CBD Crystallization Reactor & Equipment
Get the most out of your cannabis extractions with our 50L crystallization reactor and expert design fully automated equipment for maximum production.
Superior QualityOur 50L reactor provides superior quality and maximum cannabis oil yield. Our reactor is made from the highest quality materials and designed to provide maximum yield and efficiency. The reactor is easy to use and maintain, providing consistent results every time.
Key Features & Benefits
Large Capacity – The 50L Crystallization Reactor is a large capacity reactor, allowing larger batches of crystals to be grown.
Precise Temperature Control – The reactor is equipped with advanced temperature control technology, allowing for precise regulation during the crystallization process.
Durable and Long-lasting – Made with high-quality materials, the reactor is designed to be durable and long-lasting, providing reliable performance over time.
Increased Efficiency – With its large capacity, the 50L reactor allows for the production of larger batches of crystals at once, increasing the efficiency of the crystallization process.
Enhanced Quality – The advanced heat control technology ensures precise regulation during the process, resulting in better crystal quality.
Cost-Effective – Its durable and long-lasting design helps to reduce maintenance and replacement costs in the long run, making it a cost-effective solution for any laboratory or research facility.
How It Works
Feeding – The distilled cannabinoids and other compounds are fed into the reactor. Then they are exposed to a pre-programmed temperature cycle.
Crystallization – The mixture is then heated and agitated in the reactor, allowing for controlled crystallization of the desired compounds from the cannabis material.
Recrystallization – The extracted compounds are heated and cooled in a specific flow. The crystallized compounds are then washed with a solvent and collected. The process can be repeated for achieving higher purity 2-3 times.
Applications & Uses of CBD Crystallization Equipment
Our turnkey systems provide crystallization processes and other reactions to produce high-quality CBD crystals. This type of reactor is used in industrial hemp processing and extraction and for producing CBD-infused edibles, drinks for the beverage industry, and various pharmaceutical products. Our reactor also allows hemp growers to create higher-quality, more consistent CBD isolate products.
The 50L crystallizing reactor is a powerful and efficient tool for the extraction of cannabinoids from hemp plants, as well as for producing high-purity CBD-infused cosmetics, clear CBD oil, and other such products.
The reactor can also be used in research, development, and formulation projects. It is designed to process a larger volume of raw material in its pure form in one go and produce high-quality crystallized CBD and other cannabinoids with precise control over temperature and pressure.
The large-scale crystallization equipment offers a much faster and more efficient process for creating high-purity and consistent THC/CBD/CBDA crystallization than manual methods, allowing for the production of high-quality products in short time frames.
- Reactor Volume: 50L
- Ball Flask Volume: 20L
- Condenser Cooling Area: 0.3 m²
- Reactor Material: Glass
- Agitator: SS 304 coated with PTFE
- Rotation speed: 0-600 RPM
- Filter Plate: 10-16 µm; 160-250µm
- Power: 120 W
- Voltage: 220V/60Hz, 1p
- Volume: 20 L
- Material: Glass
- Pressure: -0.1~0.5 Mpa
- Volume: 20 L
- Lowest temp: -80°C
- Accurate: ±5°C
- Flow: 20 L/min
- Refrigerating capacity: 3500 W
- Voltage: 220V/60Hz
- Storage Volume: 2×100 L
- Material: SS304
- Handling capacity: 1 T/h
- Pump Power: 0.37 kW
- Normal pressure
- Height: 1,020 mm
- Length: 1,100 mm
- Width: 650 mm
- Total weight: app. 500 kg
- Floor mounting area. min. 10 m2
- Ceiling height. 2.5 m
- Functions: Programmable Logic Controller (PLC) with first level safety functionality and user programmable temperature.
- Safety: Pressure transducers monitor system pressure and shut down system to prevent accidental over-pressurization.