Latamcan 2025: Cutting Energy Costs through Pneumatic Efficiency

Addressing the high energy demands of utilities like compressors and vacuum pumps in canmaking was the focus of Pneumofore’s participation at LATAMCAN 2025, the leading conference for the metal packaging industry in Latin America. Held in São Paulo, Brazil, the event gathered canmakers, suppliers, and key decision-makers from across the region, reaffirming its role as a key meeting point for the global can manufacturing sector.
As a trusted partner in aluminium can production, Pneumofore returned to the event to present its Rotary Vane vacuum and compressed air solutions for 2-piece can lines, with a strong focus on durability, energy efficiency, and CO₂ emissions reduction. Pneumofore systems are designed to meet sustainability goals by significantly lowering operational energy consumption and reducing environmental impact.
A key moment of the conference was the presentation by Pneumofore’s CEO, Mr. Rolf Hilfiker, who emphasized how utilities can be both energy-intensive and maintenance-heavy—two concerns that can keep production managers awake at night. Pneumofore answers with a proven combination of reliability, constant efficiency over decades, and very low maintenance needs. The Rotary Vane technology, which is at the core of Pneumofore vacuum pumps and compressors, has proven to offer the lowest Life Cycle Cost available on the market.
Beyond machinery, Pneumofore offers a Total Responsibility package, covering on-site service, spare parts, fast interventions, transportation, lodging, and more—ensuring peace of mind without even relying on remote control systems.
Pneumofore’s successful participation was enhanced by the valuable support of the local distributor, 7-Ogun, who ensured a smooth presence throughout the event.
With decades of presence and growing references in Latin America and the support of its local partners and service centers, Pneumofore continues to deliver tailored, energy-efficient and worry-free vacuum and compressed air solutions that redefine efficiency in can production.