Final Dosage Form Manufacturing
< Chemical Plant
Air Filtration Unit for V-Blending
V-Blending (A)
V-Blending (A)
Loading product into V-Blenders is a common challenge that can introduce multiple operator safety risks. Lifting and dumping drum or bag stock into the opening of a V-Blender is a difficult task that can expose operator to high levels of airborne dust and create awkward lifting postures that can lead to operator injury. If your blender can support full vacuum pressure, the Vacuum Transfer Station provides an ergonomic workstation with an integrated Drum Tipper and vacuum transfer hopper. Rheo can also provide an independent vacuum conveyance system if the blender cannot support full vacuum. The emptying process of the blender is often a very dusty process that can be significantly improved by using the Mobile Ventilation Sleeve for local dust extraction.
100-10μg/m³
Containment
500cfm
Point Source Capture
V-Blending (C)
V-Blending (C)
Loading product into V-Blenders is a common challenge that can introduce multiple operator safety risks. Lifting and dumping drum or bag stock into the opening of a V-blender is a difficult task that can expose operator to high levels of airborne dust and create awkward lifting postures that can lead to operator injury. Rheo Offers a wide variety of material handling and containment options for this process. For rooms with very tight head space, a simple Column Lift that brings the container to the level of the blender opening may be helpful.
100-10μg/m³
Containment
500cfm
Point Source Capture
V-Blending (D)
V-Blending (D)
Loading product into V-Blenders is a common challenge that can introduce multiple operator safety risks. Lifting and dumping drum or bag stock into the opening of a V-Blender is a difficult task that can expose operator to high levels of airborne dust and create awkward lifting postures that can lead to operator injury. A Slewing Drum Inverter provides a fast and operator friendly system to lift, invert, and position a drum above the blender opening. A Ventilation Sleeve placed at the opening of the blender can provide local dust extraction to reduce airborne dust that is created during the transfer of powder.
100-10μg/m³
Containment
500cfm
Point Source Capture
V-Blending (B)
V-Blending (B)
Loading product into V-Blenders is a common challenge that can introduce multiple operator safety risks. Lifting and dumping drum or bag stock into the opening of a V-Blender is a difficult task that can expose operator to high levels of airborne dust and create awkward lifting postures that can lead to operator injury. A custom designed operator mezzanine with the proper material handling equipment can mitigate these safety risks while reducing the process time for loading the blender. Rheo offers a fully customized system that includes an operator platform, Material Lift, Drum Tipper and a local extraction system.
100-10μg/m³
Containment
500cfm
Point Source Capture
Ribbon Blending (C)
Ribbon Blending (C)
Ribbon blending is a long established blending technology that creates many material handling challenges both in the loading and unloading process. Rheo offers a few customizable material handling packages for this process. Our Drum Inverter package offers a semi-closed transfer process that inverts and positions the drum above the blender opening. A Ventilation Sleeve can be place into the blender opening to provide local dust extraction to reduce airborne dust. The Mobile Ventilation Sleeve or portable Product Screener can be used to capture airborne dust during the emptying process of the blender.
100-10μg/m³
Containment
500cfm
Point Source Capture
Ribbon Blending (D)
Ribbon Blending (D)
Ribbon blending is a long established blending technology that creates many material handling challenges both in the loading and unloading process. Rheo offers a few customizable material handling packages for this process. The Vacuum Transfer Station package offers a portable vacuum transfer system that comes with an operator workstation and a portable lifter to lift and position the vacuum canister above the blender opening. A Ventilation Sleeve can be place on the top opening of blender for local dust extraction. The Mobile Ventilation Sleeve or portable Product Screener can be used to capture airborne dust during the emptying process of the blender. The vacuum system can also be used wand out any remaining residual powder that may not get fully removed during the emptying process.
100-10μg/m³
Containment
500cfm
Point Source Capture
Ribbon Blending (B)
Ribbon Blending (B)
Ribbon blending is a long established blending technology that creates many material handling challenges both in the loading and unloading process. Rheo offers a few customizable material handling packages for this process. Our Variable Height Drum Tipper package offers a fast and easy to use transfer process that positions the drum above the blender opening. A Ventilation Sleeve can be place into the blender opening to provide local dust extraction to reduce airborne dust. This system offer access to the drum liner to assist in the flow of powders that have poor flowability. The Mobile Ventilation Sleeve or portable Product Screener can be used to capture airborne dust during the emptying process of the blender.
