The new Atlas Copco DZS A series vacuum pump from Atlas Copco represents a notable advancement in dry claw vacuum pump technology. The DZS A series offers a range of benefits and features that cater to the requirements of various industries. This next-generation series is designed with a strong focus on performance, energy efficiency, reliability and ease of integration.

One of the most notable features of the DZS A series is its exceptional performance, delivering higher pumping speeds that enable faster processing times and increased productivity. This enhanced performance allows users to achieve higher throughput to meet demanding production requirements, making it an ideal choice for industries with rigorous manufacturing needs.

Source: Atlas Copco

Thanks to a design that prioritizes energy efficiency, the DZS A series provides substantial cost savings for users. By reducing energy consumption, these vacuum pumps contribute to lower operating costs and improved cost-effectiveness, aligning with the global drive for improved energy-efficiency and more sustainable solutions.

Reliability is another standout feature of the DZS A series which boasts a robust design that ensures consistent performance under challenging operating conditions. The pumps' ability to efficiently handle contaminants further enhances reliability, guaranteeing clean and reliable vacuum processes for a range of industrial applications.

In addition, the DZS A series is engineered with a compact and space-saving design, facilitating easy installation and integration into existing systems. This enhances the pumps' versatility and applicability across various industries, including packaging, food processing, woodworking, printing and plastics.

The new series also incorporates design enhancements that improve its capabilities, such as a redesigned silencer that significantly reduces noise levels, creating a more comfortable workplace for operators while maintaining vacuum performance. Additionally, the Smart Kit feature prevents the vacuum pump from overheating when running at ultimate vacuum, resulting in improved efficiency and suction flow.