http://WWW.PRISMPHARMAMACHINERY.CO.IN
PRISMPHARMAMACHINERY 597c6522aa50d40ad08c09e4 False 73 142
OK
background image not found
Found results for
'residual moisture content'
Lab FBPC INR   0 INR  0
-NaN%

Lab FBPC

Laboratory Scale Fluid Bed Processor & Coater Fluidized Bed Process Technik for Drying, Granulating & Pallet Coating.  Application & Process : • The prism compact NewLABOgranulatorcoater-COMBO model Fluid bed technology is a offer an effective and efficient method for drying, granulating, agglomerating and granules/ pellet coating. The Fluid Bed Equipment has universal application. You can combine with mixing as a very rapid dryer in combo with suitable nozzle system a combined granulator, dryer and coater. • The overall concepts of the NewLABOgranulatorcoater-COMBO steam from similar of process based on production model and common needs of consistent processing and ease for operation and cleaning. 1 The Drying process : Warm air is blown through a perforated distributor to rapidly and gently dry materials until the required residual moisture content is reached. Moisture evaporated from product is exhausted with drying air. 2 The Granulating by Top Spraying System : The top spray granulator agglomerates finer particles into larger, free flowing granulates in a one pot process. Ingredients are mixed and pre-heated by an upward flow of heated air. Granulation occurs by spraying liquid into the fluidized powder. The granules are subsequently dried with heated air. The top spray granulator can also used for top spray coating, layering from liquids, and instantizing. 3 The Pellets Coating by Bottom Spraying - Wurster System : A bottom sprays apparatus capable of the controlled application uniform layers of solid onto small to medium sized particles without agglomeration. Movement of both hot air and product is controlled by the apparatus to ensure that the heating in the process air is used for vaporization of the liquid and not undesirable heating of the product. The objects being processed are coated and dried in the coating column means wurster coater, and return to the bed in a non tacky condition for another layer of coating.  New Design Features : • Designed strictly compliance with the stipulation of cGMP. • Product contact parts AISI 316 / 316 L Quality & Food grade silicon. • Capacity available from 1 Kg to 15 Kg for laboratory and pilot scale plants. • Single Pot Technology for mixing, drying, granulating, Coating & Pelletizing. • Auto process controls for top spray granulation and bottom spray coating system with advance PLC controls system with HMI Touch screen. • Top spray system for Making granules from powder. • Wurster coater by Bottom spraying for Pellet and granules coating. • Top spaying & Bottom spraying system with precise flow control peristaltic pump. • Continuous Air flow with blow-back air for filter cleaning. • Inbuilt Inlet Air handler with S.S. Electric heater, 20 & 5 micron filter & 0.3 micron HEPA. • Exhaust air blower with 20 micron filter. • Option for Combo model, Only for granulation with top Spraying system and Only for Coater with Bottom spraying system  Safety Features : • Explosion flap fitted with aluminum material for safety. • Auto shutoff system for over limit temperature/ heating & when process is completed. • Air pressure switch installed to ensure pressure is in limit. • Differential pressure indicator for filter bag, Product sieve and HEPA Filter. • Safe earthling system for static current & Overload relay controls.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Lab FBD INR   0 INR  0
-NaN%

Lab FBD

Laboratory Scale Fluid Bed Dryer - Lab FBD Fluidized Bed Process Technik for Drying.  Application & Process : • The prism compact NewLABOfbd- Fluid Bed Dryer model Fluid bed technology is a offer an effective and efficient method for drying and agglomerating. The Lab Fluid Bed Dryer has universal application for drying of powder and granules.. • The overall concepts of the NewLABOfbd stream from similar of process based on production model and common needs of consistent processing and ease for operation and cleaning. • The Drying process: Warm air is blown through a perforated distributor to rapidly and gently dry materials until the required residual moisture content is reached. Moisture evaporated from product is exhausted with drying air.  New Design Features : • Designed strictly compliance with the stipulation of cGMP. • Product contact parts AISI 316 / 316 L Quality & Food grade silicon. • Capacity available from 1 Kg to 15 Kg for laboratory and pilot scale plants. • Single Pot Technology for mixing, drying & Agglomerating • Inbuilt Inlet Air handler with S.S. Electric heater, 20 & 5 micron filter & 0.3 micron HEPA. • Exhaust air blower with 20 micron filter. • Option for Interchangeable Bowl 5 kg, 3 Kg, and 1 Kg. • Option for advance PLC controls system with HMI Touch screen.  Safety Features : • Explosion flap fitted with aluminum material for safety. • Auto shutoff system for over limit temperature & when process is completed. • Air pressure switch installed to ensure pressure is in limit. • Differential pressure indicator for filter bag, Product sieve and HEPA Filter. • Safe earthling system for static current & Overload relay controls.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Roto Cone Dryer INR   0 INR  0
-NaN%