100-10μg/m³
Containment
500cfm
Point Source Capture
Ribbon Blending (A)
Ribbon Blending (A)
Ribbon blending is a long established blending technology that creates many material handling challenges both in the loading and unloading process. Rheo offers a few customizable material handling packages for this process. For rooms with very tight head space, a simple Column Lift that brings the container to the level of the blender opening may be helpful. A Ventilation Sleeve placed on the cover the blender provides local dust extraction during the filling process. The Mobile Ventilation Sleeve or portable Product Screener can be used to capture airborne dust during the emptying process of the blender.
100-10μg/m³
Containment
500cfm
Point Source Capture
Air Filtration Unit for Ribbon Blending Process
Air Filtration Unit for Ribbon Blending Process
Rheo offers a complete line of portable and stationary Air Filtration Units that provide a local HEPA filtration device to serve Local Exhaust Ventilation (LEV) systems. The Rheo Air Filtration Unit is designed to meet the utility requirements of multiple Rheo Ventilation Sleeves; it is also a good fit for any application with similar extraction utility requirements.
Each system is configured to comply with international electrical standards. The GMP compliant design features a small footprint and noise rating of 76 dBa. Safe Change filters and activated carbon filters for VOC’s are also available.
Rheo Air Filtration Units are a cost effective alternative to upgrading house exhaust systems that have become over utilized or where there is a need to prevent the contamination of the house exhaust system ducting.
99.99%
HEPA Filtration Efficiency
Weigh and Dispense (E)
Weigh and Dispense (E)
Building a pre-weighed material kit that is then transported to a manufacturing space for batch processing is a critical function. Providing a work space that is equipped to handle a wide variety of containers and materials that vary in their OEL specification can be a challenge.
Rheo offers several configurations of our dispensary packages. Ask your account manager how these devices can be assembled to offer an operator friendly, yet highly contained dispensary design.
100-10μg/m³
Containment
500cfm
Point Source Capture
Weigh and Dispense (D)
Weigh and Dispense (D)
Building a pre-weighed material kit that is then transported to a manufacturing space for batch processing is a critical function. Providing a work space that is equipped to handle a wide variety of containers and materials that vary in their OEL specification can be a challenge.
Rheo offers several configurations of our dispensary packages. Ask your account manager how these devices can be assembled to offer an operator friendly, yet highly contained dispensary design.
100-10μg/m³
Containment
30 seconds
Drum Tipping
Weigh and Dispense (C)
Weigh and Dispense (C)
Building a pre-weighed material kit that is then transported to a manufacturing space for batch processing is a critical function. Providing a work space that is equipped to handle a wide variety of containers and materials that vary in their OEL specification can be a challenge.
Rheo offers several configurations of our dispensary packages. Ask your account manager how these devices can be assembled to offer an operator friendly, yet highly contained dispensary design.
5-0.01μg/m³
Containment
5 minutes
Set-Up Time
Weigh and Dispense (B)
Weigh and Dispense (B)
Building a pre-weighed material kit that is then transported to a manufacturing space for batch processing is a critical function. Providing a workspace that is equipped to handle a wide variety of containers and materials that vary in their OEL specification can be a challenge.
Rheo offers several configurations of our dispensary packages. Ask your account manager how these devices can be assembled to offer an operator friendly, yet highly contained dispensary design.
100-10μg/m³
Containment
30 seconds
Drum Tipping
Weigh and Dispense (A)
Weigh and Dispense (A)
Building a pre-weighed material kit that is then transported to a manufacturing space for batch processing is a critical function. Providing a work space that is equipped to handle a wide variety of containers and materials that vary in their OEL specification can be a challenge.
Rheo offers several configurations of our dispensary packages. Ask your account manager how these devices can be assembled to offer an operator friendly, yet highly contained dispensary design.
100-10μg/m³
Containment
30 seconds
Drum Tipping
Air Filtration Unit for Weigh & Dispense Process
Drum Conditioner for Weigh & Dispense Process
Drum Conditioner for Weigh & Dispense Process
Certain raw materials, such as salts and other crystalline products, can cake into a hardened mass that is nearly impossible to remove from their storage container. This often occurs when product is stored for extended periods of time.
As an alternative to manually impacting the container with a mallet, the Rheo Drum Conditioner offers a highly automated, recipe based system that mitigates the risk of operator injury and improves productivity.
