FSD Laboratory Bin Blender

Price: 5,000.00 USD

A Laboratory Bin Blender is a precision-engineered device used in research, development, and small-scale production to achieve a uniform, homogeneous mixture of dry, solid powders and granules. It is the smaller, bench-top counterpart to large industrial bin blenders, designed for accuracy, flexibility, and repeatability in a controlled lab setting.

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Key Features

Technical Data

Machine Details

FAQ

Application Powder Types

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PLC auto-control, man-machine interface operation.
Laboratory Bin Blender Diagram.
Mechanical interlocking fence protects mixing area.
Safetyinterlocks: vertical positioning, start-stop deceleration, etd.
Replaceable hoppers for differential mixing volume need.
Mixing hopper:high-quality S304 stainless steel.
EU, CE certified to guarantee excellent quality.
Meets GMP requirements for pharmaceutical production.

Model	Dimensions						Net Load	Mixing speed	Total power	Equipment weight
Model	W1	W2	H1	H2	H3	L	Kg	rpm	Kw	Kg
FSD50	1538	1300	1023	400	650	1282	25	3-15	0.37	180
FSD100	1870	1300	1234	500	700	1514	50	3-15	0.75	240
FSD150	2060	1465	1481	600	800	1600	75	3-15	0.75	260
FSD200	2152	1540	1443	465	800	1805	100	3-15	1.1	320

Hopper Discharge Valve

Mixing Impeller Assembly

Shear Blade

What is a Laboratory Bin Blender, and what is it used for?

A Laboratory Bin Blender is a precision mixing machine used primarily in R&D, QA/QC, and small-scale production. It is designed to achieve a homogeneous, uniform blend of dry powders, granules, and other free-flowing solid materials. Common applications include pharmaceutical formulation development, food & beverage testing, chemical research, and cosmetic powder mixing.

How does a Bin Blender work?

It operates on the principle of gentle tumbling or diffusion mixing. The material is loaded into a sealed container (the "bin"). This bin is then securely attached to a rotating frame. As the frame rotates, the bin tumbles end-over-end or at an angle, causing the particles to repeatedly cascade and fold over each other, creating a consistent blend without high shear or heat generation.

What are the key advantages of using a Bin Blender?

Uniform Blending: Excellent for cohesive and free-flowing powders.
Gentle Action: Prevents particle degradation, attrition, or separation of fragile materials.
Contamination-Free: Sealed bins eliminate cross-contamination and product loss.
Easy to Use & Clean: Bins are removable, making loading, unloading, and cleaning simple.
Scalability: Blending parameters from the lab scale can be directly correlated to larger production-scale bin blenders.

What types of bins or containers are available?

Bins come in various materials to suit different product needs:

Stainless Steel (SS 304 or 316L): Standard for most applications, durable, and easy to clean.
Polymers (e.g., Polycarbonate, UHMW): Excellent for corrosion resistance, lightweight, and visual blending observation.
Specialty Coatings: Options like Teflon® or electropolished finishes for sticky or highly pure products.

How do I choose the correct bin size and fill level?

For optimal blending, the bin should typically be filled between 30% and 70% of its total volume. This ensures enough headspace for the material to tumble and mix effectively. Always consult the manufacturer's guidelines. Common lab sizes range from 1-liter to 50-liter bin capacities.

How long does it take to achieve a homogeneous blend?

Blend time varies based on material characteristics (density, particle size, flowability) and the required homogeneity. It can range from 5 to 30 minutes for most applications. We recommend conducting a blend uniformity study to determine the optimal time for your specific product.

Can I get a customized Bin Blender for my specific application?

Yes. We offer various customization options, including: