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The FT-VM 200L Stainless Steel V Blender is designed for batch blending of dry powders and granules where uniform distribution, gentle material handling and straightforward cleaning are important.
Its rotating V-shaped chamber repeatedly divides, redirects and recombines the powder under gravity. Compared with aggressive high-shear mixing, this tumbling action places less mechanical stress on fragile particles and helps limit unnecessary heat generation or material compaction.
The standard configuration features polished stainless steel product-contact surfaces, variable chamber rotation, sealed loading covers and controlled bottom discharge. An auxiliary intensifier or dispersing shaft can also be configured when the formula contains small-dose additives, light agglomerates or ingredients that require additional dispersion.
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FT-VM
HONEMIX
The FT-VM V Blender Machine is an industrial dry powder mixing system developed for manufacturers that require repeatable batch blending without exposing the product to excessive shear.
During operation, the entire V-shaped vessel rotates around a horizontal shaft. Material moves continuously between the two connected sections of the chamber, creating repeated division and recombination of the powder bed. This motion supports gradual ingredient distribution while maintaining a relatively gentle processing environment.
The machine can be used as an independent batch blender or integrated with powder sieving, vacuum conveying, intermediate storage, weighing and downstream filling or packaging equipment.
Raw materials are loaded through the upper openings of the V-shaped chamber. Once the covers are secured, the vessel rotates at the selected speed.
As the chamber turns, gravity moves the powder through alternating paths inside the two cylindrical sections. Each rotation separates part of the powder bed and then brings the streams back together. Repeating this process distributes the ingredients throughout the batch.
After the validated mixing time is reached, the chamber is positioned for discharge. The finished blend is released through the bottom butterfly valve into a receiving container, vacuum conveyor, storage hopper or packaging system.
For formulas containing agglomerates or low-percentage additives, an optional internal intensifier shaft can provide additional local dispersion while the vessel continues rotating.
The chamber geometry is the central feature of the FT-VM V Type Powder Mixer.
Instead of relying on a large internal ribbon or paddle, the rotating vessel uses gravity to move the material between two connected sections. This repeated powder division helps produce a consistent blend while keeping the mechanical action relatively gentle.
The design is particularly useful when the finished product must retain its original particle structure or when excessive shear could damage granules.
The FT-VM is intended primarily for dry powder and granular materials.
Its tumbling process can help reduce:
Particle breakage
Excessive frictional heating
Powder compaction
Damage to fragile granules
Unnecessary modification of particle shape
This makes the machine suitable for manufacturers that prioritize product integrity as well as blend uniformity.
The powder-contact chamber is manufactured from stainless steel, with polished internal and external surfaces.
A smooth internal finish helps reduce material retention and makes manual cleaning, visual inspection and product changeover more convenient. Stainless steel also provides better corrosion resistance and a cleaner appearance than painted carbon-steel contact surfaces.
Depending on the formula and hygiene requirement, product-contact parts can be configured in SUS304 or SUS316L stainless steel.
The FT-VM 200L configuration supports a vessel rotation range of 0–12r/min.
Variable-speed control allows operators to adjust the tumbling intensity according to:
Powder flowability
Particle size
Particle fragility
Ingredient density
Batch volume
Mixing-time requirement
Risk of segregation
The final speed and mixing time should be established through production trials rather than applying one setting to every formula.
A standard V blender is most effective when the powder is reasonably free-flowing and the ingredients have compatible physical properties.
When the formula contains small agglomerates, trace additives or components that are difficult to distribute, the FT-VM can be equipped with an internal auxiliary mixing shaft. The documented configuration provides an adjustable shaft speed of up to 140r/min with 1.5kW driving power.
The auxiliary shaft should be selected according to the actual powder behavior. It is not automatically required for every dry blending process.
The upper loading ports provide access for powder feeding, inspection and cleaning.
The covers can be secured during operation to help:
Reduce external contamination
Limit dust escape
Prevent foreign objects entering the vessel
Improve operator safety
Maintain a cleaner production area
Vacuum conveying or closed powder transfer can be added when manual bag feeding creates excessive dust.
The chamber is fitted with a bottom discharge port and butterfly valve.
