Finetech supplies dry powder mixing machines for laboratory, pilot, and industrial production. We consider powder behavior, batch size, blend ratio, discharge method, cleaning access, and required containment. The range includes tumble blenders, ribbon mixers, bin systems, and specialty designs. Buyers receive configuration guidance, factory testing support, commissioning assistance, and practical operator training.
A dry powder mixing machine combines powders or granules without relying on a liquid phase. Tumble motion, ribbons, paddles, or three-dimensional movement redistribute particles throughout the vessel. The chosen mixing action should suit the product’s flow, density, fragility, and blend ratio. Correct loading and mixing time help the batch reach the required uniformity.
Purpose-matched mixing motion distributes major ingredients and smaller additions throughout the batch. This supports consistent downstream processing and finished-product quality.
Closed loading, timed mixing, and controlled discharge limit repetitive operator work. They can also reduce avoidable dust and material loss.
Mixer sizes range from small laboratory units to large production systems. A structured scale-up plan helps preserve blend performance as volume increases.
A mixer that works well for free-flowing granules may not suit a cohesive powder or trace ingredient. Finetech reviews particle size, bulk density, blend ratio, batch volume, mixing time, and discharge expectations. We use those details to recommend the vessel shape, working volume, drive, and loading method for the application.
Tumble systems provide gentle blending, while ribbon and paddle designs create more active movement. Selection depends on batch size, segregation risk, ingredient ratio, cleaning method, available headroom, and the required discharge arrangement.
Design Volume (L): 100 to 1000
Capacity (L): 20 to 500
Power (kW): 1.5 to 3
Outlet Height (mm): 550 to 700
Speed (rpm): 12 to 15
Inlet Size (mm): 220 × 100 to 270 × 150
Weight (kg): 200 to 900
Volume (L): 300 to 2000
Output (Kg/Tank): 150 to 1000
Rotating Motor (KW): 1.5 to 5.5
Mixing Motor (KW): 1.5 to 5.5
Mixing Time (mins.): 0 to 30
Total Power Energy (Kw): 0.25-0.75
Mixing Rotatory Speed (rpm): 20-35
Capacity (L): 2-30
Weight(Kg): 19
Overal Size(mm): 400*330*420
Total Power Energy (Kw): 3 to 22
Mixing Rotatory Speed (rpm): 46
Barrel Volume (mm): 680-2000 x 420-1068 x 490-534
Radius of Barrel (mm): 210 to 534
Effective Volume (L): 100 to 2000
Power Supply: 3 Phase 208-415v 50/60 HZ
Max Loading Volume (L): 1000
Speed (rpm): 3 to 11
Weight (kg): 4000
Voltage: 400V, 3 phases, 50Hz
Max Loading Weight (kg): 400/batch
Bin Volume (f): 1200
Rotating Motor Power (Kw): 7.5
Net Load(Kg): 200-1500
Mixing Rotatory Speed(rpm): 3 to 15
Lifiting Height(mm): 750-850
Total Power Energy (Kw): 5.5-15
Weight(Kg): 1700-3500
Net Load(Kg): 50-200
Mixing Rotatory Speed(rpm): 3 to 15
Stirring Speed(rpm): 50-150
Total Power Energy (Kw): 0.37-1.1
Weight(Kg): 500
Net Load(Kg): 100-6000
Mixing Rotatory Speed(rpm): 3 to 15
Dimension(mm): 1720*1920*400
Total Power Energy (Kw): 1.1-22
Weight(Kg): 450-8000
Net Load(Kg): 25-100
Mixing Rotatory Speed(rpm): 3 to 15
Dimension(mm): 1538*400*1282
Total Power Energy (Kw): 0.37-1.1
Weight(Kg): 180-320
The paddle blender is a horizontal mixing device with specially designed paddle agitators. It delivers gentle, uniform blending for powders, granules and semi-wet materials.
The 3D powder mixer features a unique three-dimensional swirling motion to achieve ultra-uniform mixing of powders, granules and fine particles.
The small ribbon blender is a compact horizontal mixing equipment, equipped with inner and outer ribbon spiral blades. Blending for powders, granules and trace additives
V-shaped, conical, square, and horizontal vessels move material in different ways. Selecting the geometry around the powder helps improve turnover and reduce dead zones.
Adjustable rotational or agitator speed lets operators balance blending action with product care. The approved setting should limit dust, heating, and particle damage.
