Excellent complete personal care high viscosity filling and capping solution！
Built for Hair Care & Body Care Products
Different personal care formulations behave differently during filling. Our solutions are configured around product viscosity, foaming characteristics, filling volume, bottle format and production requirements.
| Hair Care Filling Applications | Body Care Filling Applications |
|
Conditioner: Medium to high viscosity |
Hand Soap: Frequent-use liquid products |
|
Hair Mask: Thick and flow-sensitive formulations |
Body Lotion: Medium-viscosity formulations |
|
Hair Oil: Low-viscosity and flow-sensitive liquids |
Body Cream: High-viscosity cream products |
|
Hair Treatment: Different viscosity and formulation requirements |
Liquid Personal Care: Different bottle formats and filling volumes |
- Toiletries
- Shampoo
- Conditioner
- Hand Soaps
- Shower Gel
- Hand Lotion
- Hair Treatment
- Hair Serum
- Hair Dye
- Scalp Treatment
- Roll-on Deodorant
- Shaving Foam
Personal Care Products Create Different Filling Challenges
A filling line that works well for one formulation may not perform equally well with another. Foam, viscosity, dripping, bottle stability and SKU changes can all affect production efficiency and finished-product quality.
Engineered Around Your Product
Instead of forcing your product to fit a standard machine, Terry Packing configures the filling and capping system around your actual formulation, container and production target.
Keep the Bottles Moving. Keep Production Moving.
The tracking filling system synchronizes the filling movement with the containers, allowing filling to take place while bottles continue through the production process.
Why Tracking Filling?
Continuous Operation:
Reduce unnecessary stop-and-go movement.
Stable Filling:
Synchronized bottle and nozzle movement.
Higher Efficienc:
Designed for continuous automated production.
Flexible Configuration:
Filling heads and parameters can be configured according to the application.
Keep the Bottles Moving. Keep Production Moving.
The tracking filling system synchronizes the filling movement with the containers, allowing filling to take place while bottles continue through the production process.
Automatic Cap Feeding
Automatically delivers caps into the capping system.
Cap Positioning
Helps ensure consistent cap placement before tightening.
Tracking Capping
Capping motion follows the bottle movement.
Servo Torque Control
Adjustable torque helps adapt to different bottle and cap requirements.
Related Client Case Show
Six-Head Gear Pump Filling Machine, Ten-Head Continuous Cap-Securing Machine, Case Packer, Sealing Machine, Box Labeling Machine, Robot Palletizing Machine.
Application Scenarios：Hair Shampoo, Conditioner, Body Lotion, Hand Sanitizer.
Eight-Head Full-Tracking Filling Machine, Spider-Hand For Removing And Installing Pump Caps Machine, Four-Head Single-Fill Capping Machine, Case Packer, Sealing Machine, Edge Trimming Machine.
Application Scenarios: Hair Shampoo, Hair Conditioner, Body Lotion, Moisturizing Lotion, Hand Sanitizer.
High-Viscosity Filling Machine, Automatic Cap Threading Machine, Automatic Capping Machine
Application Scenarios: Hair Shampoo, Hair Conditioner, Body Lotion, Moisturizing Lotion, Hand Sanitizer.
TRPACK's Recommended Products
1L-5L Large Capacity Automatic Tracking Bottle Filling Machine for Liquid Detergent Production Line
The TRPACK fully automatic follow-filling machine is ideal for filling large-volume, high-foaming products such as laundry detergent, fabric care products, cleaning agents, and disinfectants.
TR-SRS-6S Linear Integrated Cosmetic Filling and Capping Machine
The TR-SRS-6S is a high-efficiency, high-output fully automatic linear integrated cosmetic filling and capping machine. The entire unit is manufactured from SUS304 stainless steel, with parts in contact with materials made from SUS316L stainless steel.
The filling process is driven and controlled by servo motors, utilizing volumetric metering principles to achieve high-precision dosing. PLC control and touchscreen HMI operation ensure intuitive and efficient machine operation. Additionally, the filler incorporates a high-precision electronic scale with automatic weight data transmission, enabling automatic dose adjustment.
This fully automated equipment can simultaneously handle the filling production of skincare cosmetics such as toners, lotions, and creams.
GGZ Series Automatic High-Viscosity 500-5L Liquid Filling Machine
GGZ fully automatic servo high-viscosity filling machine is one of the intelligent filling production line series independently developed and manufactured by TRPACK. This machine adopts a servo motor-driven piston cylinder filling method, resulting in stable filling speed, low air consumption, and greater intelligence and user-friendliness. The entire machine is manufactured using SUS304 stainless steel, while parts in contact with materials are made of SUS316L stainless steel. It is suitable for automatic quantitative filling of various bottled pastes and liquids, and is applicable to the daily chemical industry or users with frequent material changes and cleaning requirements.
TR-GSG-4 Automatic Follow-Up Servo Gear Pump Filling Machine
GSG-4 fully automatic follow-up servo motor gear pump filling machine is a type of TRPACK automatic filling equipment with a special linear, four-head, independent follow-up filling configuration design.
Servo motor to drive a gear pump filling mechanism ensures stable filling speeds, low air consumption and enhanced intelligence and user-friendliness. The entire machine is made of SUS304 stainless steel, and the parts that come into contact with materials are made of SUS316L stainless steel. It can automatically fill various bottled pastes and liquids, making it suitable for the daily chemical industry or for users who require frequent material changes and cleaning.
Frequently Asked Questions
F1: Can the filling line handle foaming shampoo?
A1: Yes. The filling system can be configured according to the foaming behavior, viscosity and production requirements of shampoo and other surfactant-based products. Filling parameters and nozzle configuration should be determined according to the actual formulation.
