Amidst the dual pressures of a shortage of skilled workers and production efficiency bottlenecks in the printing and packaging industry, a transformation in production modes led by equipment intelligence is quietly underway. Lefu officially launched its generation of intelligent laminating solutions. Through revolutionary human-machine interaction design and automation technology innovations, this solution successfully simplifies the traditionally multi-person collaborative laminating process into a single-operator standardized operation, ushering in a new era of high-efficiency “single-operator workshop” production for the industry.
Traditional laminating operations have long relied on the experience and skill of operators, making it difficult to ensure consistent quality, and the training cycle for proficient technicians is lengthy. Lefu’s “Zhifu” intelligent control system is the first to apply intuitive touchscreen interaction and deep learning algorithms to laminating equipment. The high-definition touchscreen features a modular interface design, with core parameters and operational status displayed clearly. The bilingual interface in Chinese and English better adapts to international production environments. The system comes pre-loaded with a database of process parameters for over 50 common materials and can memorize custom configurations, enabling “one-touch retrieval and immediate production.”
LF1700-F1 Pro Automatic Laminator (50 m/min)
Model: LF1700-F1 Pro Automatic Roll Laminator
Rear Trimmer: 3 Pcs
Max Lamination Width: 1630mm/64″
Lamination Temp: 0~60°C/0~140°F
Max Lamination Speed: 50 M/Minute
Roller Up and Down: Pneumatic Pressure
The core model, the LF1700-F1 Pro, achieves multiple groundbreaking innovations at the mechanical level. Its 360-degree adaptive air expansion shaft and automatic locking system allow a single operator to easily complete tasks such as loading and unloading rolls, which previously required two people. The equipment is equipped with a 200mm composite silicone pressure roller, which not only ensures excellent adhesion but also boasts a service life more than three times the industry standard. More notably, the integrated “trinity” precision control system—combining infrared alignment, automatic tension compensation, and real-time deviation correction—completely addresses long-standing industry challenges such as misalignment, skewing, and wrinkling.
Safety and user-centric design are another key focus of this upgrade. The equipment features a multi-point photoelectric safety protection system capable of initiating emergency braking within milliseconds. The static elimination device not only protects operators but also prevents potential damage to precision electronic products during lamination. Hand Safety Sensor will Protect Operator Safety. When Foreign Matter into Laminator, Laminator Will Stop and Roll up Automatically. After Laminator Stopped Automatically Will Be Sound and Light Alarm. LeFu LF1700-F1 Pro Roll Laminator Can Avoid Any Bubbles and Folds during Lamination. Up and Down Roller use Silicon and Solid Seamless Steel Tube. Silicon Roller Has Long Time Service Life under High Temperature Lamination. The innovative “automatic stop when no material is present” and “anti-pinch” intelligent sensing functions enhance safety while further optimizing the continuity of the production process. Through an adjustable flattening guide roller system and modular film-feeding devices, the equipment can perfectly handle various media, from traditional adhesive-backed materials to new liner-free films, providing solid technical support for customers’ creative implementations.
As the concept of intelligent manufacturing penetrates deeper into traditional industries, Lefu’s latest product iteration signals a new direction for productivity innovation in the printing and packaging industry. By lowering technical barriers, improving standardization, and optimizing resource allocation, intelligent equipment is becoming the core driving force for the transformation and upgrading of traditional manufacturing.