Roto Cone Dryer

Roto Cone Vacuum Dryer (High precision low temperature vacuum Drying & Mixing Process Technology)  Application & Process : • The Roto Double Cone Vacuum Dryer is suitable for drying the material which can not operate at low Temperature easily oxidized, poisonous in nature. The Double Cone Rotating Vacuum Drying Equipment is a new drier that integrates mixing and drying in the one body and equips with condenser and vacuum pump. Therefore the vacuum drier is formed. The drier is advanced in design, simple in inner structure, easy for cleaning, to discharge all raw material, convenient in operation and improving work environment. Meanwhile raw material is rotating accompanying with the rotating of container; raw materials cannot be accumulated onto the wall of container, so it has high efficiency heat transfer and high speed drying which save energy. Raw materials are dried uniformly and have good quality at low temperature. It can widely apply to dry raw materials of pharmaceuticals, chemical, Pesticides, foodstuff , dyestuff and so on industries. The equipment is in conformity with the requirements of "GMP". If the solvent does not recover, the condenser may be not used. 1. Material that cannot undertake high temperature. 2. Material that is easy to oxidize. 3. Material that do not permit to destruct. 4. To recover material with residual volatile. 5. Material with vigorous irritative and toxicity • The Roto Cone Vacuum Drier consists of a jacketed double conical shell rotating around 6 RPM with under the state of vacuum inside the shell, pass steam or hot water in to jacket for heating. The large heating surface area presented by the internals of the cone ensures uniform drying of the product, as the product gently tumbles while the cone rotates slowly. The vaporized steam can be pumped out through vacuum exhaust pipe when the damp raw material absorbed heat. The diffusive action induced by the tumbling cone constantly presents a fresh layer to come into contact with the indirectly heated walls of the shell, the dry speed of raw material is quickened and uniform drying efficiency is raised too. A well designed sealing system enable maintenance of deep vacuum inside the shell, and also ensures positive circulation of a heating media in the jacket.  Salient Features : • Design is cGMP - Current Good Manufacturing Practices compliance • All Product contact parts AISI 316/ 316L & non contact parts AISI 304. • Simple & compact Design for Easy to operate, clean, convenient & user friendly. • Automated mixing and Drying process in single bowl. • Dust free operation. • High vacuum operation • Low temperature drying. • Solvent recovery • Continuous rotation of container, material will make complex impacting motion in the container and reach to uniform mixing and drying at low temperature.. • Continues vacuum maintenance during process. • Vacuumized closed system with condenser, Receiver for solvent recovery & Cyclone separator to recovery the solid particle. • Rapid & Complete discharge / Zero holdup after discharge • The product dried is homogeneous with uniform properties. • Very low value of final moisture even at low drying temperatures. • Inside Filter assembly with 5 Micron.  Safety Features : • Temperature controls, Process controls, Vacuum relief valve, Over load protection and Emergency stop.  Optional Features : • Option for advance PLC Controls with HMI touch screen.. • Option for Flame Proof Electrical. • Option for lump breaker. • Option for condenser, Receiver & Cyclone for solvent recovery. • Option for heating media steam/ hot water / hot oil.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Tray Dryer INR   0 INR  0
-NaN%

