Semi-automatic pulp food tableware machine

Paper pulp food tableware machine is a piece of equipment used to manufacture food containers and tableware, such as plates, bowls, and trays, from paper pulp. The process involves converting waste paper or wood fibers into pulp, which is then molded into the desired shape using heat, pressure, and drying.
Product Introduction

Paper pulp food tableware machine is a piece of equipment used to manufacture food containers and tableware, such as plates, bowls, and trays, from paper pulp. The process involves converting waste paper or wood fibers into pulp, which is then molded into the desired shape using heat, pressure, and drying.


Here's how it generally works:


1. Pulping: Paper or plant fibers are mixed with water to create a slurry or pulp.

2. Molding: The pulp is poured into molds, where it takes the shape of the tableware (e.g., plates or containers).

3. Drying and Hardening: The molded pulp is dried and hardened through either air drying or using a hot press, ensuring the final product is sturdy enough for use.

4. Finishing: The tableware may undergo further treatments like coating for durability or additional drying steps.

These machines are primarily used in the production of biodegradable and eco-friendly food packaging. Since they are made from paper, the products are compostable and serve as an environmentally friendly alternative to plastic or Styrofoam containers. 


Production process


[Raw material warehouse] → [Fiber dissociation] → [Vacuum adsorption molding]

↓ 

[Hot pressing] (180-220 ℃) → [Laser trimming] (accuracy ± 0.05mm)

↓ 

[Hydrophobic coating] → [AI visual inspection] → [Blockchain coding]


Comparison of mainstream models


Model characteristics

Economic type (A series)

Intelligent (B-series)

Industrial grade (C series)

Production speed

600-800 per hour

1500-1800 per hour

3000-3500 per hour

Molding accuracy

±0.5mm

±0.2mm

±0.1mm

Raw material compatibility

Sugarcane bagasse/bamboo pulp

Straw+PLA composite

Nanocellulose+starch

Mold switching

Manual (30 minutes)

Semi automatic (10 minutes)

Fully automatic (90 seconds)

Carbon footprint certification

nothing

ISO 14067

PAS 2050+carbon sequestration


Core performance indicators


Parameter

Industry benchmark value

Comparison of traditional models

Unit energy consumption

0.8kW • h/kg product

1.5kW • h/kg (2022)

Yield rate

99.4%

92%-95%

Antibacterial performance

Escherichia coli inhibition rate 99.99%

Uncoated models ≤ 85%

Mold lifespan

500000 times (DLC coating)

Ordinary steel 150000 times


Application


Semi-automatic pulp food tableware machine

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