1
Drums per Minute
300kg
Capacity
Air Filtration Unit for Material Supply Center
Bulk Bag Unloading Station
Bulk Bag Unloading Station
Large volume bulk bags offer a cost effective supply option and can reduce the material handling headaches associated with smaller bags or drum stock. A properly designed bulk bag unloading system can significantly increase process efficiency and operator safety. A fully integrated system can automate volumetric flow rates, material sizing, oxygen concentration, downstream transfer mechanism, and CIP/WIP systems.
100μg/m³
Containment
350 kgs/minute
Product Transfer Time
Material Supply Center
Material Supply Center
A central supply center for continuous manufacturing allows for the dispensing and transfer of raw materials into material process stream. A modular and interchangeable container receiving system allows safe emptying of a wide variety of raw material containers. Modular bulk-hopper receivers can be equipped with a wide range of automation options to monitor product levels and control product feed rates.
100-10μg/m³
Containment
75kgs/minute per hopper
Product Transfer Time
Product Sampling
Product Sampling
Incoming raw materials often need to have small amounts of product removed to comply with incoming quality standards.
In order to safely remove this product in a way that does not expose the operator to dangerous airborne dust or vapors, Rheo offers a customized containment system that controls the OEL to the required level.
Ask your local account manager to design the right equipment package for your process.
100-10μg/m³
Containment
30 seconds
Set-Up Time
Repackaging (A)
Repackaging (A)
Due to strict GMP requirements, some processes require that raw material is removed from a supplier drum (fiber-pack) and placed into a GMP container (stainless or plastic drums). This process is typically managed in a warehouse space and requires specialized equipment for lifting and dumping the incoming container as well as providing localized dust control.
100-10μg/m³
Containment
5 minutes
Set-Up Time
Repackaging (B)
Repackaging (B)
Due to strict GMP requirements, some processes require that raw material is removed from a supplier drum (fiber-pack) and placed into a GMP container (stainless or plastic drums). This process is typically managed in a warehouse space and requires specialized equipment for lifting and dumping the incoming container as well as providing localized dust control.
Some repackaging operations also require a hand screening process to protect against foreign materials and oversized chunks of material. The Rheo Product Screener with its integrated Ventilation Sleeve provides a fast screening process with excellent dust control.
100-10μg/m³
Containment
50kgs/minute
Product Transfer Time
Drum Mover for Warehouse
Drum Mover for Warehouse
Easy to use, GMP material handling within your warehouse space is important to maintain a safe work environment when handling a wide variety of containers. Rheo offer many products that help in the handling of any type of container.
Automated Drum Conditioner System
Automated Drum Conditioner System
Certain raw materials such as salt and other crystalline products can cake into a hardened mass that is nearly impossible to remove from their storage container. This often occurs when product is stored for extended periods of time.
As an alternative to manually impacting the container with a mallet, the Rheo Drum Conditioning System offers a highly automated, multi-drum package to reduce operator injury, and improve productivity.
1
Drums per Minute
6000lbs
Compressive Force
Air Filtration Unit for Packaging Process
Packaging (A)
Packaging (A)
Tablet packaging requires gentle handling of tablets as they are introduced into the packaging machine fill hopper. Rheo offers a Variable Height Drum Tipper solution that places the drum of tablets over the fill hopper to allow a flood feed of tablets. This system is supplied with a tablet friendly control valve to control the flow of tablets into the hopper. Depending on how dusty the tablets are, a Ventilation Sleeve can be used to provide local dust extraction to improve containment for this process.
100-10μg/m³
Containment
500cfm
Point Source Capture
Packaging (B)
Packaging (B)
Tablet packaging requires gentle handling of tablets as they are introduced into the packaging machine fill hopper. Rheo offers a Variable Height Drum Tipper solution that places the drum of tablets over the fill hopper to allow a flood feed of tablets. This system is supplied with a tablet friendly control valve to control the flow of tablets into the hopper. Depending on how dusty the tablets are, a Ventilation Sleeve can be used to provide local dust extraction to improve containment for this process.
100-10μg/m³
Containment
500cfm
Point Source Capture
Packaging (C)
Packaging (C)
Tablet packaging requires gentle handling of tablets as they are introduced into the packaging machine fill hopper. Rheo offers a Drum Inverter solution that places the drum of tablets over the fill hopper to allow a flood feed of tablets. This system is supplied with a tablet friendly control valve to control the flow of tablets into the hopper. Depending on how dusty the tablets are, a Ventilation Sleeve can be used to provide local dust extraction to improve containment for this process.
