Cure Puck Aggregate
Curing Data Analysis
Based on 23 structured customer interviews — findings from commercial operations, craft producers, and home growers.
Executive Summary
This report summarizes findings from 23 structured customer interviews focused on drying, curing, and post-harvest practices before and after adopting Cure Puck.
If a grower is not curing in a disciplined way today, moving to a structured cure process can materially improve outcomes. If a grower already has a disciplined cure process, Cure Puck appears to add the most value through better consistency, less manual labor, more process visibility, and tighter control over moisture movement during the cure.
"The Cure Puck is an automated curing tool that enhances product quality, improves salability, and streamlines the curing process by eliminating manual guesswork and reducing labor."
— Joe, Senior Director Cultivation Canada & Indirect Procurement, Canopy Growth Corporation
This is not a controlled scientific validation study. It is an aggregated interview-based evidence document built from customer interviews, transcript review, and supporting notes. Findings should be read as reported outcomes and reported operating patterns, not as universal rules or guaranteed results.
Methodology and Sample
Approach
23 structured customer interviews conducted between early December 2025 and late February 2026. All interviews used the same question set. Participants were offered access to aggregated findings. The sample included commercial operators, craft producers, and home growers with 1 month to 2 years of Cure Puck usage.
Important Limitations
- Findings based primarily on self-reported data
- Volunteer customers, not a randomized sample
- Not every participant answered every question equally
- Users span different scales, facilities, and cultivars
- Some examples are single-operation cases, not averages
Reported Drying Practices Before Cure
Nearly all participants described drying before cure as a critical step that strongly affected final results.
| Parameter | Low | Average | High | Most Common Range |
|---|---|---|---|---|
| Temperature | 60°F | 62°F | 66°F | 60–62°F |
| Duration | 5 days | 10 days | 15 days | 7–12 days |
| Relative Humidity | 50% | 58% | 61% | ~60% RH |
Commonly Reported Practices
- Hang dry whole plants or branches before cure
- Use environmental controls (dehumidification, AC, airflow)
- Watch for the transition point where outer texture feels dry but internal moisture remains
- Avoid entering cure too wet or too dry
- Some commercial operations use VPD, moisture targets, or water activity checks
Reported Curing Practices by User Type
Commercial & Craft Operations
Commercial and craft operators described a more controlled and data-aware cure process. They commonly referenced RH monitoring, water activity, moisture content, CO₂ trend awareness, larger containers, and the need to maintain consistency across batch sizes and operators.
| Parameter | Most Common Reported Range |
|---|---|
| Cure Temperature | 60–65°F |
| Cure RH (finish) | 57–60% RH |
| Water Activity | 0.50–0.60 aW |
| Container Fill | 50–75% |
| Cure Duration | 10–14 days |
"That cure puck is worth a lot to me. It's changed my grow game altogether."
— Tony Arra, Home Grower
Home Growers
Home growers' responses leaned more toward convenience, confidence, peace of mind, preserving smell and flavor, and removing guesswork.
| Theme | General Pattern |
|---|---|
| Primary value | Convenience and confidence |
| Monitoring approach | Simpler, less data-heavy |
| Cure goal | Preserve smell, flavor, and quality |
| Operational pressure | Low compared with commercial operators |
Despite differences in scale and sophistication, several themes appeared repeatedly across both commercial and home interviews.
| Theme | Read on the Interview Set |
|---|---|
| Better consistency matters | Repeated strongly, especially in commercial operations |
| Manual burping is a pain point | Repeated across scales |
| Better visibility reduces guesswork | Repeated strongly |
| Over-drying is a common pre-Cure Puck problem | Repeated strongly |
| Better aroma retention is a reported win | Repeated across scales |
| Good drying still matters | Repeated strongly |
Key Differences Between Home and Commercial Users
| Factor | Home Growers | Commercial / Craft |
|---|---|---|
| Primary value | Convenience, confidence, quality preservation | Consistency, labor reduction, control, repeatability |
| Process sophistication | Usually simpler | Usually more data-aware |
| Scale pressure | Low | High |
| Labor burden from burping | Annoying | Operationally expensive |
| Monitoring need | Personal confidence | Team-wide consistency and process control |
| Cure success driver | Simplicity | Repeatability across batches and staff |
Short takeaway: Home growers value Cure Puck as a confidence and convenience tool. Commercial operators value it as a consistency, labor, and process-control tool.
