BFT Flexo

Benefits

The GT x PP series stands out for its configuration with a twin peristaltic pump system controlled by inverters, a technology that enables precise handling of even high viscosity inks and coatings, completely preventing foam formation inside the doctor blade chamber. Thanks to this system, the GT x PP ensures stable and controlled ink flow throughout every stage of the process, making it an ideal solution for high-complexity applications. Additionally, the use of electric pumps instead of pneumatic ones leads to a significant reduction in energy consumption, helping to lower operating costs and reduce the environmental impact of the system. In this system, maintenance is limited solely to replacing the peristaltic tube.

Technical Features

Sectors of Reference

Flexo | Offset | Coating

Benefits

The GT x PM series features a hybrid configuration: a peristaltic pump controlled by an inverter for ink delivery, combined with a digitally frequency-regulated pneumatic pump for return flow. This setup has become a preferred choice for water-based ink printing, ensuring foam free operation in the doctor blade chamber and delivering an optimal balance between performance and cost-effectiveness.

Technical Features

Sectors of Reference

Flexo | Offset

Benefits

The GT x MM series features a dual pneumatic pump configuration, both digitally frequency-controlled by PLC, ensuring a constant yet adjustable and reliable ink flow under all operating conditions. It is the preferred solution for solvent-based ink printing, where durability and consistency are essential, but its versatility also makes it well-suited for water-based and UV inks. Robust, intuitive, and high performing, the GT x MM stands out as a perfect balance of reliability and adaptability, making it an excellent choice for production lines handling multiple ink systems.

Technical Features

Sectors of Reference

Flexo | Offset

Benefits

The GT Corr series is specifically designed for the corrugated board industry, featuring a dual pneumatic pump system, both digitally PLC-controlled, to ensure an adjustable stable and reliable flow under all working conditions.

Engineered to deliver maximum efficiency at a competitive price, it offers a practical solution to enhance performance without exceeding budget constraints. This system allows for a complete transformation of operator routines at the press, enabling faster, more effective wash cycles and significantly reducing downtime and manual effort.

Technical Features

Sectors of Reference

Flexot

Automatic drum cleaning system that detects substrate width, optimizes cleaning, and lowers the risk to operators.

MasterClean is BFT’s innovative system for automatic central drum cleaning in flexographic printing machines. Cost-effective and compact, it automatically detects the width of the printing material, optimizing cleaning on the outer bands where dirt accumulates the most.

MasterClean, Installed above the drum, beneath the exit path of the material, MasterClean consists of a guide system mounted on the press frame and one or two cleaning heads with interchangeable cloth cartridges. The intuitive eBFT control panel with eSim allows programming for any requirement.

MasterClean eliminates machine downtime and operator risks, ensuring unparalleled cleaning for superior print quality. Its compact size allows for easy installation on most flexographic press models for water-based, solvent-based, UV, and EB inks.

Real-time monitoring of ink usage per printed piece. Detects circulation issues and prevents stoppages.

INK600 is the sensor developed by BFT FLEXO to precisely monitor ink consumption per printed piece. Integrated into the inking circuit, it calculates ink usage in real time based on printing speed or the number of items produced, providing a key metric for cost optimization and process efficiency. INK600 also detects low ink levels in the bucket, alerting the operator and helping prevent production interruptions.

Standardizes chamber/internal pressure, reduces blade wear, and automates wash cycle disconnection.