⚙
PLC & Touch Screen
SIEMENS (Germany)
⚡
Servo Motor
YASKAWA (Japan)
🔌
Circuit Breaker
SCHNEIDER (France)
🕹
Solenoid Valve
SMC / YUKEN
This plastic cup thermoforming machine is a newly developed product where sheet feeding and stretching parts are driven by high-precision servo motors. It is designed to produce disposable products such as plastic cups, bowls, lids, and boxes through a seamless workflow of feeding, heating, forming, cutting, and blowing.
- Positive and Negative Pressure Forming: Ensures high-quality product finishing.
- Advanced PID System: High-precision temperature control with tolerance < 1°C.
- Fully Servo Driven: Low noise, no vibration, and high-speed production.
- Safety & Efficiency: Automatic punching, cutting, and stack counting features.
- Labor Saving: Only 1-2 workers required for the entire packing process.
Frequently Asked Questions
Q1: Are you a manufacturer or a trading company?
We are a dedicated factory with over 20 years of experience, exporting specialized machinery to more than 80 countries globally.
Q2: What materials are compatible with this thermoforming machine?
The machine is designed to process a variety of materials including PP, PS, PET, HIPS, and PVC.
Q3: How long is the warranty period for the equipment?
We provide a 13-month warranty starting from the shipment date. During this period, non-artificial spare parts are provided free of charge for maintenance.
Q4: How do you handle the machine installation and training?
A technician can be sent to your facility to install the machine and provide comprehensive training for your operators. Related costs like visas, travel, and lodging are covered by the buyer.
Q5: What is the production capacity of your facility?
Our current production capacity allows for approximately 10 full sets of thermoforming machines per month.
Q6: What are the main advantages of a fully servo-driven machine?
It offers significantly lower noise levels, eliminates vibration, provides faster thermoforming speeds, and ensures better product consistency compared to traditional models.