Choosing a manual filling machine for pharma, cosmetic, and chemical process equipment lines is a practical match between fill volume, material handling, and precision. Two manual, non-electric fillers are in front of you: a compact unit built for 5-50ml paste and cream fills, and a larger hand-operated machine with 100, 200, and 300ml volume options for liquids and pastes. Both are new units and require no electricity. The decision depends on the container sizes you run most often and the level of control you need from a hand-operated process.
Quick verdict
For small jar and bottle fills up to 50ml, the Manual Liquid Paste Filling Machine stands out with 316L stainless steel contact parts and a manual fill-rate knob. If 100-300ml containers are your standard, the Hand Operated Manual Filling Machine offers wider volume options and a claimed ±1% filling accuracy. The price difference is USD 390.45 vs USD 324.29, so the bigger-volume unit does cost more.
Comparison table
| Product | Listed price | Price bar | Filling range | Key attribute |
|---|---|---|---|---|
| Manual Liquid Paste Filling Machine (5~50ml) for Cream Shampoo Cosmetic Filler | USD 324.29 | 5-50ml | 316L stainless steel contact parts | |
| Hand Operated Manual Filling Machine Cosmetic Gel Paste Cream Liquid Bottle Mach | USD 390.45 | 100/200/300ml | ±1% filling accuracy, handles paste and liquids |
Where each product wins
Manual Liquid Paste Filling Machine (5~50ml) - Wins for low-volume cosmetic and pharma jobs where chemical resistance matters. The 316L stainless steel wetted parts and compact manual operation make it easy to control small fills without energy input. Its described use cases - small enterprises, laboratories, hospitals, and beauty parlors - point to a tool built for controlled, modest batches.
Hand Operated Manual Filling Machine - Wins for higher-volume batches and a wider product range. It handles milk, water, oil, liquid soap, juice, and paste, and the listed ±1% accuracy supports consistent dispensing when you need repeatable fills across the larger volume settings. The broader packaging list, which includes stand-up pouches, barrels, bottles, pouches, and cans, makes it a more flexible option for food, chemical, and beverage packaging.
Product notes
Manual Liquid Paste Filling Machine (5~50ml) for Cream Shampoo Cosmetic Filler
Built for small enterprises, labs, hospitals, and beauty parlors, this filler handles both liquid and paste. The parts that dip into the material are made of 316L stainless steel, which stands up to acids, alkalis, oils, and chemical corrosion - important when you're bottling reactive skincare or pharma formulas. An external knob lets you adjust the discharge volume and manually control fill rate and speed, and the machine runs on no energy. The trade-off is that this is a small-volume tool: it suits cream, shampoo, and cosmetic fills in compact jars, but it won't handle larger bottles or pouches.
Hand Operated Manual Filling Machine Cosmetic Gel Paste Cream Liquid Bottle Mach
This hand-operated filler is designed for a broader range of packaging tasks. Its listed filling volumes are 100ml, 200ml, and 300ml, and it can handle milk, water, oil, liquid soap, juice, and paste. Applications span food, chemical, and beverage packaging, with stand-up pouches, barrels, bottles, pouches, and cans among the packaging types. The unit claims ±1% filling accuracy, which is a useful reference for repeatable dispensing. On the downside, it's a heavier bench unit (12.5kg, 82 x 32 x 31cm) and the smaller 5-50ml range is not its strength; it's made for medium-size containers rather than tiny vials.
Final choice by use case
- Small cosmetic and pharma fills: Choose the Manual Liquid Paste Filling Machine (5~50ml). Its 316L stainless steel contact parts and manual regulation knob make it a dependable pick for low-volume cream, shampoo, and similar products.
- Larger liquid, oil, juice, soap, or paste fills: Choose the Hand Operated Manual Filling Machine. It offers higher-volume settings, a wider material list, and a stated ±1% accuracy for repeatability, making it a strong fit for food, chemical, and beverage packaging tasks.
