1. Define the job the equipment must do
List the problems the current post-harvest process creates: delayed release, microbial risk, inconsistent quality, labor pressure, space constraints, or product loss. Rank them. A purchase discussion becomes clearer when the highest-priority problem and its baseline are written down.
Describe the incoming material, batch range, desired output, and downstream release path. Equipment for a craft operation and a multi-site program may require different controls, staffing, and documentation even when the underlying technology is related.
- Which problem matters most to the business?
- What measurable improvement would make a project worthwhile?
- Which product formats and batch sizes must the system handle?
2. Review facility and workflow fit
Measure the available footprint, room access, utilities, material movement, and operator work around the proposed unit. Ask what installation or construction is actually required in your buildout. A system should be evaluated within the complete harvest-to-release process rather than as a standalone box.
Clarify how batches are identified and recorded, who loads and unloads the unit, and where material waits before and after treatment. Those details affect throughput, traceability, and daily operating cost.
- What must change in rooms, utilities, or material flow?
- How many operator hours are needed for each batch?
- What procedures and records must be added?
3. Ask for evidence that matches your use
Request microbial and quality data for the treatment parameters, product format, and configuration under consideration. “Up to” results may identify potential, but they do not predict the outcome for every flower or facility. Check sampling, controls, methods, and any stated limitations.
Quality review should include the attributes you sell on, such as terpene and cannabinoid profiles, aroma, appearance, and trichome condition. Confirm the local compliance path with advisers who know the jurisdiction in which the product will be released.
- What has been tested on comparable material?
- Which results are measured rather than projected?
- Who will approve the process for this facility?
4. Compare rental and purchase on total value
A rental option can reduce the need for an upfront equipment purchase, but terms, availability, service, and operating costs matter. A purchase may fit a stable long-term process, while a rental may support evaluation or a changing capacity plan. Ask for a written comparison tailored to your facility.
Include installation, utilities, maintenance, cleaning, staffing, training, downtime, and support in the business case. Compare those costs with measured cycle time, usable yield, and quality outcomes from your own operation. NanoCure can connect you directly with US-based NanoGuard representatives to discuss the available commercial paths.
- What is included in rental, service, and purchase terms?
- Who provides installation and operator training?
- How will the project be evaluated after a pilot?
5. Turn the conversation into a decision plan
Before committing, write down the proposed configuration, pilot scope, acceptance criteria, responsibilities, and timeline. Identify what happens if the result falls short of a microbial, quality, or throughput target. This creates a practical decision point instead of an open-ended equipment discussion.
Bring your facility details and quality goals to the NanoCure team. The first conversation can then focus on fit, evidence, and the next review step rather than broad claims.
- What must be demonstrated before a commercial decision?
- Who owns the technical, quality, and financial review?
- What data will be collected during operation?
Review your process with NanoCure.
Tell us about your facility, material, target outcomes, and evidence needs. The team can help frame the next technical conversation.
Meet with a NanoCure engineer