It can automatically package fancy flat bottom
products such as hemispherical, heart and polygonal ones, including chocolates,
candies and tea leaves. The packaging is tight-fitting with diverse styles, and
it can efficiently and stably output 300-400 pieces per minute.
400 pcs/min
Contact Us
021-56515699
+86 17802189902
+86 17802189902
cindy@shjfjx.com
Packaging Style
Technical Parameters
Packaging Speed：
300 - 400 pcs/min
Product Size：
(10 - 80)×(4 - 45)×(4 - 35)mm (L×W×T)
Packaging Material：
0.01 - 0.012mm aluminum foil
Power/Voltage：
10.2kW/380V/3 - phase
Packaging Machine Size：
3000×1300×1800mm (L×W×H)
Material Handling Machine Size：
3000×850×780mm (L×W×H)
Packaging Machine Weight：
1600kg
Material Handling Machine Weight：
700kg
Air Source：
0.6MPa
Configuration and Performance
Versatile Adaptability
Suitable for fancy flat bottom products such as hemispherical, heart and polygonal chocolates, candies and tea. Enables individual packaging with a tight fit and shining styles.
High Efficiency & Stability
Equipped with precision cam drive and optimized mechanical design, it boosts production speed, ensures long-term stable operation, and balances efficiency with reliability.
Intelligent & Accurate
Integrated with Panasonic servo system, PLC and multi-station sensors, it enables double-layer paper feeding, automatic paper correction, and no-material no-feed function, precisely controlling all details of the packaging process.
Easy Operation
Features a Panasonic touchscreen with multi-language support and direct parameter setting. Boasts excellent HMI and simple, intuitive operation.
Automatic Feeding
Equipped with a high-speed product sorter, it seamlessly connects to casting or dispensing equipment for fully automated feeding, reducing manual intervention.
Function Expansion
Optional coding and labeling machines can be added to integrate automatic coding and labeling functions, meeting diverse packaging needs.
Safe & Reliable
Built-in abnormal automatic alarm mechanism, upgrading safety protection, simplifying maintenance processes, and balancing reliability and usability.