100-10μg/m³
Containment
500cfm
Point Source Capture
Air Filtration Unit for Screening
Screening (D)
Screening (D)
Product screening is a common practice throughout the manufacturing process. It is often a very dusty process that requires multiple steps of material handling. This process can introduce many operator risks associated with scooping powder and high exposure levels to airborne powder. An integrated screener module on our Material Transfer Station provides an ergonomic transfer workstation with local dust extraction. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
500cfm
Point Source Capture
Screening (C)
Screening (C)
Product screening is a common practice throughout the manufacturing process. It is often a very dusty process that requires multiple steps of material handling. This process can introduce many operator risks associated with scooping powder and high exposure levels to airborne powder. By integrating an inline powder screener into the our Drum Inverter system, a handling step can be removed from the process. A Mobile ventilation Sleeve can be used to provide local dust extraction at the screener discharge. This package dramatically improves the operator experience and reduces airborne dust during this process. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
75 kg/minute
Product Transfer Time
Screening (B)
Screening (B)
Product screening is a common practice throughout the manufacturing process. It is often a very dusty process that requires multiple steps of material handling. This process can introduce many operator risks associated with scooping powder and high exposure levels to airborne powder. A properly designed Drum Tipper with a local Ventilation Sleeve dramatically improves the operator experience and reduces airborne dust during this process. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
500cfm
Point Source Capture
Screening (A)
Screening (A)
Product screening is a common practice throughout the manufacturing process. It is often a very dusty process that requires multiple steps of material handling. This process can introduce many operator risks associated with scooping powder and high exposure levels to airborne powder. A properly designed Drum Tipper with a local Ventilation Sleeve dramatically improves the operator experience and reduces airborne dust during this process. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
500cfm
Point Source Capture
Dry Granulation (A)
Dry Granulation (A)
Using roller compactors is a common method for dry granulation. This process requires that powder is filled into the feed hopper of the roller compactor and then the compacted product is often discharged into a bin or drum below the process unit. This process introduces many ergonomic and dust exposure hazards. Rheo offers multiple handling packages for addressing both the handling and the containment of powder.
100-10μg/m³
Containment
500cfm
Point Source Capture
Dry Granulation (B)
Dry Granulation (B)
Using roller compactors is a common method for dry granulation. This process requires that powder is filled into the feed hopper of the roller compactor and then the compacted product is often discharged into a bin or drum below the process unit. This process introduces many ergonomic and dust exposure hazards. Rheo offers multiple handling packages for addressing both the handling and the containment of powder.
100-10μg/m³
Containment
500cfm
Point Source Capture
Dry Granulation (C)
Dry Granulation (C)
Using roller compactors is a common method for dry granulation. This process requires that powder is filled into the feed hopper of the roller compactor and then the compacted product is often discharged into a bin or drum below the process unit. This process introduces many ergonomic and dust exposure hazards. Rheo offers multiple handling packages for addressing both the handling and the containment of powder.
100-10μg/m³
Containment
500cfm
Point Source Capture
Dry Granulation (D)
Dry Granulation (D)
An oscillating granulator is a common method for dry granulation. This process requires that powder is filled into the feed hopper of the oscillator and then the granulator powder is often discharged into a bin or drum below the process unit. This process introduces many ergonomic and dust exposure hazards. Rheo offers multiple handling packages for addressing both the handling and the containment of powder.
100-10μg/m³
Containment
500cfm
Point Source Capture
Dry Granulation (E)
Dry Granulation (E)
Product sizing and milling is a frequent process in the manufacturing process. This often requires drum be emptied into the infeed chute of the mill, and then the powder is collected in a receiving drum. This process is labor intensive and can create high levels of airborne dust, often exceeding protection factor of operator PPE. Rheo has many options to improve both the safety and speed of this process. By integrating an inline mill into our Drum Inverter system, a handling step can be removed from the process. A mobile ventilation Sleeve can be used to provide local dust extraction at the screener discharge. This package dramatically improves the operator experience and reduces airborne dust during this process. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
500cfm
Point Source Capture
Air Filtration Unit for Dry Granulation Process
Tray Drying (A)
Tray Drying (A)
Tray dryer technology is a long established drying process that requires a lot of tedious and potentially hazardous product handling. There are two challenging material handling processes associated with tray dryers and Rheo offers a solution for both processes:
Drum Emptying onto Trays: The Side Mount Drum Tipper lifts the drum into an ergonomic position allowing the operator to easily pull the wet-cake onto the product tray. An integrated tray holder provides an easy way to hold the tray as it is being filled. The open side of the holder allows the tray to be easily slid off and into the dryer cart.