Top Reported Outcomes
Counts reflect explicit support found in interview files. A claim was counted only when the interview clearly supported it.
"Saved time for burping. 2.5 hours daily."
— Ken Polchan, Founder / CEO, Zaza Exotics
Aggregate Reported Operating Ranges
This section summarizes the reported operating ranges most commonly discussed across the interview set — not a single perfect recipe.
| Parameter | Most Common Reported Range |
|---|---|
| Dry Temperature | 60–62°F |
| Dry RH | ~60% RH |
| Dry Duration | 7–12 days |
| Cure Temperature | 60–65°F |
| Cure RH (finish) | 57–60% RH |
| Water Activity | 0.50–0.60 aW |
| Cure Duration | 10–14 days |
| Container Fill | 50–75% |
Reported Outcomes After Adopting Cure Puck
Challenges Before Cure Puck
"CO₂ inside of the container has been incredibly helpful to understand the off-gassing of that CO₂… being able to actually monitor CO₂ and see it leave the environment has been awesome."
— Anthony Hagman, VP of Operations, Hamilton Farms
Most Commonly Reported Improvements
Better consistency
Explicitly supported in 15 of 23 interviews. Commercial operators described more stable curing outcomes across batches.
Reduced manual burping and lower labor
Explicitly supported in 16 of 23 interviews. One of the clearest operational benefits.
Improved process visibility
Explicitly supported in 15 of 23 interviews. Operators valued seeing what was happening instead of guessing.
Reduced over-drying and better moisture control
Explicitly supported in 13 of 23 interviews.
Better aroma and terpene retention
Explicitly supported in 14 of 23 interviews. A strong quality theme.
"The two main differences were the smell… and it gave the nugs better texture… like a marshmallow."
— Frank Clark, Mohave
Recommendation & Quality Scores
Reported likelihood to recommend: typically 9–10 out of 10.
Post-Cure Puck flower quality: generally rated highly where scored.
Illustrative Case Examples
The examples below are illustrative single-operation cases. They show the range of reported outcomes, but should not be interpreted as average results across the full interview set.
Kaprikorn Farms
Labor Reduction and Process Control
Kaprikorn reported roughly 730 hours per year and about $18,000 annually in saved labor, while also describing stronger strain-specific control and a more scientific process than their prior broad-method approach.
Canopy Growth
Institutional Comparison
Canopy described an internal comparison across three curing methods. In that comparison, Cure Puck was reported to increase terpene content, improve salability, and deliver greater labour efficiency while reducing manual guesswork.
Hamilton Farms
Faster Stabilization and Preserved Aroma
Hamilton reported better aroma preservation, stronger batch consistency, and product ready to market one to two weeks sooner in that use case.
Who Cure Puck Appears Best Suited For
It appears especially relevant when the problem is not whether curing matters, but whether curing can be done consistently, efficiently, and at scale.
What Cure Puck Does Not Replace
In plain English: bad drying still creates bad starting conditions. Cure Puck improves control during cure, but does not fully compensate for poor starting conditions.
Interpretation and Practical Takeaways
For experienced operators with strong manual curing discipline, the value of Cure Puck may show up more in consistency, efficiency, monitoring, and control than in dramatic quality gains.
Successful use appears to depend on:
Entering the cure at the right moisture level
Maintaining good container conditions and workflow discipline
Using the data to prevent drift, over-drying, or delayed intervention
Limitations
- Based primarily on self-reported customer interview data
- Participants were volunteer customers, not a randomized sample
- Users span widely different scales, facilities, cultivars, and process maturity
- Not every respondent provided the same level of quantitative detail
- Some outcome examples are single-operation cases, not average results
- Intended to identify recurring patterns and reported outcomes, not to serve as a formal scientific validation study
Disclosure
Cure Puck is a Keirton product.
This report was commissioned and prepared by Keirton using interviews with current Cure Puck customers.
Findings are based primarily on self-reported interview data.