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Parameter | Specification |
Power Supply | 380V 50Hz |
Installation Requirements | 380V power supply, air source, 20kg heat transfer oil |
Total Power | 7.5KW |
Heating Tube Power | 2KW×2 = 4KW |
PLC System | XINJE |
Touch Screen | XINJE Touchwin |
Temperature Range | 0-140℃ |
Barrel Volume | 20L×2 barrels |
Filling Range | 1-11ml |
Stirring Speed | 0-90 r/min |
Production Capacity | 8 seconds per mould |
Dimension (L×W×H) | 970×1000×2000mm |
Net Weight | 320KG |
The 12 Hole Lipstick Filling Machine is a professional automatic equipment tailored for lipstick, lip balm, and lip gloss production. Integrating filling, mixing, and temperature control functions, it features 12 precision nozzles to achieve efficient and consistent filling of cosmetic pastes. With a production capacity of 4000-8000 pcs/hour, it balances speed and accuracy, making it a core asset for cosmetic manufacturers targeting mass-market or premium lipstick lines. The machine supports both silicone and metal molds, adapting to diverse lipstick shapes (water drop, moon drop, nail drop) to meet market aesthetic demands.
The 12 independent piston pumps deliver a filling accuracy of ±0.1ml, ensuring each lipstick has uniform weight and appearance. The filling speed is adjustable from 30-75 molds/hour, and the nozzles are equipped with liftable structures to avoid material splashing. For high-viscosity materials like matte lipstick, the built-in preheating function (up to 140℃) reduces flow resistance and eliminates air bubbles.
Dual 20L SUS316L material barrels feature independent heating and stirring systems. The stirring speed is steplessly adjustable from 0-90 rpm/min, preventing material separation while maintaining ingredient homogeneity. The digital temperature controller maintains a stability of ±2℃, critical for preserving the texture of temperature-sensitive ingredients like plant oils and fragrances.
The entire machine adopts a fully enclosed structure with transparent observation windows, preventing dust contamination and facilitating production monitoring. All contact parts are made of food-grade SUS316L stainless steel, which is easy to disassemble and clean, complying with global cosmetic production regulations. The PLC control system with a 7-inch touchscreen allows one-click parameter storage, supporting up to 50 different formulas for quick switching.
Weighing 320kg and with dimensions of 970×1000×2000mm, the machine has a stable base to reduce vibration during operation. Core components (motor, gear, bearing) come with a 1-year warranty, and the pneumatic system uses a filter-regulator-lubricator unit to extend service life by 30%. The machine operates at a noise level below 75dB, creating a comfortable working environment.
Ideal for manufacturing various lipstick types: matte, satin, creamy, and glitter lipsticks. It handles wax-based, oil-based, and emulsion-based formulas, including waterproof and long-wearing lipstick compositions. The mold compatibility allows production of mini lipsticks (2g) for samples or full-size products (4.5g) for retail.
With temperature control adjustments, the machine can process lip balms (requiring lower filling temperatures) and liquid lip glosses (needing anti-foaming stirring). It supports filling into plastic or metal tubes, expanding its application beyond traditional bullet lipsticks.
For emerging cosmetic brands or limited-edition lines, the machine’s quick mold change system (completing within 15 minutes) and formula storage function reduce setup time. This flexibility enables cost-effective production of batches as small as 500 pcs without sacrificing quality.
Yes, the machine is compatible with tube diameters ranging from 8mm to 16mm by replacing the adapter rings. Custom adapters for non-standard tubes can be provided within 10 days of order.
The machine operates on 220V/380V 50/60Hz and has a total power of 7.5kW. Under full-load operation, the energy consumption is approximately 5.2 kWh/hour, 15% lower than similar products due to its variable-frequency motor design.
The machine is equipped with a CIP (Clean-in-Place) system: after draining residual material, inject cleaning solvent (ethanol or hot water) into the barrels, run the stirring and filling cycles for 5 minutes, then rinse with purified water. The entire process takes about 20 minutes.
