Levitronix Japan Product Lineup

The motor-controller integrated BPS-i30 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump's impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These components, along with the rotor magnets, make up the pump head. Unlike conventional BPS systems, the controller and motor are integrated as a driver housing, freeing users from the hassle of cable wiring and space issues. The impeller's rotation speed is precisely controlled by electronic circuits, resulting in no pulsation. With a pulsation-free valve-less structure, inline boosting is possible. The control system features a PI function, allowing for easier construction of closed-loop flow or pressure control using various sensors.

The motor-controller integrated BPS-i100 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump's impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These components, along with the rotor magnets, form the pump head. Unlike conventional BPS systems, the controller and motor are integrated as a driver housing, freeing users from the hassle of cable wiring and space issues. The impeller's rotational speed is precisely controlled by electronic circuits, eliminating pulsation. With a pulsation-free, valveless structure, inline boosting is possible. The control system features PI functionality, allowing for easier construction of closed-loop flow or pressure control using various sensors.

The BPS-2000 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These, along with the rotor magnets, constitute the pump head. The rotor speed is electronically controlled, allowing for precise control of fluid pressure and flow rate without pulsation. This pump has two types of basic systems. The standalone type includes an operation panel for manually setting the speed on the controller, allowing for the omission of a PLC that sets the speed via an analog signal. The expanded type has a built-in PLC interface, enabling speed to be set by external signals, or allowing for precise flow or pressure control using flow or pressure sensors. For more details, please contact us.

The BPS-200 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump's impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These components, along with the rotor magnets, make up the pump head. The rotor speed is electronically controlled, allowing for precise control of fluid pressure and flow rate without pulsation. This pump has two basic system types. The standalone type includes a control panel that allows manual speed setting on the controller, eliminating the need for a PLC to set the speed via an analog signal. The expanded type has a built-in PLC interface, enabling speed setting via external signals or precise flow or pressure control using flow or pressure sensors. For more details, please contact us.

The BPS-600 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These components, along with the rotor magnets, make up the pump head. The rotor speed is electronically controlled, allowing for precise control of fluid pressure and flow rate without pulsation. This pump has two basic system types. The standalone type includes an operation panel that allows manual speed setting on the controller, eliminating the need for a PLC to set speed via an analog signal. The expanded type has a built-in PLC interface, allowing speed to be set via external signals, or enabling precise flow or pressure control using flow or pressure sensors. For more details, please contact us.

The BPS-4000 pump system is an innovative centrifugal pump that does not use consumable bearings or seals. Based on the principle of magnetic levitation, the pump's impeller floats non-contact within a sealed pump casing and is driven by the rotating magnetic field of the motor. Both the impeller and the pump casing are made of high-purity fluororesin with excellent chemical resistance. These, along with the rotor magnets, constitute the pump head. The rotor speed is electronically controlled, allowing for precise control of fluid pressure and flow rate without pulsation. This pump has two types of basic systems. The standalone type includes a control panel that allows manual speed setting on the controller, eliminating the need for a PLC to set the speed via an analog signal. The expanded type has a built-in PLC interface, allowing speed to be set by external signals, or enabling precise flow or pressure control using flow or pressure sensors. For more details, please contact us.

The BPS-2000H.S is a magnetic levitation bearingless pump system that can handle high-temperature chemical liquids up to 180°C. By not using wear-prone bearings or seals that can cause liquid leakage, it significantly reduces particle generation and maintenance frequency. The impeller floats non-contact within a sealed pump casing and is driven by rotating the motor's magnetic field. The impeller and pump casing are made of high-purity fluororesin (PFA), which has excellent chemical resistance, allowing it to be used with harsh chemicals such as high-temperature sulfuric acid and phosphoric acid. To accommodate the transfer of high-temperature chemicals, the motor is equipped with a standard water cooling mechanism, enabling stable operation while suppressing the temperature rise of electronic components. It features control functions that allow for high-precision and high-speed control of the rotation speed. By combining flow sensors and pressure sensors, it achieves feedback control of flow rate or pressure, enabling stable flow and pressure control. There are two types available: a standalone type that allows for setting the rotation speed from an operation panel, and an expanded type equipped with PLC and USB interfaces. Depending on the application, it can be integrated into advanced automatic control or equipment monitoring systems.

The BPS-i600 is a magnetic levitation bearingless pump that integrates a motor and controller. Its compact design eliminates the need for an external controller, reducing wiring work and making it easy to incorporate into equipment. Thanks to magnetic levitation technology, the impeller floats non-contact within the pump casing and is driven by the rotating magnetic field of the motor. Since it does not use bearings or seals, it significantly reduces particle generation and maintenance frequency. The impeller and pump casing are made of high-purity fluoropolymer (PFA), which has excellent chemical resistance. Additionally, the pump housing is welded, eliminating the need for O-rings, thereby reducing the risk of liquid leakage and contamination. It is equipped with control functions that allow for high-precision and high-speed control of the rotational speed. By combining flow sensors and pressure sensors, it achieves feedback control of flow or pressure, enabling stable flow and pressure control. It supports PLC interfaces and RS485 (Modbus RTU) communication, making it easy to connect with existing equipment and upper systems. Furthermore, by connecting to a multi-pump system, multiple pumps can be networked for efficient control and monitoring.