CE Certification Automatic Cosmetic Mascara Brush Tube Bottle Negative Pressure Filling Machine Suppliers & Factories

Unparalleled Precision, Intelligent Fluid Dynamics, and Robust Compliance Standards for Global Cosmetics Manufacturing Operations

Engineering Masterpiece: Negative Pressure Filling in Cosmetic Packaging

The manufacturing of modern cosmetics requires an unparalleled level of fluid handling precision. Among the most complex formulations is mascara, a highly viscous, thixotropic material containing film-forming agents, volatile solvents, waxes, and dense color pigments. Traditional gravity-fed or standard positive pressure piston filling configurations often fail to handle mascara effectively, leading to issues like product stringing, nozzle build-up, and air pocket trapping within the narrow neck of mascara brush tubes.

Our CE Certified Automatic Cosmetic Mascara Brush Tube Bottle Negative Pressure Filling Machine utilizes advanced vacuum-assisted fluid dynamics to resolve these challenges. By drawing air out of the container before and during the filling process, the negative pressure system ensures that the high-viscosity product seamlessly flows to the bottom of the container, eliminating air bubbles and guaranteeing a clean fill without neck contamination. This mechanism not only accelerates cycle times but also maintains a strict dosage tolerance of ±0.1g, essential for high-end luxury cosmetic brands.

Sinaekato Advanced Lab and Research Center

Why Choose SINA EKATO

Rooted in innovation, our systems utilize premium components from global leading brands to guarantee longevity and international safety compliance.

Global Component Integration

Over 80% of our machinery components are sourced from globally recognized suppliers, ensuring outstanding reliability, high performance, and easily accessible replacement parts worldwide.

Strict CE Compliance

Our manufacturing processes comply with rigorous European CE safety, health, and environmental protection standards, providing worry-free operation and seamless imports into high-standard markets.

Decades of Formulation Expertise

With over 30 years of machinery and formulation experience, SINA EKATO delivers optimized solutions that bridge the gap between chemical properties and advanced mechanical output.

1992
Established Year
30+
Years of Experience
55
Countries Reached
150+
Factory Experts
80%
Global Top Components

Mascara Negative Pressure Filling Machine Technical Parameters

Engineered for absolute accuracy and flexibility across multiple cosmetic tube configurations.

Specification Parameter Technical Metric & Value Industrial Advantage
Filling Volume Range 2ml - 30ml (Customizable) Accommodates travel-size lip gloss to large-volume mascaras.
Filling Speed 35 - 50 bottles/minute Optimized for high-yield, stable industrial operations.
Filling Accuracy ≤ ± 0.5% Prevents product waste and ensures regulatory packaging compliance.
Vacuum Pressure Range -0.02 Mpa to -0.08 Mpa Precisely controlled negative pressure prevents bottle collapse while ensuring seamless product flow.
PLC Controller Siemens / Omron Touch Screen UI Intuitive system diagnosis, parameter presets, and simple recipe changeover.
Contact Materials Stainless Steel SUS316L Resistant to high-viscosity chemicals, preventing corrosion and ensuring product purity.
Sinaekato Heavy CNC Precision Production Factory Floor

Chinese Manufacturing Strength & Supply Chain Integration

Global cosmetics brands are increasingly seeking Chinese factories to build their custom packaging production lines. China's industrial clusters for cosmetic machinery, particularly in provinces like Jiangsu and Guangdong, provide unmatched integration speed, highly skilled engineers, and high-quality raw materials like SUS316L surgical-grade stainless steel.

By keeping manufacturing operations concentrated under the SINA EKATO Headquarter in Gaoyou City, we utilize advanced CNC milling, strict quality control procedures, and comprehensive functional stress tests before any machinery is shipped. This approach reduces overall lead times and ensures that local cosmetic companies can easily scale their operations from semi-automatic test batches to fully integrated, multi-head negative pressure automatic production lines.

Company History & Development Milestones

A timeline of innovation, engineering excellence, and international expansion over the past three decades.

