Rothenberger ROMAX NANO Hybrid Press Machine Kit + M15-28mm iJaws (32kN)

The Worlds Smallest, Lightest & First Hybrid 32kN Press Machine The Rothenberger ROMAX NANO represents a massive leap forward in press tool technology. Designed for the modern trade professional, it is the worlds first hybrid pressing machine. It combines the portability of a compact tool with the raw power of a full-scale industrial unit. Weighing just 2.2kg (without jaws), the ROMAX NANO is built for tight spaces, overhead work, and fatigue-free operation, without sacrificing the ability to press large diameter pipes. Top Features & Benefits Revolutionary Hybrid Performance: Uniquely capable of switching performance based on the job. It delivers 19kN of force when using compact NANO iJaws (saving battery and weight) and ramps up to a full 32kN when using standard press jaws. eDirectDrive Technology: Say goodbye to heavy hydraulic maintenance. The electromechanical drive uses a brushless motor and a coated high-strength steel spindle to deliver constant force without a stop. This results in a cleaner, quieter, and more reliable tool. Wide Application Range: Despite its "Nano" size, this machine handles metal pipes up to 108mm and composite pipes up to 110mm (using standard jaws). Smart iJAW Technology: The kit includes NANO iJaws which are 40% lighter than standard jaws. They feature integrated RFID chips that communicate cycle counts directly to the machine and app. Full Connectivity: Equipped with Bluetooth and an LED HMI interface, the ROMAX NANO connects to the RO APP. This allows you to log pressing data, generate professional reports, check battery status, and receive error notifications instantly. Intelligent Operation The ROMAX NANO isn't just strong; it's smart. The machine utilizes a 2-in-1 jaw holder compatible with both NANO iJaws and Standard 32kN jaws. The internal electronics automatically detect which jaw is inserted via RFID and adjust the pressure output accordingly. Additionally, the eRotationDrive system allows for variable pressing forces, ensu