Tray Emptying: once the drying process is complete, the tray is placed on the tray holder and the dust extraction hood is flipped above the tray to capture airborne dust. The tray holder is then actuated to flip down and the powder is emptied into a receiving drum. The integrated hood provides localize dust extraction.
30 seconds
Drum Tipping
150 kg
Capacity
Tray Drying (B)
Tray Drying (B)
Tray dryer technology is a long established drying process that requires a lot of tedious and potentially hazardous product handling. There are two challenging material handling processes associated with tray dryers, and Rheo offers a solution for both processes:
The Material Transfer Station can be designed with the Tray Dryer package. This system provides a high level of containment for both the drum emptying (tray filling) process as well as the tray emptying (drum filling) process after the powder has been dried.
1-0.01μg/m³
Containment
15 seconds
Drum Tipping
Tablet Printing (A)
Tablet Printing (A)
Tablet printing requires gentle handling of tablets as they are introduced into the printing machine fill hopper. Rheo offers a Variable Height Drum Tipper solution that places the drum of tablets over the fill hopper to allow a flood feed of tablets. This system is supplied with a tablet friendly control valve to control the flow of tablets into the hopper.
15 seconds
Drum Tipping
200 kg
Capacity
Tablet Printing (B)
Tablet Printing (B)
Tablet printing requires gentle handling of tablets as they are introduced into the printing machine fill hopper. Rheo offers a Drum Inverter solution that places the drum of tablets over the fill hopper to allow a flood feed of tablets. This system is supplied with a tablet friendly control valve to control the flow of tablets into the hopper.
30 seconds
Drum Tipping
200 kg
Capacity
Air Filtration Unit for Encapsulation Process
Encapsulation (B)
Encapsulation (B)
Encapsulation is one of the final steps of the manufacturing process and requires the final blended powder to be transferred into the encapsulation machine. Preventing product segregation, providing a consistent product feed-rate, and managing dust control are all common challenges with this process. Rheo offers several material handling packages for this process. A slewing Bin Lifter with a single or dual-sided powder feed chute provides an operator friendly, semi-closed powder transfer system. A Ventilation Sleeve or docking valve system can provide a highly contained transfer connection.
100-10μg/m³
Containment
500cfm
Point Source Capture
Encapsulation (A)
Encapsulation (A)
Encapsulation is one of the final steps of the manufacturing process and requires the final blended powder to be transferred into the encapsulation machine. Preventing product segregation, providing a consistent product feed-rate, and managing dust control are all common challenges with this process. Rheo offers several material handling packages for this process. A slewing Drum Inverter with a single or dual sided powder feed chute provides an operator friendly, semi-closed powder transfer system. An integrated Ventilation Sleeve provides local dust extraction at the transfer connection.
100-10μg/m³
Containment
500cfm
Point Source Capture
Milling (A)
Milling (A)
Product sizing and milling is a frequent process in the manufacturing process. This often requires drum be emptied into the infeed chute of the mill and then the powder is collected in a receiving drum. This process is labor intensive and can create high levels of airborne dust, often exceeding protection factor of operator PPE. Rheo has many options to improve both the safety and speed of this process. Our Variable Height Drum Tipper package offers a fast and easy to use transfer process that positions the drum above the mill opening. A Ventilation Sleeve can be place into the mill opening to provide local dust extraction to reduce airborne dust. This system offer access to the drum liner to assist in the flow of powders that have poor flowability. The Mobile Ventilation Sleeve can be used to capture airborne dust during the emptying process of the mill.
100-10μg/m³
Containment
30 seconds
Drum Tipping
Milling (B)
Milling (B)
Product sizing and milling is a frequent process in the manufacturing process. This often requires drum be emptied into the infeed chute of the mill, and then the powder is collected in a receiving drum. This process is labor intensive and can create high levels of airborne dust, often exceeding protection factor of operator PPE. Rheo has many options to improve both the safety and speed of this process. By integrating an inline mill into our Drum Inverter system, a handling step can be removed from the process. A mobile ventilation Sleeve can be used to provide local dust extraction at the screener discharge. This package dramatically improves the operator experience and reduces airborne dust during this process. This system also reduces cleaning time and cross contamination as it prevents dust from migrating throughout the process suite.
