The cocktail station is composed of these elements:
- Often overlooked, the assembly/work surface/drink rail allows glasses and accessories to be placed for assembling drinks. It can be on the work surface, and having a grid with a collection basin is a plus for this type of station. Assembly can also be done on the customer counter. On the bartender's side, the grid typically measures about 100 cm long by 12 to 15 cm deep with a height of 2 cm. Grid drains should be avoided, as very little water flows into the basin. For reference, it takes 2 L to fill a one-meter-long grid. We often notice odors coming back through this drain despite plumbing recommendations for path traps or basement traps. A simple wipe of the basin at the end of service is preferable. If the bartender works on the customer counter, a distance of 30 cm to 45 cm is recommended between the edge of the work surface and the bartender's side of the grid.
If the assembly work surface is on the bar station, it is better to center it in relation to the bartender's station. The work surface is a preparation grid at least 40 cm wide by 30 cm deep.
- The icewell, also called ice chest and ice bin, is a large insulated box where ice cubes and crushed ice are stored during service. The icewell or ice chest is often mistakenly cited as the most important element, as it's not its size or volume that determines ergonomics. Many professionals focus on the icewell without considering the cocktail station as a whole, to the point of thinking the bartender works in front of the icewell. However, the bartender primarily works in front of the assembly work surface and uses the icewell just to get ice. Therefore, it doesn't actually need to be directly in front. Its size is still important because it determines the ice consumption of a bar. The less restocking during service, the better. The icewell often keeps preparations and solid ingredients placed in bins cool. Icewells are rarely mentioned with their ice capacity in kilograms. They are mostly described in liters. For cube ice, on average, 1.6 L of ice equals 1 kg of ice due to the air space between ice cubes. An 80 L bin can therefore hold 50 kg of ice. However, it is incorrect to count a full icewell because the setup often dedicates a large space in the icewell for various other preparations and bottles. For a cocktail station that requires crushed ice, estimate ⅓ crushed ice for ⅔ ice cubes. A 75 L icewell is already very comfortable for a standard service.
Ice cubes for quality cocktails should be cubic, solid, clear, and completely transparent. Optimal sizes for cocktails range from 28 to 32 mm per side. For crushed ice, nugget ice is preferred over traditional crushed ice because it lasts longer and is drier. Some ice machines produce spherical shapes or other special forms that are highly appreciated for being visually appealing in glass presentations. Hollow ice cubes should be avoided for making cocktails because their shape offers a larger surface area with the drink, tending to melt faster. For more information on ice cubes and ice machines, refer to the chapter Equipment.
- The garnish set is where condiments and solid ingredients are organized. It houses gastronorm pans size 1/9 with a depth of 10 cm or larger pans in ⅓ size. The condiment set is generally placed above the icewell, as the ice helps keep the bins cool. If some cocktails on the menu are in high demand, like mojitos, we recommend using larger pans like ⅓ or ⅙ with a depth of 10 cm, as mint occupies a large volume.