This product stands out for its outstanding quality and leading-edge technology, having successfully obtained EU CE certification and UK UKCA certification, while also strictly complying with ISO international standard systems and GMP Good Manufacturing Practice (GMP) certification. The endorsement of these authoritative certifications not only demonstrates that the product meets world-class standards in terms of safety performance, quality control, and production processes, but also reflects our unwavering commitment to excellence in quality.

The supercritical extraction machine is used in the condition of high pressure and suitable temperature to extract material (solid-liquid dual use). Changing the conditions in separator to make the material dissolved to achieve the purpose of separation. The main components of the device are as follows: extractor, separator, CO2 high pressure pump, solvent pump, cooling system, CO2 tank, heat exchanging system, purification system, flowmeter, temperature controlling system, safety protection devices. Attached equipments and system can meet the requirements of the supercritical system and flow chart.

1. Anti-settling stirring design, suitable for mixing high-density materials

Addressing the issue of sedimentation and stratification in high-density materials such as heavy metal powders and mineral additives, a bottom-mounted auxiliary stirring paddle structure is adopted. The main paddle handles overall convection mixing, while the bottom paddle continuously stirs the material at the bottom of the tank, effectively preventing the sedimentation of heavy particles. Even multi-component materials with a specific gravity difference exceeding 3:1 can achieve uniform dispersion, meeting the special formulation mixing needs of the chemical and pharmaceutical industries.

Customized Services to Meet Specific Production Needs:** Supports personalized customization based on customer factory space, material characteristics, and production capacity requirements. Functional modules such as vacuum feeding interfaces, online sampling devices, and material temperature monitoring probes can be added. Whether it's the specialized configuration of an explosion-proof workshop or a compact model for a small space, we can tailor-make exclusive solutions to improve the compatibility of equipment with the production line.

Low Consumption and Easy Maintenance, Reducing Long-Term Operating Costs: Core components use parts from internationally renowned brands, resulting in a low failure rate and long service life; vulnerable parts adopt standardized designs, leading to low procurement costs and convenient replacement, requiring no professional personnel for maintenance.

Highly Adaptable Sealing Structure for Mixing Special Materials:** Utilizing customized silicone sealing components, the tank achieves a fully enclosed mixing environment, effectively preventing volatile and easily oxidized materials (such as pharmaceutical active ingredients and chemical raw materials) from deteriorating upon contact with air. Simultaneously, the sealing structure is resistant to acid and alkali corrosion, allowing direct use for mixing special materials such as acidic herbal extracts and alkaline additives, broadening the equipment's application scenarios.

The GHL series High speed wet type mixing granulating machine, which is a core equipment for solid pharmaceutical preparations, the wet granulator is designed for powder granulation, widely applied in pre-processing tablets and capsules.
In a sealed container, it mixes powders uniformly, adds liquid binders by spraying/dripping, then forms uniform wet granules via stirring extrusion and knife shearing. Made of 304/316 stainless steel, it meets GMP standards with no cleaning blind spots. It delivers uniform, compressible granules, boosts downstream efficiency, and also suits food and chemical sectors.

The GHL series High speed wet type mixing granulating machine, which is a core equipment for solid pharmaceutical preparations, the wet granulator is designed for powder granulation, widely applied in pre-processing tablets and capsules.
In a sealed container, it mixes powders uniformly, adds liquid binders by spraying/dripping, then forms uniform wet granules via stirring extrusion and knife shearing. Made of 304/316 stainless steel, it meets GMP standards with no cleaning blind spots. It delivers uniform, compressible granules, boosts downstream efficiency, and also suits food and chemical sectors.

The GHL series High speed wet type mixing granulating machine, which is a core equipment for solid pharmaceutical preparations, the wet granulator is designed for powder granulation, widely applied in pre-processing tablets and capsules.
In a sealed container, it mixes powders uniformly, adds liquid binders by spraying/dripping, then forms uniform wet granules via stirring extrusion and knife shearing. Made of 304/316 stainless steel, it meets GMP standards with no cleaning blind spots. It delivers uniform, compressible granules, boosts downstream efficiency, and also suits food and chemical sectors.

The GHL series High speed wet type mixing granulating machine, which is a core equipment for solid pharmaceutical preparations, the wet granulator is designed for powder granulation, widely applied in pre-processing tablets and capsules.
In a sealed container, it mixes powders uniformly, adds liquid binders by spraying/dripping, then forms uniform wet granules via stirring extrusion and knife shearing. Made of 304/316 stainless steel, it meets GMP standards with no cleaning blind spots. It delivers uniform, compressible granules, boosts downstream efficiency, and also suits food and chemical sectors.

This machines is suitable for granulating for powder in container by spray binder.
The principle of action is based on: Put the powder material into the fluid bed. The cold air is drawn into the fluid bed through the pre, middle and final filters(HEPA) and passes through the heating chamber behind the main machine, heated to the desired temperature by the heater. The material is fluidized in the fluid bed regularly . The binder is delivered to the nozzle by the liquid pump, which is sprayed to the fluidized material after being sheared into droplets by air.
The evaporating moisture is drawn out by the fan.