Tray Dryer

Vacuum Tray Dryer (High precision low temperature vacuum Drying & Mixing Process Technology) Application & Process: . The Vacuum Shelf Tray Dryers are used to het and dry material under the state of vacuum is called vacuum drying and where difficulties in drying materials due to high toxic contents, hygroscopic in nature, heat sensitive. It is widely used in the pharmaceutical, chemical, foodstuff and electronic industries. The Vacuum Shelf Dryer is basically a tray dryer working under vacuum conditions. Its use vacuum to pump air and humidity out from the closed heat chamber due to vacuum making the chamber on the vacuum state thus increased drying rate greatly and saved energy. The boiling point of the material to be brought down for drying and the entire system is in a closed loops so, no contamination occurs. The evaporation’s evolved during the drying process is cooled down through a connected condenser and collected in receiver. The vacuum shelf dryer when combined with solvent extraction system, ensures that almost all of evaporating vapors is recovered and condensed in to a receiver. Vacuum shelf dryer is closed chamber with heavy structure with air lock doors, Jacketed and insulated body. Inside chamber there are shelves for resting tray. The top most shelf is a dummy shelf to ensure proper heating and to block dried powder from escaping into the solvent extraction system. Others shelves are manufactured in hollow construction with baffles cum stiffeners placed in between. Each shelf has an inlet and outlet nozzle. Each shelf is connected through these nozzles to an inlet and outlet header. Hot media is passed through the Inlet Header and in turn to each shelf. The hot media flows through the shelves in a serpentine fashion ensuring faster heat transfer to the surface, which in turn heats up trays placed on the shelves. The hot media flows out from the shelves through the Outlet Header. The Inlet and Outlet Headers are designed such that the flow of the heating media is equally distributed into the each of the shelves. The Dryer chamber is constructed from heavy thickness plates to ensure that there is no buckling during the vacuum operation. Additional limpet coils/jacket is provided to further stiffen the body and also to pass the hot media. The chamber is provided with a heavy door with a adequate locking arrangement. The Dryer Chamber is connected through a evaporations column to a shell & tube type condenser, which in turn is connected to a receiver. Vacuum is applied to the condenser receiver and evaporate cooled in condenser and collected in the receiver before it is goes into the vacuum pump.The Condensate Receiver is connected to a Vacuum Trap, to ensure that any un cooled vapours arising from the receiver is trapped and allowing very minimal contents of the vapour to pass into the Vacuum Pump. Salient Features: • Design is cGMP – Current Good Manufacturing Practices compliance. • All contact parts AISI 316 & non contact parts AISI 304….. • Dust free operation. • High vacuum operation • Low temperature drying. • Solvent recovery • Vacuumized drying chamber. • Available in 6,12, 24 & 48 Trays • Hollow shelf connections are located external to the dryer chamber and are manifolded to provide even heating.. • Sight glasses in door provide maximum interior visibility. • Slop bottom for draining includes manual drain valve. • Condenser and condensate receiver are easy installed for solvent recovery. • Single Point Control for all pumps & Controllers • Tray size 400 x 800x 30 mm and 10 liter volume. • Designed such that all auxiliary equipments can be placed in utility area, ensuring huge cost savings incurred for setting up & running clean room area. Optional Features: • Option for advance PLC Controls with HMI touch screen.. • Option for Flame Proof Electrical. • Option for Automatic Charging • Option for lump breaker. • Option for condenser, Receiver & Cyclone for solvent recovery. • Option for heating media steam/ hot water / hot oil. Safety Features: • Temperature controls • Vacuum relief valve • Over load protection • Emergency stop

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Laboratory Scale Fluid Bed Processor & Coater INR   0 INR  0
-NaN%

Laboratory Scale Fluid Bed Processor & Coater

Fluidized Bed Process Technik for Drying, Granulating & Pallet Coating.  Application & Process : • The prism compact NewLABOgranulatorcoater-COMBO model Fluid bed technology is a offer an effective and efficient method for drying, granulating, agglomerating and granules/ pellet coating. The Fluid Bed Equipment has universal application. You can combine with mixing as a very rapid dryer in combo with suitable nozzle system a combined granulator, dryer and coater. • The overall concepts of the NewLABOgranulatorcoater-COMBO steam from similar of process based on production model and common needs of consistent processing and ease for operation and cleaning. 1 The Drying process : Warm air is blown through a perforated distributor to rapidly and gently dry materials until the required residual moisture content is reached. Moisture evaporated from product is exhausted with drying air. 2 The Granulating by Top Spraying System : The top spray granulator agglomerates finer particles into larger, free flowing granulates in a one pot process. Ingredients are mixed and pre-heated by an upward flow of heated air. Granulation occurs by spraying liquid into the fluidized powder. The granules are subsequently dried with heated air. The top spray granulator can also used for top spray coating, layering from liquids, and instantizing. 3 The Pellets Coating by Bottom Spraying - Wurster System : A bottom sprays apparatus capable of the controlled application uniform layers of solid onto small to medium sized particles without agglomeration. Movement of both hot air and product is controlled by the apparatus to ensure that the heating in the process air is used for vaporization of the liquid and not undesirable heating of the product. The objects being processed are coated and dried in the coating column means wurster coater, and return to the bed in a non tacky condition for another layer of coating.  New Design Features : • Designed strictly compliance with the stipulation of cGMP. • Product contact parts AISI 316 / 316 L Quality & Food grade silicon. • Capacity available from 1 Kg to 15 Kg for laboratory and pilot scale plants. • Single Pot Technology for mixing, drying, granulating, Coating & Pelletizing. • Auto process controls for top spray granulation and bottom spray coating system with advance PLC controls system with HMI Touch screen. • Top spray system for Making granules from powder. • Wurster coater by Bottom spraying for Pellet and granules coating. • Top spaying & Bottom spraying system with precise flow control peristaltic pump. • Continuous Air flow with blow-back air for filter cleaning. • Inbuilt Inlet Air handler with S.S. Electric heater, 20 & 5 micron filter & 0.3 micron HEPA. • Exhaust air blower with 20 micron filter. • Option for Combo model, Only for granulation with top Spraying system and Only for Coater with Bottom spraying system  Safety Features : • Explosion flap fitted with aluminum material for safety. • Auto shutoff system for over limit temperature/ heating & when process is completed. • Air pressure switch installed to ensure pressure is in limit. • Differential pressure indicator for filter bag, Product sieve and HEPA Filter. • Safe earthling system for static current & Overload relay controls.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Laboratory Scale Fluid Bed Dryer - Lab FBD INR   0 INR  0
-NaN%

