A Dive into History

Due to a combination of relaxing societal norms, throughout the 1950’s and 60’s, many bars (and bartenders) began to get busier. Subsequently bartenders began to place more emphasis on speed and efficiency than the decorum and etiquette of previous decades and it was in this period that John J. Daly revolutionized the bar scene. In 1963, he patented the first pour spout ​(Daly, 1963)​ made of plastic. By the 1970s, these pour spouts adorned almost every bar across America. What began in bars soon spilled over into other establishments, making its mark in coffee shops with syrups and juices, and in restaurants with dressings.

Unravelling the Magic Behind Pour Spouts

At its core, a speed pourer is designed for precision, speed, and cleanliness. It streamlines and directs liquid, offering faster pours and less wastage. This ensures that more cocktails can be made per bottle, boosting profit margins. While commonly associated with bartending, speed pourers are versatile and find their way into various culinary settings.

All speed pourers have three primary components:

1. A fin system to adapt to different bottle neck diameters.
2. An air tube system that facilitates the exchange of liquid for air, ensuring smooth pouring.
3. A tapered spout to effectively channel the liquid flow.

1. Tapered Metal Pourer

• Description: This is a standard pourer often seen in bars. It has a metal spout and a rubber cork to fit snugly into bottles.
• Pros: Durable, easy to clean, consistent pouring.
• Cons: Might not fit all bottle neck sizes; some might lack a cover, leading to potential contamination.

2. Flap or Screened Pourer

• Description: Similar in design to the tapered metal pourer, but with an added flap or screen mechanism that helps keep out fruit flies and other contaminants.
• Pros: Keeps out contaminants, good flow control.
• Cons: Can be irritating in a busy environment. Slightly more difficult to clean due to the flap/screen

3. Measured Pourer

• Description: This type of pourer automatically dispenses a set amount of liquid (e.g. 30ml) each time it's tipped.
• Pros: Offers consistent pours, which can help in cost control.
• Cons: More moving parts, which can mean more potential for malfunction; not as versatile if different pour amounts are needed.

4. Plastic Pourer

• Description: Made entirely of plastic, these are often cheaper alternatives to metal pourers.
• Pros: Economical, lightweight, available in various colours which can help with identification.
• Cons: May not be as durable as metal counterparts, potential for inconsistent pour.

5. Digital/Smart Pourers

• Description: A relatively new innovation, digital pourers come in a variety of forms – some automatically control pour volumes while others simply measure the poured amounts for stock management purposes.
• Pros: Provide accuracy and control which can improve cost management.
• Cons: Expensive and technical which can make them prone to malfunction.