Pressure glass washer

The Eros Monolith series pressure glass washers are indispensable tools for speeding up bar service, ensuring glasses are always perfectly clean and at the ideal temperature. These devices, installed directly on the bar counter, rinse and cool glasses in seconds with a powerful jet of water activated simply by inverting the glass on the rack. This technology is particularly appreciated in high-volume establishments, where speed of service makes the difference between a satisfied customer and a queue at the bar. Monolith offers various types of glass washers, designed to withstand the intensive use typical of bars, pubs, and restaurants serving hundreds of drinks a day. Hygiene is guaranteed by the continuous flow, which prevents stagnation and bacterial growth, while the compact design integrates seamlessly into any bar counter without taking up valuable space.

Technical Features

The Monolith pressure glass washer uses an extremely reliable mechanical activation system, based on a spring-loaded valve that opens when the glass is pressed against the perforated grid. This mechanism, free of electronic components, ensures continuous operation even in humid environments and eliminates failures related to electrical malfunctions. The support grid is made of stainless steel with calibrated holes that direct the water jet towards the inside of the glass, creating a vortex effect that effectively removes foam, sugar, and other deposits. The drainage system is designed to quickly dispose of rinse water, preventing buildup and splashes on the countertop. Monolith models are ideal for chilling glasses and serving beer with a perfect head and cocktails at the right temperature. Maintenance is minimized: the grill is removable for daily cleaning, while the internal seals are accessible without completely disassembling the device.

Why choose it

A pressure glass washer represents a strategic investment for any establishment that focuses on quality of service and speed of operation. The difference compared to traditional manual rinsing is clear: a glass is rinsed and chilled in 2-3 seconds versus the 15-20 seconds required with a standard tap. During peak hours, this translates into tens of minutes saved and drastically reduced lines at the bar. The controlled water temperature significantly improves the quality of the drinks served: beer maintains a dense and persistent foam, while frozen cocktails remain at the ideal temperature longer. For establishments that focus on excellence, the glass washer becomes a distinctive element of service, visible to customers and synonymous with professionalism. Superior hygiene compared to tank rinsing (where stagnant water quickly becomes a breeding ground for bacteria) is a critical advantage for HACCP compliance and food safety. The investment pays off quickly: the savings in staff time, the reduction in water waste compared to extended rinsing, and the increased customer satisfaction justify the initial cost within just a few months of use.

High-quality materials

The Monolith glasswasher series uses materials suitable for contact with water, including AISI 304 and DELRIN (POM), ensuring corrosion resistance even in the presence of hard or chlorinated water. The internal valve and components are made of materials suitable for contact with water. The gaskets are made of certified food-grade EPDM, resistant to temperatures from -10°C to +90°C without degrading or releasing substances into the water. The stainless steel support grid features a satin finish that reduces the visibility of smudges and fingerprints, maintaining a professional appearance even during the most intense use. Each glasswasher undergoes 10-bar pressure testing to ensure absolute tightness, and simulated opening/closing cycles to verify the valve's durability (over 500,000 activations). Choosing Monolith means relying on an Italian company with dedicated technical assistance and immediate availability of original spare parts, ensuring operational continuity even in the event of natural wear of components subject to greater mechanical stress.