Laboratory Scale Fluid Bed Dryer - Lab FBD

Fluidized Bed Process Technik for Drying.  Application & Process : • The prism compact NewLABOfbd- Fluid Bed Dryer model Fluid bed technology is a offer an effective and efficient method for drying and agglomerating. The Lab Fluid Bed Dryer has universal application for drying of powder and granules.. • The overall concepts of the NewLABOfbd stream from similar of process based on production model and common needs of consistent processing and ease for operation and cleaning. • The Drying process: Warm air is blown through a perforated distributor to rapidly and gently dry materials until the required residual moisture content is reached. Moisture evaporated from product is exhausted with drying air.  New Design Features : • Designed strictly compliance with the stipulation of cGMP. • Product contact parts AISI 316 / 316 L Quality & Food grade silicon. • Capacity available from 1 Kg to 15 Kg for laboratory and pilot scale plants. • Single Pot Technology for mixing, drying & Agglomerating • Inbuilt Inlet Air handler with S.S. Electric heater, 20 & 5 micron filter & 0.3 micron HEPA. • Exhaust air blower with 20 micron filter. • Option for Interchangeable Bowl 5 kg, 3 Kg, and 1 Kg. • Option for advance PLC controls system with HMI Touch screen.  Safety Features : • Explosion flap fitted with aluminum material for safety. • Auto shutoff system for over limit temperature & when process is completed. • Air pressure switch installed to ensure pressure is in limit. • Differential pressure indicator for filter bag, Product sieve and HEPA Filter. • Safe earthling system for static current & Overload relay controls.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Vacuum Paddle Mixer Dryer INR   0 INR  0
-NaN%

Vacuum Paddle Mixer Dryer

(Low temperature Vacuumized drying process Technic)  Application & Process : • The Vacuum Paddle Mixer Dryer is suitable for mixing and drying the material which cannot operate at low Temperature easily oxidized, poisonous in nature. It operates at low Temperature efficiently under vacuum. It is used for raw materials drying and mixing powder or granules of Pharmaceutical Materials, Crystalline, Insecticides, Pesticides, and Food industry and heat sensitive products. • Material that cannot undertake high temperature. • Material that is easy to oxidize. • Material that do not permit to destruct. • To recover material with residual volatile. • Material with vigorous irritative and toxicity • The Vacuum Paddle Mixer Dryer consists of a jacketed cylindrical shell with rotating with specially designed Paddle Agitator type blade by rigid fabricated structure motor, gear box. There is provision for application of vacuumized inside the shell and circulation of heating media in the jacket during the rotation of the stirrer. The large heating surface area presented by the internals surface of the shell ensures uniform drying of the product, as the product gently moving & fluidized while the Paddle stirrer rotates. The diffusive action induced by the mixing stirrer constantly presents a fresh layer to come into contact with the indirectly heated walls of the shell. A well designed sealing system enable maintenance of deep vacuum inside the shell, and also ensures positive circulation of a heating media in the jacket. • In operation, material is filled to the top of the shell. The shaft rotates at relatively low speed and the moving paddles push and fluidized the material back and forth mixing it. The outer Paddle rotation displaces the material from the ends to the center while the inner paddle rotations move the material from the center to the ends. This counter-current action results in homogenous blending. Mixing is achieved in 15 to 20 minutes with 90 to 95 % or better homogeneity. The bottom discharge provided for unloading of the material and easy cleaning of the mixing drum. Specially designed self adjusting sealing arrangement of unique design is provided to ensure that no black particle enters into the mixing drum.  Salient Features : • Design is cGMP- Current Good Manufacturing Practices compliance. • All contact parts AISI 316 & non contact parts AISI 304. • Continuous rotation of paddle stirrer, material will make continuous movement and fluidized in the container and reach to uniform mixing and drying at low temperature.. • Dust free operation. • High vacuum operation • Fast and uniform homogeneous mixing & draying at low temperature. • Solvent recovery • Continues vacuum maintain during process.. • Very low value of final moisture even at low drying temperatures. • Option for two type design of shell 1. Cylindrical type and 2. "U" shape. • Continues vacuum maintenance during process. • Vacuumized closed system with condenser, Receiver for solvent recovery & Cyclone separator to recovery the solid particle. • Rapid & Complete discharge / Zero holdup after discharge • Heating media can be used steam/ hot water / hot oil. • Rigid drive with reduction gear box, motor and stuffing box for shaft sealing. • Charging pot, Vacuum connection,, sight glasses, Vacuum relief valve & gauge are provided on top of the shell. • Connection at jacket will be provided for steam Inlet, safety valve, Pressure gauge and steam trap. • The discharge with butterfly valve/Slide valve at bottom side of the shell  Optional Features : • Option for two type designed of shell 1. Cylindrical type and 2."U" shape. • Option for Flame Proof Electrical. • Option for Automatic Charging • Option for lump breaker. • Option for condenser, Receiver & Cyclone for solvent recovery. • Option for advance PLC Controls with HMI touch screen..  Safety Features : • Temperature controls, Vacuum relief Valve, Over load protection and Emergency stop.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
Ribbon Vacuum Mixer Dryer INR   0 INR  0
-NaN%

