açıklama | Tepsi Başına Birim Maliyet (RMB) |
| Ham Madde | 1 ton atık kağıt şunları üretebilir 12.000–15.000 tepsi (tepsi ağırlığına göre). Tepsi başına 80g baz alındığında: 1.000.000g ÷ 80g = 12.500 tepsi Atık kağıt fiyatı: ¥1500/ton → 1500 ÷ 12.500 = ¥0.12 tepsi başına | ¥0.12 |
| İş gücü | Güneşte kurutma: 6 işçi; makine ile kurutma: 4 işçi. Çin'de, İş gücü genellikle parça başı hesaplanır: yaklaşık ¥0.02 her tepsi için. | ¥0.02 |
| Elektrik | Kapasite ve güç tüketimine göre değişir. Daha yüksek çıktı, tepsi başına daha düşük maliyet anlamına gelir. | ¥0.02 |
| Kuruma Yakıtı | Kömür (5000 kcal/kg) Odun (4000 kcal/kg) Doğal Gaz (8900 kcal/m³) Dizel (11,900 kcal/litre) | ¥0.03/adet ¥0.03/adet ¥0.06/adet ¥0.08/adet |
| Pigment (isteğe bağlı) | ¥12/kg pigment; 1 kg, üretebilir yaklaşık 3000–4000 tepsi | Yaklaşık ¥0.003–0.004 |
Para Dönüşümü: $1(USD)=¥7.2(RMB)
Is an 8 Side Egg Tray Machine a Profitable Investment?
Çevre dostu: Toplumun gelişimiyle birlikte, giderek daha fazla insan çevre koruma konularına dikkat etmeye başladı. Çevre, insanların hayatta kalmak için bağımlı olduğu şeydir. Bu yüzden çevreyi çeşitli kanallar aracılığıyla korumalıyız. Atık kağıdın geri dönüşümü, çevreyi korumanın bir yoludur. Üretim sürecinde herhangi bir kirlilik meydana gelmeyecektir.
Fonksiyonlar: Yumurtalıkların ana işlevi darbe emme işlemidir. Kırılgan gibi ayrı eşyaları ayırarak, taşıma veya depolama sırasında eşyaların kırılma oranını azaltır.
Fiyat: Yumurta tepsisi makinesinin seçilecek birkaç modeli vardır. Küçük bir iş kurmak istiyorsanız, bu iyi bir seçimdir. Yatırım yüksek değildir ve makine üretmeye başladığında yatırımı geri alabilirsiniz. Zhengzhou Shuliy Makina'dan makul bir fiyata yumurta tepsisi makinesi satılmaktadır.
8 Side Egg Tray Machine Projects and Customer Applications
Egg Tray Machine Shipping Cases and Global Projects
2,500 pcs/h Egg Tray Production Machine Installed in Sierra Leone
In August 2025, Shuliy completed the installation and commissioning of a 2,500 pcs/h egg tray production machine for a customer in Sierra Leone. The customer runs a food packaging business and wanted to turn locally collected waste paper into biodegradable egg trays.
Equipment supplied:
- SL-2500-3×4 egg tray forming machine
- Pulping system with 2 m³ capacity
- Brick house dryer with diesel burner
- Hydraulic packing machine
Project results:
- The line reuses waste paper as its main raw material
- Production runs automatically from pulping to packing
- Shuliy engineers provided on-site installation and operator training
- The customer is now producing egg trays for the local market
Why Choose Shuliy 8 Side Egg Tray Machine?
Factory-Direct Manufacturing
Shuliy designs and builds every 8 side egg tray machine in its own factory. This direct control keeps quality consistent and removes middleman costs. Buyers deal with engineers who understand the machine from frame to control system.
Customized Line Configuration
An 8-side machine is rarely used alone. Shuliy matches the forming machine with the right pulper, dryer, and packing equipment based on your target output, workshop size, and local fuel availability. You receive a layout drawing before production starts.
Proven Rotary Technology
The 8-sided rotary drum uses vacuum forming with synchronized mold rotation. This design reduces stop-start wear and raises output to 4,000–7,000 trays per hour. Mold replacement takes less than 30 minutes.
Global Installation Experience
Shuliy has shipped and installed egg tray machines in Africa, the Middle East, South America, Australia, and Southeast Asia. Engineers provide online or on-site installation and train your operators.
Certified Equipment
Machines meet CE and ISO standards. Electrical parts use internationally recognized brands, and motors meet standard efficiency ratings.
Long-Term Support
- 12-month warranty on main components
- Lifetime technical support
- Spare parts supply with fast dispatch
- English, French, and Spanish service teams
Sıkça Sorulan Sorular
What is the difference between a 4-side and an 8-side egg tray machine?
A 4-side machine has four forming faces on the rotary drum and is ideal for 2,000–3,000 pcs/h. An 8-side machine has eight forming faces and higher mold density, making it suitable for 4,000–7,000 pcs/h.
How many workers are needed to run an 8 side egg tray machine?
A complete 8-side line normally needs 3–5 workers per shift. One operator monitors the control panel, one handles raw material feeding, and the rest manage drying and packing.
What is the power consumption per 1,000 trays?
Power use is approximately 0.0125–0.013 kWh per tray, or 12.5–13 kWh per 1,000 trays. Drying fuel is calculated separately based on coal, diesel, gas, or electricity choice.
Can the 8 side machine produce products other than egg trays?
Yes. By changing molds, the same machine can produce fruit trays, shoe trays, wine bottle trays, electronic component trays, and disposable food containers.
How much floor space does an 8-side egg tray production line need?
The forming machine itself needs about 30–50 m². With a brick kiln dryer, the total workshop area is usually 600–800 m². A multi-layer metal dryer reduces this to 200–300 m².
What is the typical delivery time after placing an order?
Standard models need 20–30 working days. Custom voltage or special mold designs may add 5–10 working days. Sea shipping time depends on the destination port.
What spare parts should be kept in stock?
We recommend keeping mold screens, vacuum pump seals, air compressor filters, bearings, and conveyor belts in stock. These parts wear gradually and are easy to replace.
Can the machine run in hot and humid climates?
Yes. The electrical cabinet is waterproof and dustproof. Stainless steel parts resist corrosion. In very humid areas, we recommend a metal dryer instead of natural sun drying.