Every vessel needs a suitable fill level for effective movement. Correct loading gives particles room to circulate while avoiding an unnecessarily long mix cycle.
V and double-cone machines repeatedly divide and recombine the batch. This low-shear action suits many free-flowing powders and fragile granules.
Horizontal agitators move material both radially and along the trough. They are useful when the blend needs faster, more intensive redistribution.
Covered inlets, contained transfer options, and secure connections help manage airborne powder. The loading arrangement can match bags, drums, bins, or upstream equipment.
Positioned outlets support controlled emptying into containers or downstream machines. Smooth internal surfaces help reduce retained material after discharge.
Material-contact areas can be finished for practical cleaning and inspection. The selected grade and surface treatment should match the product and facility requirements.
Timers, speed settings, alarms, and interlocks support repeatable operation. Clear controls help trained staff follow the approved mixing procedure for each product.
On-site installation and commissioning support for your pharmaceutical machinery.
Operator training to help your team understand the correct operation of the machine.
Online technical assistance for machine operation and troubleshooting.
Support for pharmaceutical workshop and production-line planning.
Support change parts: Mixing Blades, Seals & Gaskets, Discharge Valves.
We providing complete turnkey solution. From manufacturing to packaging line.
Portfolio Capacity Range
L
Indicative Net Load Range
kg
Mixing Speed Range
rpm
Installed Power Range
kW
| Model | Specifications | Details |
|---|---|---|
| V Shape Mixer/Blender | Capacity (L) | 20 to 500 |
| Design Volume (L) | 100 to 1000 | |
| Power (kW) | 1.5 to 3 | |
| Outlet Height (mm) | 550 to 700 | |
| Cone Mixer | Volume (L) | 300 to 2000 |
| Output (Kg/Tank) | 150 to 1000 | |
| Rotating Motor (kW) | 1.5 to 5.5 | |
| Mixing Motor (kW) | 1.5 to 5.5 | |
| Mixing Time (mins) | 0 to 30 | |
| Ribbon Mixer | Total Power Energy (kW) | 3 to 22 |
| Mixing Rotatory Speed (rpm) | 46 | |
| Barrel Volume (mm) | 680–2000 × 420–1068 × 490–534 | |
| Radius of Barrel (mm) | 210 to 534 | |
| Bin Blender Pharmaceutical | Max Loading Volume (L) | 1000 |
| Speed (rpm) | 3 to 11 | |
| Weight (kg) | 4000 | |
| Voltage | 400V, 3 Phases, 50 Hz | |
| Max Loading Weight (kg) | 400/batch | |
| Rotating Motor Power (kW) | 7.5 |
Talk to our experts to discover the right solution for your needs.
Here you’ll find technical knowledge about powder mixing machines — including how they work, how models compare, SOP checklist, and real-world case studies.
In industries such as pharmaceuticals and chemicals, a product’s quality relies on a single critical factor: a perfect mix. A flawless blend isn’t just about combining ingredients; it’s a fundamental
The core success of pharmaceutical manufacturing relies on three non-negotiable pillars: formulation design, process control,
Double-cone blenders are one of the most essential machines in the pharmaceutical industry for uniformly
Tablets are the most common form of medicine we use every day. They are formed
The answer depends on powder flow, density differences, ingredient ratio, batch size, fragility, and the required mixing time.
It varies by mixer design. The working volume should leave enough space for material movement while maintaining efficient contact.
Yes, if the vessel, drive, seals, and cleaning process suit each product. Cross-contamination controls must be planned before use.
Use an approved sampling plan and analytical method. Samples should represent different vessel locations and the intended production conditions.
Mixing time depends on the product and mixer. Trials should identify the shortest validated time that achieves acceptable uniformity.
Yes, but trace additions often need pre-blending, controlled charging, or a suitable mixer design to avoid localized concentration.
Differences in particle size, density, or shape can cause segregation. Excess handling and long transfer paths may make it worse.
Often yes. Their gentle action can limit particle damage, although the formulation and required uniformity still need testing.
Many configurations can use vacuum transfer or contained charging. Connection size and airflow should suit the powder and batch rate.
Share the product type, changeover frequency, cleaning agents, access limits, containment needs, and any validated cleaning procedure.
Provide batch weight, bulk density, ingredient ratio, particle characteristics, desired cycle time, utilities, and room dimensions.
Finetech can assist with installation, commissioning, operator training, troubleshooting, spare parts, and future configuration reviews.
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