USES: 
Fabwell Sterilizers are ideal for Hospitals, Research Laboratory and other Pharmaceutical Industry. 
They are designed for safe & efficient sterilization of various items such as Ampoules & Vials, Rubber goods, empty flasks, instruments & utensils, Fabrics wrapped or unwrapped, etc.

CONSTRUCTION: 
The chamber is constructed of heavy duty stainless steel 316 to with stand pressure of 2.2 Kg/cm2 corresponding to temperature of 1340C and also to with stand vacuum of 650-700 mm (26"/28") of Hg. in Chamber. 
Two rails are provided in the chamber bottom for easy loading & unloading of the material on Carriage. 

DOORS: 
The Sterilizer is supplied with single door or double doors made of 304/316 S .S. The doors are having automatic sliding type arrangement OR Manual Hinge type doors. 
The doors will have unique arrangement to open them manually in case of power failure. 
The door Gasket will be of Silicon Rubber.

USES :
Fabwell counter pressure sterilizers are ideal for Pharmaceutical Companies, Laboratories, & Food Processing Industries, etc. They are designed for safe & efficient sterilization of various items such as Solutions in closed containers viz. ampoules, vial, glass bottles, PVC bottles, PE bottles, PP bottles, IV Bags, Semi-open containers, Blister Packing, Contact Lenses etc.
 
STERILIZER ARE DESIGNED IN TWO DIFFERENT TYPES :
"SWS" type where treatment is carried out with forced Superheated Water circulation with spray distribution system
 
CONSTRUCTION :
The chamber is of round cross-section constructed of heavy duty stainless steel 316L/316Ti to withstand pressure of 3 Kg/em. It is insulated with 
Two rails are provided in the chamber bottom for easy loading & unloading of the material on Carriage. 

The Sterilizer is supplied with single door or double doors made of 304/316 S.5. The doors are either manually operated Hinged type or having automatic electromechanical type sliding arrangement. 

The Unit along with various accessories & piping is supported with Frame designed for proper load distribution on floor.

USES :
This counter pressure sterilizers are ideal for Pharmaceutical Companies, Laboratories, & Food Processing Industries, etc. They are designed for safe & efficient sterilization of various items such as Solutions in closed containers viz. ampoules, vial, glass bottles, PVC bottles, Syringes, Tubes, PE bottles, PP bottles, IV Bags, Semi-open containers, Blister Packing, Contact Lenses etc. & also for Pasteurization of products like Blood plasma.
 
"SAS" type where treatment is carried out Steam & Air mixture with supporting circulation fan.

USES :
Fabwell Dry Heat Sterilizers-Depyrogenation units are ideal for Pharmaceutical and Allied Industries, Laboratories, Research Institutes, Food Industries, etc. 
They are designed for safe & efficient sterilization- Depyroganation of Ampoules & Vials, Rubber Stoppers, Medical Powder, Tablets, Granule drying etc.

CONSTRUCTION :
The Sterilizer is normally suitable to operate in temperature range of 160°C-180°C to 250°C/270°C. 

The chamber is constructed for stainless steel 316 is having taper to achieve proper air circulation in sterilizer. 
All inside contact parts are of stainless steel. 

The chamber has Glass Wool insulation & it is covered with Stainless Steel Outer Cover. 
This will reduce external unit temperature.

Fabwell Pure Steam Generator used in the Pharmaceutical Industry & Hospitals for Sterilization of 
certain Items such as fermenters, Filters, whenever any item that comes into direct contact with a sterile medicinal product is sterilized, Sterilization of Various Articles used in critical surgeries etc. 
Artwork is in same Size: 8.5" x 11"

MULTIPLE EFFECT STILLS :
To produce water which meets various international pharmacopeias & IP/BP standards.

OPERATION :
Fabwell unit works on two main principles a falling film type heat exchanger & Effective re-use of heat energy by Multi-Stage operation.

Feed water enters the still at the condenser. As it flows through the condenser tubing, it transfers the heat from pure steam & distillate. This ensures that feed water enters the further columns at a higher temperature for greater efficiency, and distillate exits the system at a lower temperature for greater safety. The feed water then enters the first column where it is converted into pure steam where all pyrogens are separated with centrifugal movement. This steam enters the shell side of second column condensed by the feed water in the tube side. The steam from second column enters the third column and the process continues for remaining effects.