Project Description
Fully Automatic Hydraulic Plastic Cup Thermoforming Machine
This plastic cup thermoforming machine enables efficient mass production by heating plastic sheets and using vacuum pressure to form precise, consistent cups.
This machine ensures smooth, accurate forming with minimal labor. Ideal for the food and beverage industry, it delivers reliable, efficient performance with custom molding.
- The whole machine adopts PLC control system, has the characteristics of stable operation, high efficiency, energy saving etc
- All the process include feeding, forming, punching, shearing, stacking adopt advanced hydraulic, electric and pneumatic control technology.
- Modular type rail chain with cooling water channel inside.
It has many advantages, such as high speed,high precision, low noise, and non-pollusion etc. - Servo motor driving method is also optional

Plastic Cup Thermoforming Machine Specifications
| Model | ZS-660 | ZS-720 | ZS-730H | ZS-800 |
| Max forming area | 660*300mm | 720×400mm | 730×420mm | 800*550mm |
| Max cutting area | 630×230mm | 700×260mm | 700×330mm | 770*460mm |
| Max forming height | 150mm | 180mm | 280mm | 200mm |
| Production speed | 10-28 cycle/min | 15-30 cycle/min | 15-30 cycle/min | <35 cycle/min |
| Max Motor power | 11kw | 22kw | 26kw | 22kw |
| Max heating power | 88kw | 118kw | 105KW | 135kw |
| Weight | 5T | 6T | 6T | 7T |
| Dimension | 6×1.5×2.2m | 7×1.5×2.35m | 7×11.5×2.35m | 4.7*1.75*2.4m |
Advantages of Automatic Cup Thermoforming Machine
High-Efficiency Automatic Production
With a production speed of up to 35 cycles per minute, the machine supports continuous plastic cup manufacturing with less manual handling. This helps increase daily output, reduce labor requirements, and improve overall production efficiency.
Stable Hydraulic Forming
The hydraulic system provides consistent forming pressure during each cycle, helping produce cups with uniform shapes, clear contours, and stable dimensions. Reliable pressure control also reduces defects and improves batch consistency.
Large and Flexible Forming Capacity
Forming areas range from 660 × 300 mm to 800 × 550 mm, with a maximum forming height of up to 280 mm. This allows the machine to handle multi-cavity molds and produce different cups, bowls, lids, and plastic containers.
Uniform Heating and Reduced Material Waste
Heating power of up to 135 kW supports fast and even plastic sheet heating. Stable temperature distribution helps prevent incomplete forming, uneven stretching, and excessive scrap, improving both product quality and material utilization.
Heavy-Duty Design for Long-Term Operation
The robust machine structure provides stability during high-speed forming and cutting. Reduced vibration helps maintain processing accuracy, minimize mechanical wear, and support reliable performance during extended production runs.
How Plastic Cup Thermoforming Machine Works
Heating :The process starts by heating plastic sheets to the required forming temperature. The heated sheet becomes flexible, allowing it to be shaped accurately during the forming process.
Cup Forming :After heating, the softened plastic sheet is formed into cup shapes using a hydraulic forming system. Stable forming pressure helps achieve consistent shapes, accurate dimensions, and reliable product quality.
Cutting and Transfer :After forming, the cups are separated through the cutting process and automatically transferred to the stacking station. Automated transfer reduces manual handling and improves production efficiency.
Stacking and Collection: The finished cups are automatically stacked for easier packaging and transportation. This continuous operation helps manufacturers maintain stable output for large-scale production.
Applications of Plastic Thermoforming Machine
This machine is suitable for producing a wide range of thermoformed plastic packaging products for the food, beverage, and takeaway industries. By changing the mold and production settings, manufacturers can produce different cups, containers, lids, and packaging items.
Plastic Cups
Suitable for producing milk cups, jelly cups, yogurt cups, water cups, and disposable drinking cups for food and beverage packaging.
Food Containers
The machine can manufacture instant noodle bowls, ice cream bowls, soup bowls, and other food containers with consistent shapes and wall thickness.
Lids and Covers
It can be configured to produce beverage lids, food packaging covers, and takeaway container lids in different sizes and designs.
Other Packaging Products
Additional applications include plastic trays, plates, dishes, clamshell boxes, and other thermoformed packaging products used in retail, catering, and food distribution.
Request a Quote for Your Cup Thermoforming Machine
Contact us today to discuss your production requirements.
FAQ
A Plastic Cup Thermoforming Machine can process various plastic sheets, including PP, PE, PS, HIPS, PVC, PET, and PLA. This material flexibility allows manufacturers to produce different packaging products while meeting requirements for durability, appearance, and environmental considerations.
The production capacity depends on the machine model, mold design, product size, and operating conditions. Most models can achieve production speeds of 10–35 cycles per minute, making them suitable for medium- and large-scale plastic cup and food packaging production.
Yes, the Fully Automatic Plastic Cup Thermoforming Machine integrates automatic sheet feeding, heating, forming, cutting, and other production processes. This reduces manual operation, improves production consistency, and helps manufacturers increase efficiency.
Regular maintenance includes checking the heating system, hydraulic components, electrical controls, lubrication points, and moving parts. Proper maintenance helps maintain forming accuracy, reduce downtime, and extend the machine’s service life.
The right Plastic Cup Thermoforming Machine should be selected based on product type, cup size, material, mold configuration, required production capacity, and factory conditions. Manufacturers should evaluate forming area, forming height, machine power, and automation level before making a decision.
















