About Us

Azienda italiana specializzatata nella produzione di accumulatori e rack.

Italian excellence recognized worldwide

ABLE represents Italian excellence in the design, construction, and assembly of hydraulic piston accumulators and accumulator racks. We offer a comprehensive range of hydraulic storage solutions, including bladder accumulators, nitrogen bottles, and accessories, designed to meet the needs of any industrial sector.
We provide customized solutions managed through SPoC (Single Point of Contact) to ensure a unified and comprehensive response to all customer requests.

CORPORATE IDENTITY

Our mission is to deliver high-quality products and respond to market demands as quickly as possible. We aim to become leaders in the distribution of piston accumulators, complementing our offering with .

ABLE’s vision is realized through the reliability and innovation of our products, which address global market challenges and establish us as a trusted partner.

Accumulatori a pistone e accumulatori a sacca per applicazioni industriali.

THE GROUP

ABLE was founded as a joint venture between Silvio Fossa SpA and Hydroservice SpA, combining the expertise and resources of both companies to meet the growing demand for hydraulic accumulators across various industries.

With the assets and organizational structures of its parent companies, ABLE can offer products and systems designed, manufactured, and fully integrated in-house. This synergy enables us to maintain high standards and remain competitive in the industry.

Joint venture Silvio Fossa SpA e Hydroservice SpA.

SUSTAINABILITY

We are committed to promoting sustainability through the innovation and efficiency of our products. ABLE piston accumulators ensure high storage capacity and long-lasting performance while minimizing environmental impact.

Our production processes are designed to reduce waste and optimize resource utilization, adhering to global requirements for minimizing environmental impacts. Additionally, we explore and integrate new technologies for the energy transition, such as hydrogen pressurization systems for redistribution across networks, contributing to a more sustainable future.