The V-Type Mixing Machine operates on a simple yet highly effective principle of gravity-driven diffusion blending. Constructed from two intersecting cylinders arranged in a "V" shape, the vessel rotates about a horizontal axis. As the mixer turns, the powder bed splits into two distinct paths, recombining under the force of gravity twice during each complete revolution. This constant splitting and merging action produces an exceptionally uniform batch, making the V Series the premier chemical mixing equipment for free-flowing dry solids, granules, and powders of differing densities.
Unlike mechanical agitators (such as ribbon blenders or paddle mixers) which rely on shear force, V-mixers exhibit minimal mechanical stress. The absence of blades or paddles guarantees that fragile particles, delicate crystals, and heat-sensitive organic compounds remain completely undamaged. This low-shear processing is critical in modern pharmaceutical, cosmetics, and fine chemical manufacturing where product integrity dictates final compliance.
Industrial powder mixers require high structural integrity and chemical resistance. Our V-series mixing equipment is fabricated using premium-grade Stainless Steel 304, 316L, or specialized super-alloys. SS316L is typically specified for pharmaceutical or highly corrosive chemical powder applications, thanks to its superior molybdenum content which limits pitting and crevice corrosion.
Furthermore, internal and external surfaces are polished to a high sanitary standard (typically mirror polish with roughness Ra < 0.4 µm). This eliminates microscopic pits and crevices, preventing powder adherence, bacterial accumulation, and chemical cross-contamination. This ease of sterilization makes our V-Series machines ideal for multi-product factories requiring rapid, validated CIP (Clean-In-Place) protocols.
In pharmaceutical industries worldwide, V-mixers are the standard for blending Active Pharmaceutical Ingredients (APIs) with excipients, binders, and lubricants before encapsulation or tableting. The zero-dead-leg design ensures that all powders participate in the blending action, avoiding localized concentrations that could lead to batch rejection during dose-uniformity checks.
For battery materials, pigments, metallic powders, and specialized catalysts, the V-series chemical mixing equipment provides a highly controlled environment. Standard builds can be outfitted with explosion-proof motors (ATEX/IECEx certified) and nitrogen purging systems to handle volatile or combustible powder formulations safely.
From custom spice blends and protein powders to cosmetic powders like talc, mica, and dry pigments, keeping strict sanitary boundaries is key. Easy sanitization features paired with polished stainless steel contact surfaces allow food and cosmetic plants to pass rigorous FDA, EFSA, and local organic certifications.
As industry 4.0 expands, industrial blending is moving beyond basic rotation. Manufacturers now require smart, integrated processing lines that maximize yield while maintaining continuous quality control. Here is how our engineering team is addressing these shifts:
Integrating Near-Infrared (NIR) spectroscopy sensors directly into the rotating vessel allows real-time, in-line monitoring of the blend state. Operators can determine the exact homogenization endpoint without stopping the machine or taking physical samples, which prevents ambient exposure and saves valuable production time.
Dust mitigation is a primary health and safety concern in powder handling. Modern installations feature automated, dust-free vacuum transfer systems that load the raw ingredients directly into the V-mixer without manual intervention. Additionally, pneumatic discharge valves seal the output, ensuring minimal environmental contamination.
For materials that tend to clump or aggregate, we can install high-speed intensifier bars (also known as agitator pins or liquid addition shafts) through the rotation axis. These bars break up clumps without degrading the primary particle size, and can also mist minor liquid additives (like colorants, oils, or flavorings) uniformly into the powder bed.
Our company designs, manufactures, and commissions custom industrial mixers. We work closely with our clients to deliver tailored equipment that integrates seamlessly into existing plant layouts.
We supply certifications: Patent Certificate / CE Certificate / ISO9001 / Stainless Steel 316L Certificate
High-shear vacuum homogenizers designed for professional pharmaceutical creams and cosmetic emulsions.
Standard and customized mixing vessels for liquid soap, detergents, and body washes.
