Twister Cure Puck Gen 2

◄ What exactly is a Cure Puck?

The Cure Puck is an intelligent IoT device designed to consistently achieve optimal curing results by monitoring critical factors within the curing room environment, including the headspace, and automatically releasing excess gases from containers as needed.

◄Is it possible to program the Cure Puck to automate my existing curing process?

Certainly. If you have a well-established curing process that consistently yields high-quality flower, you can configure the Cure Puck to automatically burp according to your specified parameters.

◄What advantages does the Cure Puck offer over manually burping the container?

There's nothing inherently flawed with manually burping a container, provided you consistently remember to do so, accurately gauge the timing, and control the amount of air exchanged. However, the advantage of the Cure Puck lies in its ability to offer enhanced guidance on when and for how long to burp automatically. This ensures consistent, optimal results with each use. Introducing excessive dry air can potentially compromise the curing process, just as introducing excessive moisture can.

◄Is oxygen beneficial or detrimental to the curing process?

Oxygen serves a dual purpose in the curing process. It acts as the fuel for aerobic activity, facilitating the enhancement of the curing process. This aerobic activity, known as respiration, involves the enzymatic breakdown of stored organic matter, such as carbohydrates, which consumes oxygen and produces CO2. However, prolonged exposure to excessive oxygen can result in oxidation. In dried cannabis, oxidation can lead to the degradation of organic compounds, including cannabinoids and terpenes, resulting in a loss of potency and undesirable alterations in flavor, aroma, and appearance. Proper storage in cool, dark, airtight containers is essential to mitigate these effects.

◄What advantages does the Cure Puck offer over a hygrometer?

A hygrometer is a commonly used tool to monitor the relative humidity during the curing process of flower. However, many hygrometers lack the necessary precision for making informed decisions. Typically, hygrometers priced under $100 have an accuracy of around +/- 4% and tend to lose accuracy rapidly. Given that the optimal humidity range for curing is between 60% and 63% RH, the accuracy of a meter becomes crucial. In contrast, the Cure Puck utilizes high-accuracy sensors with a margin of error of only +/- 1%, and these sensors are user-replaceable. Moreover, the Cure Puck monitors various parameters such as water activity, CO2 levels, temperature, and the overall environment of the room, while also automatically burping the container when necessary. Additionally, it provides alerts if there's a risk of microbial growth on the flower.

◄ What methods can I use to manage the Cure Puck?

The Cure Puck offers manual monitoring and control via its onboard interface, automated operation through built-in programs or algorithms, and remote management via a web interface.

Twister offers live tech support 12 hours a day, seven days a week, along with a 1 Year Warranty for the Cure Puck. All sales final.