Technical Specifications

Model ZM70
Production Capacity 50–70 pcs/min
Paper Weight 140–300gsm
Paper Type Single / Double PE coated paper
Bowl Size Up to 35 OZ (customizable)
Power Supply 380V / 50Hz / 9KW
Air Consumption 0.5–0.8MPa / 0.4 m³/min
Machine Weight 3.2 Tons
Machine Dimensions 2600 × 1300 × 1700 mm

Product Description

Automatic Paper Bowl Machine for Food Packaging Production

The ZM70 Paper Bowl Forming Machine is designed for producing disposable paper bowls used for soup, noodles, salad, and takeaway food packaging. It is suitable for small to medium-scale production with stable performance.

Multi-Station Automatic Forming System

The machine integrates multiple forming processes including paper feeding, sealing, heating, bottom cutting, knurling, curling, and collecting. This ensures smooth operation and consistent product quality.

Flexible Bowl Sizes with Customization Support

This machine supports bowl sizes up to 35oz and can be customized according to customer requirements. It is suitable for producing a wide range of disposable food containers.

Stable Operation with Intelligent Control System

Equipped with photoelectric sensors, fault detection system, and automatic control features, the machine ensures stable operation and reduces downtime during production.

Efficient Production with Reduced Labor Cost

The fully automatic system minimizes manual intervention, improves production efficiency, and helps manufacturers reduce labor costs.


Product Video


FAQ: Paper Bowl Machine Automatic Disposable Bowl Making Machine

This machine can produce soup bowls, noodle bowls, salad bowls and takeaway food containers, with sizes up to 35oz.
The machine uses single or double PE coated paper with a weight range of 140–300gsm, suitable for food-grade packaging.
Yes. The machine supports custom molds to produce different bowl sizes and shapes according to your requirements.
Yes. It integrates feeding, sealing, forming, curling and collecting into one automatic system.
The machine uses photoelectric sensors, fault detection system, and automatic control to ensure stable and continuous operation.