Low energy Consumption, High efficiency

Fully Automatic Tableware Machine

Breakthrough technological innovation with low energy consumption, high efficiency, and increased yield as its core advantages. It is particularly well-suited for pulp-molded tableware requiring high sealing performance, effectively meeting the diverse demands of the industry.

Daily Capacity: ≥1000 KG (Depend on Product)
Reciprocating Technology

New tech created for new market

Fully Automatic Tableware Machine

New tech created for new market, has been selling more than 100 units since its launch. 

Pulp Tableware Raw materials: Utilize renewable plant fiber resources such as bagasse, wheat straw, reed, moso bamboo and other plant fibers.

Multiple Applications: Disposable Lunch Box, Disposable Dinner Plates, Disposable Bowls, Disposable Cup, Hamburger Box, Premium Egg Carton

Main Features

  • The equipment features a linear structure, minimizing space requirements.
  • Pre-dehydration technology enhances energy efficiency.
  • Ultra-low moisture content in wet embryos reduces clogging, extending mold cleaning and maintenance cycles.
  • Capable of producing high-profile products with superior sealing performance and small draft angles.

Technical Parameters

Model ZC2Q—110110
Product Application Disposable Tableware, Paper Cups, Premium Egg Carton
Daily Capacity 1000 KG (±10%)
Platen Size 1100 × 1100 mm
Heating Energy Electricity / Thermal Oil (Customizable Upon Request))
Forming Method Reciprocating
Hotpress Method / Pressure Servo Hydraulic / Max 60 Tons Pressure
Trimming Method / Pressure Servo Five-Point Linkage / Max 80 Tons Pressure
Safety Protection Self-locking & Auto-stop Design
Max Product Height / Thickness 80 mm / 1.2 mm

Working Process of Fully Automatic Tableware Machine

Fully Automatic Tableware Machine
Pulping making system - Robotic Tableware Making Machine

Pulping making system:

In the pulping process, different proportions of plant fiber pulp cardboards are first placed into the pulper, where water is added and the mixture is broken down. This mixture is then processed into a cotton-like fiber thick slurry using a deflaking machine and a refiner as needed. The slurry is then transferred to the pulp mixing tank by a pulp pump. Based on the performance requirements of the molded pulp product, appropriate amounts of additives and water are added to the pulp mixing tank in a specific order and stirred thoroughly to prepare the required pulp for molding. The prepared material is then transferred to the slurry supply tank, ready to be transported to the molding machine.

Forming system: The forming die absorbs the slurry in the slurry pool to form a wet embryo. The upper die squeezes out the water for the first time and then moves the formed wet embryo to the hot pressing table for the second time. After hot pressing, the upper die absorbs the dried product and moves it to the automatic trimming machine. After trimming, the finished product is automatically stacked and counted, ready for final packaging.
tableware-banner
Vacuum system - Robotic Tableware Making Machine
Vacuum system: A vacuum system in a pulp molding line is essential for forming and dewatering processes, ensuring the efficient production of molded pulp products like Disposable paper tableware, high-end paper-plastic packaging, egg trays, fruit trays, and other packaging materials. This system involves several components that work together to create, maintain, and control the vacuum necessary for the pulp molding process. Proper design, operation, and maintenance of the vacuum system are essential for optimal performance. Advances in automation, energy recovery, and sustainability are driving improvements in vacuum system technology, contributing to more efficient and environmentally friendly pulp molding operations.
Air-pressure system: Air compression systems are vital in the pulp molding production line, providing the necessary compressed air for various functions such as powering pneumatic equipment, controlling valves, and assisting in the drying and demolding processes. These systems ensure that the production line operates efficiently, reliably, and safely. Proper design, operation, and maintenance of the air compression system are essential for ensuring the efficiency, reliability, and safety of the production process. Advances in automation, energy efficiency, and sustainability are driving improvements in air compression technology, contributing to more efficient and environmentally friendly pulp molding operations.
Air-pressure system - Robotic Tableware Making Machine

Unique Features of Fully Automatic Tableware Machine

Pre-dehydration function: Reduces heat loss from instant vaporization, achieving energy savings.

Lower wet embryo moisture content (≤50%): Minimizes carbonization blockage and extends mold cleaning cycles by more than double.

Bottom mold material retrieval: Solves wet embryo transfer issues and reduces energy loss from excessive hot pressing.

Compact inline structure (approx. 10,000 × 1,750 mm): Occupies less than 50% of the space required by robotic equipment.

High-reliability internal transfer: Suitable for high-precision products requiring high sealing, height, and small angles.

Multi-point force structure: Ensures uniform heating and pressure, improving hot pressing efficiency and product yield.

User-friendly operation: Equipment height ≤1400mm, with no surrounding obstacles, ensuring easy maintenance.

Why Choose HGHY Fully Automatic Tableware Machine

HGHY is China’s high-tech enterprise dedicated to the research, development, and manufacturing of paper molding equipment. Withnearly 30 years of hands-on experience in project operations, our aim is to construct top-tier machines. Our service network spans many countries and regions globally, with over 2,000 sets of equipment sold and more than 20,000 satisfied customers served.

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Personalized one-on-one consultation services for customers.

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Tailored private products

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Provision of comprehensive plant layout and planning

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On-site installation with door-to-door service - Our engineers will assist in installation and troubleshooting until the equipment operates smoothly

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Training for your staff and complimentary technical consultation services

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Lifetime service support for all devices

Our Clients from the World

HGHY is not only producing high-quality machines in China but also is able to export and install the machines all over the world. In past decades, HGHY has sold the egg tray plants to more than 70 countries across the 5 continents.

Asia: China, South Korea, Vietnam, Thailand, Philippines, Malaysia, Indonesia, India, Turkey, Iran, Saudi Arabia, Yemen, Kazakhstan, Uzbekistan, Turkmenistan, Iraq, Oman, Lebanon, Syria, Azerbaijan, Tajikistan, Israel, Jordan, UAE

Europe: United Kingdom, France, Denmark, Poland, Czech Republic, Hungary, Ukraine, Russia, Serbia, Slovakia, Belarus, Lithuania, Estonia, Bulgaria, Italy

Africa: Egypt, Libya, Algeria, Morocco, Tunisia, Mali, Sudan, Nigeria, Cameroon, Uganda, South Africa, Zimbabwe, Kenya, Ethiopia, Mauritius, Seychelles, Tanzania

North America: United States, Mexico

Central America: Honduras, Guatemala

Oceania: Australia, New Zealand, Fiji

South America: Colombia, Ecuador, Brazil, Argentina, Uruguay, Peru, Chile, Bolivia

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Explore more support and services from HGHY and learn more about pulp molding equipment.

HGHY Pulp Forming Equipment Center

Pulp Forming Equipment Center

HGHY has all types of pulp molding equipment technologies and solutions.

Mould Production and Service

Mould Production and Service

Exquisite mold processing technology is a reliable guarantee for the quality of molded pulp products.

Equipment Operation Video

Equipment Operation Video

Learn more about the pulp forming process for molded pulp packaging.

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