WAS Germany Hamburg Tableware Sets for Professional Kitchens
This precision in craftsmanship is also evident in the targeted design of the individual porcelain pieces, which were developed specifically for intensive use under demanding conditions. The WAS Germany Hamburg series is characterized by high impact resistance and precise dimensional stability, which noticeably simplifies daily handling. For example, the various models - such as the Hamburg mug with a handle, available in heights of 84 millimeters and 90 millimeters - ensure flexible adaptation to different food-serving systems. In addition, the stackable cups and the precisely fitting coffee saucer with a double rim ensure safe transport, as the tableware rests securely in the recesses without slipping.
If you’re looking for a model compatible with multiple manufacturers, you’ll find additional professional coffee mugs for every demanding kitchen in our complete product range.
For structured food presentation, the System 2000 series compartment trays are also available; these come either without partitions or with up to three compartments, allowing for a neat separation of menu components. Sturdy stew bowls with a capacity of up to 1,000 milliliters, as well as shallow salad bowls, round out the portfolio for seamless catering. In addition to these specialized systems, INTERGASTRO offers a selection of tableware from various manufacturers in the “System Tableware” segment to optimally equip your workplace.
Furthermore, the combination of the upper cup and the special set plate results in significant space savings on serving trays. In addition to this special porcelain, INTERGASTRO also offers matching models for the tray transport cart segment to optimally support logistics in your facility. All components of the collection feature a smooth, easy-to-clean glaze that fully meets the strict hygiene requirements of the medical sector and cafeterias. Finally, the well-thought-out design ensures that the porcelain’s thermal properties reliably keep food warm during distribution.