Equipment Overview

The fully automatic robot pulp meal box machine is an intelligent production line that integrates pulp molding, drying, hot pressing, trimming, sorting, and packaging. It is designed specifically for producing biodegradable pulp tableware such as meal boxes, trays, and dishes. Through robot automation technology, unmanned production from raw materials to finished products can be achieved, meeting the requirements of environmental protection, efficiency, and high precision.

Core Structure and Function

• Automated feeding system

Uniformly transport pulp (sugarcane pulp, bamboo pulp, etc.) to the mold through pipelines.

• Intelligent molding station

The robot precisely controls the opening and closing of the mold, and vacuum adsorbs to form wet embryos.

• Multi stage drying system

Infrared/hot air drying technology enables rapid demolding and reduces energy consumption.

• Hot pressing module

High temperature and high pressure shaping, improving the compactness and waterproofness of tableware.

• Visual sorting and packaging

AI vision detects defective products, and the robotic arm automatically stacks and packages them.

 

Core advantages

Item	Specific manifestations
Environmental friendliness	The raw materials are 100% biodegradable,   reducing plastic pollution and complying with the global "plastic   ban" policy.
Efficiency	24-hour continuous production, with a   daily production capacity of 50000 to 100000 pieces per line, reducing labor   costs by 80%.
Accuracy	Robot error ≤ 0.1mm, uniform thickness of finished products, and strength   compliance (load-bearing capacity ≥ 5kg).
Flexibility	Support quick switching of molds,   compatible with various tableware shapes (square, circular, irregular).

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]

Application