High-precision perfume mixing, chilling, filtering, and bottle sealing systems.
Full-automatic & Semi-automatic filling systems designed for liquids, pastes, and creams.
Stainless steel storage, buffering, and cooling tanks built to standard chemical and sanitary codes.
Automated plastic and metal tube filling and sealing machinery for ointments and pastes.
High-purity Reverse Osmosis water purification systems designed for cosmetics and cleanrooms.
Cartoning, wrapping, and secondary packaging machines for cosmetic production lines.
Our operations are backed by decades of experience, global installations, and high-performance quality guarantees.
Years of Engineering Experience
Global Export Countries
Custom Production Lines Commissioned
Quality Acceptance & FAT Passed
Sqm Modern Manufacturing Base
Working alongside top brands globally to deliver high-performance mixing solutions.
Selecting the optimal V-type mixing machine requires evaluating several key parameters: bulk density of the materials, particle size distribution, moisture content, and the required batch capacity. Since mixing action relies on gravitational tumbling, the chamber fill volume should hover between 40% and 60% of the total vessel capacity. Overfilling inhibits proper splitting and recombining, while underfilling reduces tumbling dynamics. MOC (Material of Construction), such as SS304 vs. SS316L, must also be decided based on chemical compatibility and sanitary demands.
Ribbon blenders use mechanical paddles or ribbons to move materials, which introduces moderate shear and mechanical heat. This is suitable for cohesive or wet powders but can degrade delicate materials. Double cone blenders use a central body with conical ends, ideal for free-flowing solids but sometimes less efficient at axial blending than V-mixers. The V-type mixer splits the powder path dynamically at the intersection, offering excellent mixing speed and uniformity for free-flowing solids with minimal shear stress.
Yes. Our factory customizes V-type mixers for pharmaceutical cleanrooms by sealing all electrical drives and bearings within a stainless steel shroud. All contact welds are ground flush and polished to a mirror finish (Ra < 0.4 microns) to ensure no product holdup. Additionally, we support validated CIP (Clean-In-Place) designs with spray nozzles, as well as dust-free loading options to maintain cleanroom air classification standards.
An intensifier bar is a high-speed rotating shaft located along the horizontal axis of rotation. Equipped with pins or blades, it runs in the opposite direction of the tumbling vessel. This option is crucial when blending powders that tend to form agglomerates or require trace amounts of liquid distribution. The intensifier bar creates localized high shear to break down clumps and spray liquid additives uniformly throughout the active powder bed.
Due to the external rotation of the entire vessel body, safety is paramount. All large-scale units are integrated with safety fences and safety interlock gates. The machine will not start unless the safety zone is closed. Additionally, the system features drive-brakes with motor alignment position sensors, enabling operators to stop the mixer precisely at the vertical loading or unloading orientation.
Jun-04-2026 | By Admin
SINAEKATO, a trusted professional manufacturer in cosmetic and chemical machinery, achieves another delivery breakthrough with eight full containers dispatched to Nigeria.
May-28-2026 | By Admin
Dating back to the 1990s, SinaEkato has dedicated itself to custom design and production of high-quality processing equipment for global manufacturing lines.
May-27-2026 | By Admin
A new high-precision lab system designed for the formulation development and small-batch cosmetic or pharma processing runs.
May-08-2026 | By Admin
Showing off lab-scale processing equipment at Booth 5E 310, featuring live demonstrations and process optimizations for global buyers.
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Presenting new cosmetic emulsifiers, mixers, and automated filling equipment lines at the upcoming Shanghai Expo.
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Behind every vacuum emulsifier and powder mixer is a strict testing protocol ensuring systems arrive in plug-and-play condition.
Professional engineering design, stable quality assurance, on-time delivery, and lifetime after-sales cooperation. We grow with you for mutual progress and development.
Since its establishment, our factory has focused on developing high-quality industrial mixing and processing equipment. Our products have earned an excellent reputation and the trust of global clients.
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