Sinaekato 1988 Milestone
1988
Engaged in the chemical machinery industry, building the foundation of engineering expertise.
Sinaekato 1998 Milestone
1998
Guangzhou Sina Cosmetics Engineering Equipment Co., Ltd. was officially established.
Sinaekato 1999 Milestone
1999
Established Hong Kong Hantao International Investment Co., Ltd. to support overseas expansion.
Sinaekato 2000 Milestone
2000
Gaoyou Sina Chemical Machinery Equipment Factory was established; Guangzhou engineering equipment changed its name to Guangzhou Sina Chemical Machinery Co., Ltd.
Sinaekato 2001 Milestone
2001
Established Gaoyou Sina Light Industry Machinery Equipment Factory to meet diverse demand.
Sinaekato 2006 Milestone
2006
Purchased 10,000 square meters of land in Gaoyou; SINA EKATO CHEMICAL MACHINERY CO., LTD (GAOYOU CITY) was officially commissioned.
Sinaekato 2007 Milestone
2007
Established Yangzhou Hantao Chemical Machinery Co., Ltd. to support heavy logistics.
Sinaekato 2008 Milestone
2008
Acquired Guangzhou Jingcheng Machinery, built a large exhibition center, and expanded export sales channels.
Sinaekato 2009 Milestone
2009
Renamed core branch to Guangzhou SINAEKATO Chemical Machinery Co., Ltd. for brand unification.
Sinaekato 2011 Milestone
2011
Acquisition of Guangzhou Suogao Machinery Equipment Co., Ltd. completed.
Sinaekato 2013 Milestone
2013
Designated SINA EKATO (GAOYOU CITY) as primary production, sales, and global after-sales headquarters.
Sinaekato 2015 Milestone
2015
Established SINA EKATO Equipment (Jiangsu) Co., Ltd. to facilitate foreign cooperative agreements.
Sinaekato 2017 Milestone
2017
Collaborated with Europe-FLEMAC to establish Germany SINAEKATO Group Co., Ltd.
Sinaekato 2018 Milestone
2018
Partnered with South Africa Unilever for an $800,000 cosmetic project; secured a $1,500,000 equipment order with Japan SK-II & Shiseido OEM.
Sinaekato 2021 Milestone
2021
Cooperated with a top Japanese enterprise on detergent liquid-washing products, securing a $1,000,000 project.

Global Industrial Applications & Localized Scenario Fit

Mascara brush and tube bottle configurations vary significantly across regional cosmetic markets. In the North American and European sectors, user preferences lean toward complex brush shapes (e.g., asymmetrical plastic or dense fiber bristles) that retain a high volume of formulation. In East Asian markets, smaller, precision-oriented brushes for lengthening and lifting are more popular.

Our negative pressure filling system adapts to these variations. By using a quick-change container holder and a modular nozzle system, the machine adjusts to different container volumes, tube materials, and wiper geometries in minutes. Whether you are packaging glass-finish mascara tubes, PET/PETG plastic bottles, or eco-friendly aluminum containers, the negative pressure filling technology prevents friction-induced damage and ensures consistent results.

Additionally, the machine integrates seamlessly with upstream cosmetic preparation equipment, such as vacuum emulsifying mixers and storage tanks, forming a continuous, touchless production line that meets strict international cosmetic standards.

Sinaekato high-end factory processing machinery details
Sinaekato Factory Welcomes International Cooperation

Welcome Global Cooperation & Technical Services

Over the years, SINA EKATO's commitment to reliability and innovation has earned the trust of global cosmetic companies. We focus on providing high-performance machinery backed by dedicated technical support and after-sales service.

Our support system includes on-site installation, operational training, process optimization consultations, and spare parts supply. We work closely with our partners' engineering teams to customize control software interfaces, sensor triggers, and physical layouts, helping them meet project requirements and scale their operations.

Frequently Asked Questions

Technical and logistical insights to help procurement managers make informed purchasing decisions.

Q: Why is negative pressure filling better for mascara compared to piston filling?
Mascara is a highly viscous, thixotropic fluid. Standard piston filling can trap air bubbles inside the narrow tube, leading to incomplete fills and messy overflow. Negative pressure filling creates a vacuum inside the bottle first, drawing the formulation down smoothly and preventing air pockets, neck contamination, and product stringing.
Q: Does the machine support various mascara brush and bottle shapes?
Yes. The machine features modular bottle holders and adjustable nozzle depths. Operators can quickly adapt the system to handle different tube lengths, diameters, and wiper styles with minimal downtime.
Q: What materials are used for product contact areas?
All product contact surfaces are made of high-grade SUS316L stainless steel, which is corrosion-resistant and easy to clean. Non-contact structural parts are made of SUS304 stainless steel to ensure durability and sanitation.
Q: What is the typical lead time for a customized mascara filling line?
Standard machines are generally delivered within 45 to 60 days. Fully customized lines that integrate automatic bottle unscramblers, wipers, brush inserters, and capping modules typically take 75 to 90 days, including comprehensive testing before shipment.
Q: What components make up the 80% global brand allocation?
We source critical components from leading international brands: PLCs and touchscreens from Siemens or Omron, pneumatic parts from SMC or Festo, electrical components from Schneider, and sensors from Banner or Sick. This makes sourcing replacement parts easy for global operators.
Q: What technical support and after-sales service do you offer?
We offer comprehensive technical support, including video-guided installation, on-site commissioning by field engineers, operator training, and 24/7 online troubleshooting. We also maintain a stocked inventory of critical wear parts to minimize downtime.