Ribbon Vacuum Mixer Dryer

(Low Temperature Vacuum Mixing &Drying Process Technik)  Application & Process : • The Ribbon Vacuum Mixer Dryer is suitable for mixing and drying the material which can not operate at low Temperature easily oxidized, poisonous in nature. It operates at low Temperature efficiently under vacuum. It is used for raw materials drying and mixing powder or granules of Pharmaceutical Materials, Crystalline, Insecticides, Pesticides, and Food industry and heat sensitive products. • The Ribbon Vacuum Mixer Dryer consists of a jacketed cylindrical shell with rotating with specially designed Double Helical Ribbon Agitator type blade by rigid fabricated structure motor, gear box. There is provision for application of vacuum inside the shell and circulation of heating media in the jacket during the rotation of the stirrer. The large heating surface area presented by the internals of the cylindrical shell ensures uniform drying of the product, as the product gently moving while the ribbon stirrer rotates. The diffusive action induced by the mixing stirrer constantly presents a fresh layer to come into contact with the indirectly heated walls of the shell. A well designed sealing system enable maintenance of deep vacuum inside the shell, and also ensures positive circulation of a heating media in the jacket. • In operation, material is filled to the top of the outer ribbon. The shaft rotates at relatively low speed and the moving ribbons push the material back and forth mixing it. The outer ribbon rotation displaces the material from the ends to the center while the inner ribbon rotations move the material from the center to the ends. This counter-current action results in homogenous blending. Mixing is achieved in 15 to 20 minutes with 90 to 95 % or better homogeneity. The bottom discharge provided for unloading of the material and easy cleaning of the mixing drum. Specially designed self adjusting sealing arrangement of unique design is provided to ensure that no black particle enters into the mixing drum.  Salient Features : • Design is cGMP- Current Good Manufacturing Practices compliance. • All contact parts AISI 316 & non contact parts AISI 304. • Continuous rotation of ribbon blade, material will make continuous movement motion in the container and reach to uniform mixing and drying at low temperature.. • Dust free operation. • High vacuum operation • Fast and uniform homogeneous mixing & draying at low temperature. • Solvent recovery • Continues vacuum maintain during process.. • Very low value of final moisture even at low drying temperatures. • Option for two type design of shell 1. Cylindrical type and 2. "U" shape. • Continues vacuum maintenance during process. • Vacuumized closed system with condenser, Receiver for solvent recovery & Cyclone separator to recovery the solid particle. • Rapid & Complete discharge / Zero holdup after discharge • Heating media can be used steam/ hot water / hot oil.  Optional Features : • Option for two type designed of shell 1. Cylindrical type and 2."U" shape. • Option for Flame Proof Electrical. • Option for Automatic Charging • Option for lump breaker. • Option for condenser, Receiver & Cyclone for solvent recovery. • Option for advance PLC Controls with HMI touch screen..  Safety Features : • Temperature controls, Vacuum relief Valve, Over load protection and Emergency stop.

INR 0 INR 0

Availability:True

Pay mode:COD only

view details
1
false