Explore our foundational range of smart filling, emulsification, capping, and fluid storage systems, built to exceed international standards.
In modern industrial processing, mixing efficiency directly affects formulation stability, reaction kinetics, and ultimate yield. The configuration of the Industrial V-Mixer—historically praised for its dual-shell asymmetric mixing design—continues to serve as a critical component in solid-solid and dry-powder blending operations. Meanwhile, modern processing ecosystems dictate the combination of both specialized powder mixers and liquid-washing homogenizing emulsifiers to establish integrated, high-capacity production lines.
Under the strict guidelines of current Good Manufacturing Practices (cGMP), mixing systems must achieve structural purity, process predictability, and complete sanitization validation. SINA EKATO has driven technical innovation in blending dynamics since 1992, engineering precision components that address the microscopic dispersion challenges of active pharmaceutical ingredients (APIs), cosmetic micro-pigments, and functional food compounds.
Established as a global benchmark in process engineering, SINAEKATO delivers comprehensive engineering solutions across 55 countries, combining advanced German R&D partnerships with precision manufacturing.
SINA EKATO, a leading machinery brand in China, was established in 1992. Over 30 years, we have built a rich history in Vacuum Emulsifying Mixers, Liquid-washing Homogenizer Mixers, Perfume Chiller Production Lines, Toothpaste Production Mixers, Fully-automatic and Semi-automatic Filling Machines, Storage Tanks, RO Water Treatment Series, and Packing Machines. This enables us to provide one-stop, turnkey machinery solutions for the Skincare, Cosmetics, Pharmaceutical, and Food industries.
With corporate footprints in 55 countries and a highly specialized assembly plant in Gaoyou, Jiangsu, SINA EKATO collaborates internationally with European design firms (such as Germany's FLEMAC) to advance industrial mixing technology. Our expert team of around 150 factory technicians and 10 offshore support engineers ensures rapid installation, commissioning, and system maintenance worldwide.
Engineering excellence powered by high-grade component procurement, strict quality management, and advanced fluid-dynamic testing.
Over 80% of our machinery's core components are sourced from globally recognized suppliers, ensuring stable operational performance and easy local replacement part sourcing.
We continuously invest in researching core technologies. Our strict QA processes and precise testing equipment ensure high reliability for every industrial system.
"Let the world know Made in China" is our core mission. We back this vision with active community involvement and support for engineering educational initiatives globally.
Science and Technology are primary drivers of industrial capacity and core competitiveness. By continuously refining the designs of our Vacuum Emulsifying Mixers and V-Type Dry Blenders, SINA EKATO ensures that cosmetics manufacturers achieve particle distribution profiles below 2.5 microns, leading to more stable emulsions and longer product shelf life.
Furthermore, our close alignment with international mechanical testing protocols ensures that 80% of our internal components are manufactured by leading global suppliers (including Siemens motors, Omron PLCs, Schneider electronics, and NSK bearings). This integration provides customers with reliable machinery and effective local warranties.
Global pharmaceutical and cosmetics manufacturers face tightening regulatory environments. When sourcing industrial mixing equipment, procurement teams evaluate specific criteria beyond basic capacity:
SINA EKATO addresses these global requirements by manufacturing machinery that carries CE certifications, adheres to GMP guidelines, and integrates advanced sensor suites for comprehensive process transparency.
Industrial processing facilities require custom setups tailored to their specific products. SINA EKATO designs and integrates dedicated production lines for different sectors:
High-viscosity creams, sunscreens, and makeup foundations require consistent emulsification. Our Vacuum Emulsifying Mixer systems use bottom-entry or top-entry homogenizers to subject immiscible oil and water phases to high shear forces (up to 3600 RPM). The vacuum environment prevents air incorporation, yielding stable, bubble-free, and smooth emulsions.
In solid dosage manufacturing, blending APIs with excipients requires high uniformity. SINA EKATO's V-type powder blenders use gravity-flow tumbling to mix components gently without damaging fragile crystals or generating excess heat. When required, high-speed intensifier bars are integrated to disperse cohesive clumps.
Liquid detergents, shampoos, and hand soaps demand high-capacity production. Our liquid-washing homogenizer mixers feature contra-rotating paddle agitators and high-shear dispersers to rapidly dissolve surfactants like Sodium Laureth Sulfate (SLES) while maintaining energy efficiency.
Our journey from a local engineering workshop to a globally trusted process machinery manufacturer.
SINA EKATO's R&D team targets several key areas for the next generation of industrial mixing technology:
These developments enable SINA EKATO to design mixing equipment that meets current demands while helping global factories adapt to future automation standards.
Procuring heavy industrial equipment requires reliable long-term support. SINA EKATO provides comprehensive lifecycle services to keep customer systems operating efficiently:
Expert answers to common technical queries regarding emulsification, dry powder blending, and custom process line configuration.
V-type mixers use asymmetric cylinders to split and recombine powders continuously, generating high axial flow. Double cone blenders rely on radial tumbling, which can be less efficient for powders with different particle sizes. SINA EKATO's V-type mixers feature internal intensifier bars to handle cohesive powders effectively.
We use double-end mechanical seals with integrated water-cooling systems. The main vessel is built from heavy-gauge stainless steel with high-integrity silicone gaskets, sustaining vacuum levels down to -0.09 MPa for air-free emulsification.
Yes, we supply explosion-proof configurations utilizing ATEX-certified motors, explosion-proof control enclosures, grounding verification networks, and pressure-relief valves for processes involving ethanol, perfumes, or organic dust hazards.
We supply complete documentation packages, including mill test certificates for contact metals, electrical schematics, software validation protocols, operation manuals, and FAT/SAT testing checklists to support GMP and FDA compliance.
Bottom-entry homogenizers work directly at the point of highest material density, drawing raw materials from the bottom and forcing them through the rotor-stator assembly. This avoids dead zones and ensures uniform emulsification, even at low batch volumes.
Complete your processing facility with our high-performance pumps, custom filtration systems, constant temperature fillers, and packaging lines.
Sina Ekato
