All About Carboys — Innovating A Classic Lab Container

Photo From Foxx Life Sciences

Originally Posted On: https://www.foxxlifesciences.com/blogs/foxx-blog/all-about-carboys

A brief look inside any biology or chemistry lab will typically display a myriad of lab supplies. Flasks, beakers, petri dishes, test tubes, charts, scientific instruments, sinks/washing stations and other laboratory equipment will most likely line the walls, clutter bench tops, and otherwise take up valuable lab space. Among the scientific apparatus, you will undoubtedly find a carboy.

Although a humble container, carboys are known to be one of the most indispensable assets to scientists and researchers. Liquid storage, and the transportation of media, is a consistent need in the science field. With multi-purposes, laboratory carboys are able to contain nearly any fluid, and are the quintessential storage container when working with large volumes of liquid.

Primarily made of glass or plastic, carboys are available to suit different purposes. Some feature the ability to be autoclaved, while others can withstand certain levels of heat, cold, or chemical interactions. Carboys have come a long way from their humble beginnings, and many strides have been made to innovate their designs.

Many plastic carboys tend to be made of PETG (polyethylene terephthalate, glycol modified). These are typically cheaper than glass carboys and more lightweight. The lightweight nature of plastic makes it the superior option in cases where heavy duty loading equipment isn’t easily accessible and mobility is a necessity. An empty glass carboy can still be difficult to maneuver, whereas plastic carboys can be handled with ease.

Plastic carboys are also more modular than glass ones. One could easily drill a hole, add spigots or any other functionality without compromising the integrity of the material or containment.

Plastic is not intended for use with all materials and media, however, as certain liquids can stain the plastic lining, leaving odors or stains difficult to remove. Additionally, if a carboy was not made with BPA-Free material, it can possibly affect taste and cause potential health risks if you are storing liquid intended for consumption.

Glass carboys are a great choice where long term storage and minimal transportation are needed. Often quite heavier, glass carboys are easier to clean than plastic due to the slick nature of glass. Oxygen and other gasses are not able to easy penetrate glass, so contents are able to maintain freshness and sterility if capped. Glass is also a more durable material than plastic, unable to be to easily scratched.

There are some potential risks with glass to be aware of. While sturdy and durable, glass is able to be shattered with large enough impact. Turbulent conditions or dropping from even small heights can yield disaster if a glass carboy shatters. Additionally, glass carboys can become very heavy when filled.

While the carboy, as it existed for hundreds of years has worked fine, we here at Foxx Life Sciences have worked to improve its design and grant greater functionality and ease-of-use to researchers across the globe. We are proud to boast the widest selection of sizes on the market, from 2.5 liters (.5 gallons) to 75 liters (20 gallons). The improvements we’ve made are extensive.

We expanded the variety of materials carboys are made of. In addition to glass and PETG, we manufacture PP (polypropylene), HDPE (high-density polyethylene resin), and PC (polycarbonate). Assembled in our ISO 7 clean room, all of our laboratory and bioprocess carboys are BPA-free and made from USP Class VI and FDA grade materials, gamma sterilized in the United States.

To improve carboys, we reduced and altered the profile of the carboy while maintaining volume. The distinct rectangular shape now saves valuable lab and bench space, allowing easy stacking and storage. Cylindrical carboys can unintentionally roll on your bench, wreaking havoc and potentially breaking if they hit the ground. Our efficient design eliminates this possibility. Our researchers at sea really love us!

Additionally, we added ergonomic handles on all of our models to allow easy maneuverability and transportation. This means safer handling, easier pouring, and greater versatility. Molded grips in the base are strategically placed to allow easy lifting from below.

We widened the neck of the carboy to enable faster pouring and to simplify cleaning. Hard to clean spots are now literally in reach, as you can fit your entire arm inside of the carboy. The large mouth on the carboy means trivial fluid transfer without the need for funnels.

We placed the spigot inset to the carboy, reducing the profile and minimizing the chance for accidental bumps with the spigot. Our carboy spigots utilize our VersaBarb technology, which allows for a variety of different spigot sizes, dual flow rate, and secure locking to prevent leakage.

We imprinted large, easy-to-read metric graduation marks on the outside of the carboy, certified to ±5% accuracy. The carboy material and volume are also imprinted.

Finally, we fitted our carboys with our VersaCap technology to enable even  broader functionality and flexibility. From microbiology to chemistry, our carboys can do it all.

Economical in both wallet and storage, our carboys are a must-have for any laboratory.

Innovation is our driving force here at Foxx. The changes we’ve made to even the simplest of lab equipment demonstrates our dedication to improving lab safety and quality across the world. Our Innovation is Your Opportunity and we trust our carboys would be an excellent addition to any laboratory, regardless of size.

We’ve even created some documentation to make carboy lifting/handling and carboy cleaning easier.

Carboy Care – How to Lift and Clean Carboys