After mixing, the chamber can be positioned above the receiving container and discharged by gravity. The sealed valve helps reduce uncontrolled leakage and allows the operator to manage the powder flow more effectively.
The discharge connection can be customized to match:
Mobile powder bins
Storage hoppers
Vacuum conveyors
Sieving machines
Auger filling machines
Bag or container filling systems
The FT-VM has fewer complex internal mixing components than many ribbon or paddle blender designs.
Its polished chamber, accessible covers and bottom outlet make routine cleaning and product inspection easier. This is useful for factories that process multiple formulations, colors, flavors or product grades on the same machine.
For sensitive products, the cleaning procedure should be validated according to residue limits, cross-contamination risk and applicable production standards.
The mixing vessel is supported by a rigid floor-standing frame and driven through a motor and reduction system.
The machine should be installed on a solid, level floor so the chamber rotates smoothly and the drive components remain correctly aligned. A no-load test should be completed before the first production batch and after major maintenance.
The FT-VM can be configured as a Pharmaceutical Powder Mixer for dry formulation stages such as:
Excipients
Herbal powders
Vitamin premixes
Nutritional powders
Granules
Dry active-ingredient premixes
Tablet or capsule powder preparation
Material compatibility, cleaning requirements and applicable pharmaceutical standards must be confirmed before final machine selection.
Typical dry food applications include:
Milk powder blends
Protein powder
Instant beverage powder
Seasoning powder
Bakery premixes
Food additives
Flavoring powders
Nutritional meal powders
For food applications, the required stainless steel grade, seals, surface finish and cleaning procedure should be specified during project confirmation.
The Stainless Steel Powder Blender can support dry cosmetic production involving:
Face powder
Loose setting powder
Mineral powder
Cosmetic pigment premixes
Dry mask powder
Bath powder
Personal care powder blends
Color cosmetic base powders
When pigments or very small-dose colorants are used, pre-blending or an intensifier shaft may be required to improve distribution.
Other possible applications include:
Detergent powder
Ceramic powder
Plastic additives
Specialty chemical powders
Agricultural premixes
Mineral compounds
Dry functional additives
Technical powder blends
Combustible, toxic or highly reactive powders require a separate risk assessment and may need explosion-proof electrical components, grounding, dust extraction or closed transfer systems.
Comparison Item | FT-VM V Blender | Ribbon Blender |
|---|---|---|
Primary Mixing Action | Gravity Tumbling | Mechanical Convective Mixing |
Typical Material | Free-Flowing Powders And Granules | Powders Requiring More Active Movement |
Shear Level | Relatively Low | Medium |
Particle Protection | Better For Fragile Granules | Greater Risk Of Particle Damage |
Internal Structure | Simpler Chamber | Ribbon And Central Shaft |
Cleaning Access | Generally Easier | More Internal Surfaces To Clean |
Agglomerate Breakdown | Limited Without Intensifier | Better Mechanical Movement |
Recommended Selection | Gentle, Clean Batch Blending | Faster Or More Aggressive Powder Mixing |
The correct choice should be based on powder flowability, particle-size distribution, density difference, additive ratio, batch size and cleaning requirement—not only on machine price or nominal volume.
The FT-VM Dry Powder Mixing Machine can help manufacturers improve processes affected by:
Uneven distribution of powder ingredients
Excessive particle damage from aggressive mixing
High residue after product discharge
Long cleaning time between batches
Dust leakage during discharge
Inconsistent mixing cycles between operators
Difficulty processing fragile granules
Limited flexibility when changing products
Poor distribution of small-dose ingredients
Uncontrolled manual powder blending
Actual blend uniformity should be verified through representative sampling and testing for each formula.
Item | Specification |
|---|---|
Model | FT-VM-200 |
Machine Type | V Type Powder Mixer |
Nominal Model Reference | 200L |
Total Chamber Volume | 500L |
Reference Production Capacity | Up To 150kg/h |
Feeding Time | Approximately 4–6 Minutes |
Typical Mixing Time | Approximately 6–10 Minutes |
Adjustable Mixing Range | Approximately 5–20 Minutes |
Chamber Rotation Speed | 0–12r/min |
Main Motor Power | 3kW |
Auxiliary Shaft Speed | 0–140r/min, Where Configured |
Auxiliary Mixing Power | 1.5kW, Where Configured |
Machine Dimensions | Approximately 2500 × 800 × 2050mm |
Maximum Rotating Height | Approximately 2450mm |
Machine Weight | Approximately 550kg |
Product Contact Material | Stainless Steel |
Discharge Method | Bottom Butterfly Valve |
Speed Control | Variable Frequency Control |
The material charge should not exceed approximately one-third of the total chamber volume. Final capacity is customizable.
