In the rapidly evolving landscape of cosmetics, pharmaceuticals, and food production, the handling of fine particulate matter poses unique mechanical challenges. Loose powder filling is not merely a matter of transferring material from a hopper to a container; it is a highly calibrated discipline of physical dynamics. Factors such as particle morphology, bulk density variability, atmospheric humidity, and electrostatic charge build-up dictate the efficiency and accuracy of the manufacturing line.
As a leading global manufacturer, SINAEKATO has designed advanced loose powder filling lines that address these variables through servo-driven auger control, real-time load-cell feedback systems, and integrated dust management systems. Our engineering principles prioritize sanitary design, compliance with international standards (such as CE, FDA, and cGMP), and modular architectures that allow for rapid product changeover. Whether you are packaging luxurious translucent face setting powders, active pharmaceutical powders, or specialized food dry ingredients, our systems ensure micro-gram accuracy, zero contamination, and exceptional process repeatability.
The heart of any loose powder filling system lies in the dosing mechanism. Volumetric filling using precision augers remains the industry benchmark. However, to achieve maximum precision across differing product runs, modern augers require multi-stage digital control.
| Feature Parameter | Technical Specification | Operational Benefit |
|---|---|---|
| Dosing Accuracy | ≤ ±0.5% - 1% (dependent on powder characteristics) | Reduces product giveaway, maintains tight compliance margins. |
| Control Interface | Siemens / Omron PLC with HMI Touchscreen | Intuitive operational control, recipe management, and diagnostic display. |
| Drive Mechanism | Servo-Driven Auger Motor + Independent Agitator | Separates feeding speed from powder conditioning for consistent density. |
| Material Construction | SUS304 / SUS316L (Contact parts mirror-finished Ra < 0.4 μm) | Prevents cross-contamination, conforms to stringent FDA/cGMP norms. |
| Dust Extraction | Integrated Vacuum Hoods & Negative Pressure Extraction | Keeps the sealing zones pristine, ensuring secure cap closure. |
An important part of our design is the separation of the main auger drive from the auxiliary stirring mechanism. The stirrer operates at a constant, slow speed to maintain a uniform bulk density in the hopper, preventing bridges or cavities. Simultaneously, the servo motor drives the auger screw with micro-second start-stop precision. This dynamic prevents "after-drip" and accounts for changes in powder fluidization, guaranteeing consistency even in highly cohesive formulations.
Established in 1992, SINAEKATO has emerged as one of China's premier machinery brands, delivering one-stop processing and packaging solutions. With over three decades of mechanical R&D, we specialize in high-performance vacuum emulsifying mixers, liquid-washing homogenizer mixers, perfume chiller production lines, toothpaste production systems, and advanced powder/liquid filling lines.
Our core operating philosophy is rooted in the belief that "Science and Technology are the primary productive forces." By forging strong partnerships with European engineering firms (such as Germany's FLEMAC) and sourcing 80% of our primary components from world-leading suppliers (including Siemens, Schneider, Omron, SMC, and ABB), we deliver reliable, state-of-the-art machinery that bridges the gap between high-speed output and surgical precision.
From lightweight silica-based loose setting powders to mineral foundations and highlighting powders, maintaining product texture is critical. Our machines integrate gentle agitation and zero-shearing augers to avoid modifying particle properties, ensuring the finished product maintains its silky touch.
Requires cleanroom configurations, absolute sterility, and extensive data logging. We offer containment systems that comply with Class A/B cleanroom guidelines, integrated with batch records, audit trails, and automatic rejection units for weight-deviated containers.
For dry milk formulas, nutritional drink mixes, and protein powders, prevent static charge build-up and achieve high throughput. Our designs incorporate ionizing air curtains and food-grade sanitary gaskets to ensure food safety and process efficiency.
Engaged in the chemical machinery industry; Guangzhou Sina Cosmetics Engineering Equipment Co., Ltd. was officially established, laying the groundwork for our cosmetics processing systems.
Gaoyou Sina Chemical Machinery Equipment Factory established. In 2006, purchased 10,000 square meters of land in Gaoyou for a state-of-the-art manufacturing facility: SINA EKATO Chemical Machinery Co., Ltd.
Consolidated our Gaoyou facility as Headquarter. In 2017, established Germany SINAEKATO Group Co., Ltd. in cooperation with European partner FLEMAC to align engineering standards with strict European guidelines.
Solidified partnerships with Fortune 500 cosmetic giants, completing projects with South Africa Unilever ($800k), and premium Japanese OEM manufacturers for brands like SK-II and Shiseido ($1.5M).
The manufacturing ecosystem in China, particularly in industrial corridors like Jiangsu and Guangdong, offers unparalleled integration of upstream material suppliers, precision component manufacturers, and experienced assembly technicians. For global clients, this translates into accelerated lead times, rigorous quality-cost balance, and customized configuration capabilities that are cost-prohibitive in Western markets.
Our Gaoyou production headquarters operates with direct control over the entire fabrication chain. From the initial plasma cutting of heavy stainless steel plates, to high-precision CNC lathe milling of custom-pitch augers, to orbital welding and automatic mirror-polishing, each stage is performed in-house. This centralized control minimizes sub-assembly delays, ensures complete trace-ability of raw materials (with material certificates available for every batch of steel), and allows us to deliver customized filling lines within weeks rather than months.
As we look toward the next decade of powder packaging automation, SINAEKATO is integrating advanced cyber-physical systems into our standard line configurations. The industry is transitioning from reactive control to predictive optimization. Below are the key technological pillars that form the roadmap of our development:
Deploying high-speed production machinery requires long-term service and support. Our engineering expertise is paired with localized support networks across North America, Europe, and Asia.
Every machine is built in strict adherence to target country standards. For North American deployments, we provide UL-certified electrical panels and coordinate with local inspection authorities. For European markets, all machinery features comprehensive CE marking, integrated safety circuits, and ATEX/IECEx ratings for powder-handling zones where explosion risks exist.
Furthermore, our digital support infrastructure features secure remote-access gateways. With the client's authorization, our software engineers in China or Germany can access the machine’s PLC interface, run diagnostics, fine-tune control loops, and upload firmware updates, minimizing the need for on-site visits.
We employ negative-pressure dust extraction manifolds around the filling nozzle. In addition, our systems can utilize a lift-and-fill mechanism (bottom-up filling). The container rises to envelop the nozzle, and the powder is dispensed as the container slowly drops. This significantly minimizes powder fall distance, reduces air entrainment, and prevents dust plumes.
To ensure reliability and local replacement options, 80% of our core components are sourced from global brands. Our standard control cabinet uses Siemens S7 series PLCs, Schneider contactors, Omron sensors, and SMC pneumatics. If your facility has specific component standards, we can accommodate those requirements.
We integrate inline dynamic checkweighers immediately downstream of the filling station. The scale measures the weight of each container and sends feedback to the PLC. If a trend deviation is detected, the PLC automatically recalibrates the servo motor's target revolution count to keep the filling weight within spec.
We supply a complete validation package, including IQ (Installation Qualification), OQ (Operational Qualification), material certificates for all contact components (showing SUS316L grade and surface roughness), and a detailed FAT (Factory Acceptance Test) protocol prior to shipping.
Sina Ekato
