Know the batch.
Record the oil’s composition, consistency and viscosity with its measurement temperature. Keep sample identity traceable.
Technology deep dive / 04
HeRo.
Built around
live rosin.
A rosin-focused platform that brings partitioned heating, two oil pathways and an isolated airway into one device architecture. Explore what each feature does—and how to evaluate it with your formulation.
Factory illustration · enlarged, not to scale
01 / FOCUSRosin formulations
02 / HEATINGPartitioned atomization
03 / OIL SUPPLYTwo pathways
04 / AIRFLOWIsolated airway
01 / Three ideas working together
Heat, supply and airflow.
Each has a different job.
CCELL introduced HeRo as a rosin-focused platform with three defining features. Read the factory illustrations as an explanation of design intent, not a measured temperature map or proof of finished-product safety. [1]
The heat-delivery structure
Different heating regions.
One formulation.
CCELL describes partitioned atomization as a multi-level heating distribution intended to support cannabinoids and terpenes in different regions. [2]
Not separate tanks or purified ingredients.
The graphic labels the heating concept. It should not be read as a claim that the hardware separates your oil into isolated chemical ingredients before vaporization.
The oil-delivery structure
Keep oil moving
toward the heater.
The two pathways are intended to maintain supply to the heating element and reduce insufficient saturation during use. They are not two user-fillable reservoirs. [2]
Test supply under repeat use.
Include controlled repeated draws and periods of rest. Record any decline in output or change in flavor instead of assuming the pathway design eliminates every dry hit or clog.
The assembled-device airflow path
Separate the airway
from electronics.
CCELL describes an airway designed to be isolated from the battery, circuit board and other electronic components. [2]
Architecture is not a safety certificate.
Confirm the materials and relevant test documentation for your exact model and finished product. The airflow feature does not by itself establish contaminant-free aerosol or regulatory approval.
02 / Protect the formulation decision
Rosin-specific design.
Batch-specific validation.
A platform built for rosin is a useful starting point. The exact formulation and assembled device still determine what your customer experiences.
Follow the model.
Confirm filling, capping and settling instructions for the actual device. Avoid applying one model’s procedure to another.
Use consistent conditions.
Evaluate flavor, output and oil delivery with a repeatable draw pattern, agreed settings and representative storage conditions.
Set release criteria.
Define acceptable results before selecting a production run. Include applicable finished-product testing and market requirements.
This is a planning checklist, not a processing recipe, validated test method or guarantee of compatibility.
03 / HeRo in an assembled device
One platform.
Different device experiences.
These manufacturer examples illustrate how the HeRo architecture appears in different formats. Ask Hamilton about the exact available configuration; a manufacturer listing is not a statement of local inventory.
HeRo / Inhale-activated all-in-one
Rosin Bar
A slim metal-housing format with USB-C charging. CCELL’s current product page specifies a 0.5 mL tank and 280 mAh battery. [2]
HeRo / Display-equipped all-in-one
Vision Box Elite
The Elite model combines HeRo with a display, preheat and selectable voltage settings. Do not confuse it with other Vision Box versions. CCELL lists 0.5 mL and 1 mL capacities, a 200 mAh battery and an 18-piece batch-capping configuration. [3]
04 / Before you choose
Know what the
platform name means.
Is HeRo the same as EVOMAX?
No. They are distinct CCELL platforms. HeRo is positioned specifically around rosin, with partitioned atomization, two oil pathways and an isolated airway. Use the platform comparison to narrow your sample shortlist.
Does partitioned atomization set one universal temperature?
No. The factory illustration describes a heating-distribution concept, not a numeric operating temperature for every device. Settings, control systems and conditions belong to the exact model.
Does the platform guarantee a fixed flavor improvement?
No universal percentage is established here. Flavor claims depend on the test method, comparator, formulation and device conditions. Evaluate the experience under an agreed sample plan.
Does an isolated airway replace safety testing?
No. Airway architecture and product testing answer different questions. Request model-specific materials and test records, and review the requirements that apply to your finished product and market.
Can I use any rosin without testing it?
No. A rosin-focused design is not blanket approval of every formulation. Confirm the intended oil, hardware configuration and production process with your team and Hamilton before committing to a run.
Sources & reading notes
Reviewed September 6, 2026. Product examples reflect manufacturer specifications, not a guarantee of Hamilton inventory or local regulatory acceptance.
- CCELL · HeRo and EVOMAX introductionManufacturer platform context and HeRo’s three core design features.
- CCELL · Rosin BarPartitioned heating, two oil pathways, isolated airway and device-specific specifications.
- CCELL · Vision Box EliteHeRo-equipped Elite configuration, battery, capacity, voltage settings and batch capping.
Match the hardware to the oil
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rosin sample plan.
Tell us about your formulation, target capacity and production needs.