High Performance in the Production Environment

The new PowerPulse CNp with ultrasound requires only 2.2 m² of floor space and features full-current filtration and separate infrared vacuum drying. (Photo: LPW)

The control panel can be operated intuitively, also via a tablet or smartphone. (Photo: LPW)

The tanks have a capacity of 55 liters for cargo carriers up to Schäfer size 2. (Photo: LPW)

Requires minimal floor space and offers maximum High Purity technology: the new PowerPulse CNp with ultrasound from LPW Reinigungssysteme GmbH. The compact, semi-automatic system was designed for demanding industrial applications in production environments and offers high performance, especially at low throughput rates, high-quality auxiliary processes, and in sensitive manufacturing areas.

The PowerPulse CNp is designed as a multi-stage system and functions as a complete unit with manual batch handling. It combines impulse vacuum through cyclic nucleation (CNp) and ultrasound. Both methods can be used simultaneously or selectively depending on the cleaning task. Additionally, the system features an integrated full-stream filtration that ensures stable process conditions and supports near-production, low-maintenance operation. Another essential component is the integrated vacuum infrared drying as a standalone process stage. It is an integral part of the concept and enables efficient and quality-assured results, even for sensitive or demanding components.

Dirk Konzok, Sales Manager and Authorized Signatory at LPW: "We have responded to the increased demand from our customers for a simple semi-manual CNp ultrasound system that can do much more than previous solutions. Now we are bridging the gap between laboratory technology and near-production cleaning. The new LPW product stands for a practical approach to high-quality cleaning of complex geometries: powerful, flexible, and tailored to the requirements of modern manufacturing processes."

The system is particularly suitable for demanding tasks in areas such as medical technology, additive manufacturing, or general industry. Typical application fields include cleaning medical devices, capillaries, and stents, de-powdering additively manufactured components, and cleaning complex geometries after post-processing. Additionally, pre- and intermediate cleaning processes in subtractive manufacturing are possible.

Technical data overview:

- Floor space: approx. 2.2 m²
- Dimensions (D × W × H): 760 × 2,812 × 1,496 mm
- Connection power: 35 A / 15 kW
- Filter / heating circuit: approx. 1.2 m³/h
- Heating capacity: circuit approx. 3 kW, tank approx. 2 kW
- Ultrasound power: approx. 9 W/l
- Tank volume: 55 liters

The new LPW system is available for experiments at the company's location in Riederich.