100-10μg/m³
Containment
75 kgs/minute
Product Transfer Time
Air Filtration Unit for Milling Process
Coating (A)
Coating (A)
Many tablets are coated using a long established pan coating technology. If the tablets are stored in bins or IBCs, these must be elevated and position above the coater opening. A transfer chute must then be positioned under the bin to guide the tablets into the coater pan. The Rheo slewing Bin Lifter lifts and positions the bin into the proper position to allow for transfer of tablets. This system includes all the required safety interlocks and tablet transfer chute.
1,500 kg
Capacity
Coating (B)
Coating (B)
Many tablets are coated using a long established pan coating technology. This often require tablets that are stored in drum or bags to be lifted and transferred into the front of the pan coater. The tablet coater Drum Tipper has a specially designed funnel that guides the table into the coating pan as the drum is being tipped. This small footprint system works well in tight space coating suites.
15 seconds
Drum Tipping
200 kg
Capacity
Compression (A)
Compression (A)
Tablet Compression is one of the final steps of the manufacturing process and requires the final blended powder to be transferred into the table press. Preventing product segregation, providing a consistent product feed-rate, and managing dust control are all common challenges with this process. Rheo offers several material handling packages for this process. A Slewing Drum Inverter with a single or dual sided powder feed chute provides an operator friendly, semi-closed powder transfer system. An integrated Ventilation Sleeve provides local dust extraction at the transfer connection.
100-10μg/m³
Containment
500cfm
Point Source Capture
Compression (B)
Compression (B)
Tablet Compression is one of the final steps of the manufacturing process and requires the final blended powder to be transferred into the table press. Preventing product segregation, providing a consistent product feed-rate, and managing dust control are all common challenges with this process. Rheo offers several material handling packages for this process. Portable Variable Height Drum Tipper with a compression funnel provides an operator friendly, semi-closed powder transfer system. An integrated Ventilation Sleeve provides local dust extraction at the transfer connection.
100-10μg/m³
Containment
500cfm
Point Source Capture
Compression (C)
Compression (C)
Tablet Compression is one of the final steps of the manufacturing process and requires the final blended powder to be transferred into the table press. Preventing product segregation, providing a consistent product feed-rate, and managing dust control are all common challenges with this process. Rheo offers several material handling packages for this process. A slewing Bin Lifter with a single or dual-sided powder feed chute provides an operator friendly, semi-closed powder transfer system. A Ventilation Sleeve or docking valve system can provide a highly contained transfer connection.
100-10μg/m³
Containment
500cfm
Point Source Capture
Air Filtration Unit for Compression Process
Wet Granulation (A)
Wet Granulation (A)
High shear granulators are a common method used in the wet granulation process. These systems introduce many ergonomic and dust exposure hazards associated with both filling the bowl as well as scraping and removing the contents. Rheo offers material handling and containment solutions for both processes.
100-10μg/m³
Containment
500cfm
Point Source Capture
Wet Granulation (D)
Wet Granulation (D)
The solids loading process for high shear granulators and the transfer and unloading of the fluid bed dryer can be complicated. The potency of the powder, volume of materials, intermediate container type, potential risks of deflagration when solvents are present and maintaining sufficient uptime on Wet Granulation Suite are all key considerations that influence the determination of the best fitting solution. Rheo offers many solutions for handling a wide range of powders in your wet granulation process.
1-0.01μg/m³
Containment
<1%
Oxygen Concentration in Vessel
Air Filtration Unit for Wet Granulation Process
Bins for Bin Blending Process
Bins for Bin Blending Process
Bin blending is an excellent alternative to traditional blending technology as it removes the product transfer and cleaning headaches of loading and unloading independent blending equipment.
1,000 kg
Capacity
Bin Blending
Bin Blending
Bin blending offers many advantages when it comes to product blending during the formulation process. By using the transport container as the blender, there are fewer product transfers that have to occur. This simplifies the handling process resulting in safer operations, reduced dust exposure, improved manufacturing efficiencies, and easier cleaning methods.
Rheo in-house manufacturing allows our team to deliver fully customized bins and bin blending systems with the superior craftsmanship that our customers have come to expect, but with lead times that will fit your project schedule.
Max Rotation Speed
20 RPM
Capacity
1000 kg