X-Spiral 8

Membrane nanofiltration, often referred to as organic solvent nanofiltration, is a separation method that uses specially designed membranes to gently filter solvents from heavier compounds. Instead of relying on heat or evaporation, the process uses pressure to guide the solvent through the membrane while keeping cannabinoids, waxes, pigments, and other larger molecules on the opposite side. This creates a cleaner, more selective form of separation that helps preserve sensitive components often affected by high temperatures.

In cannabis and hemp processing, this approach is especially valuable because it supports solvent recovery, winterization, and purification without exposing material to harsh conditions. By allowing only certain molecules to pass through, membrane nanofiltration gives processors a controlled and consistent way to refine extracts while reducing energy use and minimizing thermal degradation. The result is a streamlined, reliable method for handling post-extraction tasks with improved product quality and smoother lab operations.

The X-Spiral 8 uses a membrane-based process to separate solvents from extracted material without relying on high heat. Instead of evaporating and condensing the solvent, the system gently moves the mixture across selective membranes that allow the solvent to pass through while retaining larger compounds. This low-temperature approach helps protect cannabinoids, terpenes, and other delicate components that are sensitive to heat, which is especially important in cannabis and hemp processing.

Because the separation happens in a continuous, pressure-driven cycle, the system can handle high volumes while maintaining a steady, controlled process. Facilities gain a consistent way to manage solvent recovery that reduces stress on equipment, cuts energy use compared with traditional methods, and supports reliable, repeatable post-extraction workflows at an industrial scale.

The X-Spiral 8 is designed for high-volume solvent recovery in cannabis and hemp processing, as well as other botanical and specialty chemical applications. Its primary role is to reclaim solvents from extraction streams so they can be reused, helping processors lower operating costs and reduce waste. Because the process is gentle and low-temperature, it supports product quality while managing large throughputs.

Beyond bulk solvent recovery, the platform can be configured with alternate membranes to support additional refinement goals. These can include winterization to remove fats and waxes, or targeted purification steps such as color or pesticide remediation. This flexibility allows processors to perform multiple post-extraction tasks with a single core system rather than relying on separate pieces of equipment for each step.

Membrane technology offers several benefits for cannabis and hemp processors compared with traditional solvent recovery methods. Because the process works at low temperatures and avoids evaporation, it helps protect sensitive cannabinoids and terpenes from degradation. This gentler approach also reduces the overall energy load, making day-to-day operation more efficient and cost-effective. The system runs smoothly without the constant heating and cooling cycles seen in other equipment, which contributes to longer lifespan and easier maintenance. Another advantage is the flexibility—membranes can be selected or swapped to support different goals such as winterization or color remediation. Altogether, membrane filtration provides a cleaner, more controlled, and more sustainable way to manage solvent recovery and purification in extraction labs.

1. What is the main purpose of the X-Spiral 8?
It is designed for industrial-scale solvent recovery, giving cannabis and hemp processors a way to handle high volumes while protecting product quality.

2. How does it help preserve cannabinoids and terpenes?
The system operates at low temperatures using membrane separation instead of boiling, which helps reduce thermal stress on sensitive plant compounds.

3. Can this system be used only for cannabis and hemp?
No. While it is well suited for cannabis and hemp extraction streams, it can also be configured for other botanical, flavor, fragrance, and specialty chemical applications.

4. Does the X-Spiral 8 support winterization or purification?
Yes. With the appropriate membranes, the platform can be used for winterization and for additional cleanup steps such as color or pesticide remediation.

5. How does automation benefit day-to-day operation?
The touch-screen interface and built-in control logic help standardize recipes, monitor system health, and handle alarms, which reduces manual intervention and supports consistent performance.

6. Is the system difficult to integrate into an existing facility?
The X-Spiral 8 is built on a compact, skid-based layout that is designed to tie into existing tanks, piping, and utility connections in industrial processing areas.

7. What types of solvents can it work with?
It is compatible with a wide range of organic solvents commonly used in extraction and purification workflows, and can be configured around the specific solvents used in a facility.

8. How does it compare to traditional heat-based recovery systems?
Instead of evaporating and condensing the solvent, the X-Spiral 8 uses membranes and pressure, which typically requires far less energy and is gentler on the product.

9. What kind of maintenance does the system require?
Routine maintenance focuses on monitoring membranes, checking seals and pumps, and following standard cleaning procedures. The absence of constant heating and cooling cycles can reduce wear compared with some traditional designs.

10. Can the system be expanded as production grows?
Yes. The platform is designed so that additional membrane racks and options can be added if a facility needs more capacity or wants to unlock additional processing functions.