The FT-VM can be customized with:
SUS304 Or SUS316L Product Contact Parts
Internal Intensifier Or Dispersing Shaft
Variable Frequency Speed Control
Digital Mixing Timer
Vacuum Powder Feeding System
Dust-Tight Feeding Connection
Customized Discharge Valve Diameter
Mobile Powder Receiving Bin
Load Cell Weighing System
Safety Guard And Position Interlock
Explosion-Proof Electrical Configuration
Powder Sieving Machine Connection
Vacuum Conveyor Connection
Auger Filling Machine Connection
Customized Voltage And Electrical Components
Different Chamber Volumes And Batch Capacities
Explosion-proof components should only be selected after evaluating the powder’s combustible-dust characteristics and the applicable factory safety requirements.
For stable long-term operation:
Install the machine on a solid and level floor.
Check that the chamber and drive area are clean before startup.
Perform a no-load test before the first production batch.
Confirm that covers, valves and guards are properly secured.
Set the chamber speed and mixing time according to the validated process.
Avoid exceeding the confirmed loading ratio.
Inspect belt tension and drive components regularly.
Maintain the reducer oil according to the maintenance schedule.
Lubricate bearings with suitable high-temperature grease when required.
Protect the electrical control system from moisture and powder accumulation.
To recommend the correct FT-VM configuration, please provide:
Powder or granule name
Required batch weight
Powder bulk density
Particle-size range
Number of ingredients
Minimum additive percentage
Moisture content
Powder flowability
Presence of agglomerates
Required blend-uniformity standard
Required stainless steel grade
Cleaning and changeover requirements
Target batches or output per day
Available installation height and floor space
Local voltage and electrical standard
Requirement for vacuum feeding or dust collection
Requirement for explosion-proof components
Downstream sieving, storage or packaging equipment
This information is more useful for machine selection than providing only a required chamber volume.
A V Blender Machine is used to combine dry powders or granules through gentle gravity tumbling. It is commonly selected for pharmaceutical, food, nutraceutical, cosmetic and specialty powder production.
The typical mixing time of approximately 6–10 minutes and an adjustable process range of about 5–20 minutes. The final cycle depends on powder flowability, ingredient ratio, particle properties and required uniformity.
Usable powder weight cannot be determined from total chamber volume alone. It depends on bulk density and the validated filling ratio. It is recommended to limit the material load to within approximately one-third of the chamber's total volume.
Yes, but very small-dose ingredients may require pre-blending, controlled feeding or an optional intensifier shaft. A mixing trial is recommended when the additive ratio is extremely low.
A standard V blender is primarily intended for dry powders and granules. Wet, sticky or highly cohesive materials may not tumble effectively and may require another mixing structure.
Not for every application. It is mainly considered when the powder contains light agglomerates, pigments or low-percentage additives that require more active dispersion.
Yes. Product-contact components can be configured in SUS304 or SUS316L according to product compatibility, hygiene requirements and project budget.
The polished V-shaped chamber, accessible loading covers and bottom discharge simplify visual inspection and manual cleaning. The final cleaning method should still be validated according to the product and cross-contamination requirements.
Yes. It can be connected with vacuum conveyors, sieving machines, receiving hoppers, storage bins, auger fillers and powder packaging systems.
Provide the powder name, bulk density, batch weight, particle size, ingredient ratio, moisture content, mixing target, stainless steel requirement, available space, voltage and required upstream or downstream equipment.
Send HONEMIX your powder type, bulk density, required batch weight, ingredient ratio, particle size and target daily output.
Our engineering team will help evaluate the suitable chamber volume, loading ratio, rotation speed, mixing time, stainless steel grade, intensifier requirement and powder handling configuration for your production process.
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E-mail：info@honemachine.com
