Reactor RCF 1500
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Bagging System
The bagging system allows the dosing of finished products from a container or equipment into bags with ranges up to 25 kilograms, programming the desired weight for each of these. Among its most outstanding advantages, it prevents environmental contamination and loss of the finished product, avoiding handling. The mechanism consists of an endless screw, to […]
Reactor RCF 2000
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 2500
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 3000
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 4000
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Reactor RCF 6000
The reactors are built according to GMP guidelines and ASME Div VIII code, in different grades of stainless steel (AISI 304-316-316L-316Ti) according to user requirements. These units can be designed to be subjected to pressure, vacuum, or atmospheric pressure according to the needs of the process. According to the requirements, they can be heated or […]
Vacuum Dissolver
Suction dissolvers were designed for the instant incorporation and dispersion of solid and viscous products in liquids with the force of a liquid vapor generated by a full vacuum with minimal air entrainment. The design of the rotor and stator allows a lump-free product to be obtained, thanks to the strong shearing effect, which translates […]
Reactor TK 60
Built under GMP standards in different grades of stainless steel (AISI 304-316-316L), each tank can be pressurized and vacuum as required. In this way, they can be heated or cooled, by means of coils, jackets or internal half-round pipes, unit circuits, either divided or electrical. The insulations are made with mineral wool or expanded polyurethane […]
Reactor TK 150
Built under GMP standards in different grades of stainless steel (AISI 304-316-316L), each tank can be pressurized and vacuum as required. In this way, they can be heated or cooled, by means of coils, jackets or internal half-round pipes, unit circuits, either divided or electrical. The insulations are made with mineral wool or expanded polyurethane […]
