| SPL-160 parameter table | |||
| Item | Parameter index | Installed power | 4kW |
| Equipment model | SPL-160 | Power supply | AC220V, L+N+PE |
| Production speed | 15-20 pieces/min | Air source | 0.1L/min, 0.5-0.8MPa |
| Packaging specifications | Replaceable mold | Water consumption | 0.1Lg/min |
| Applicable material | PVA/PVOH water-soluble film | Equipment size (length × width × height) |
1450×690×790mm |
| Applicable film size (mm) | 140mm base film, 120mm face mask | Equipment weight | 265KG |
| Filling accuracy | Liquid ±0.25g | Noise | ≤80dB(A) |
The Water Soluble Pod Sample Making Machine is a highly advanced piece of equipment designed specifically for producing water soluble pods in laboratory and small-scale manufacturing environments. It offers an impressive array of features that make it a valuable tool for research, development, and production of water soluble pods. Here are the key benefits and features of this machine:
Application
Laundry pods
Applied to the research and development and production of laundry pods, which are a convenient form of detergent packaging that requires precise formulas and consistent product quality.
Using this equipment, manufacturers can quickly make samples of different formulas to test their solubility, cleaning effect and stability to ensure that the product achieves the best effect in daily household use.
In the production of water-soluble packaging samples of laundry powder, the weight, size and formula of each laundry powder capsule can be accurately controlled, allowing manufacturers to test the effects of different formulas while reducing raw material waste.
Especially when experimenting with new formulas and optimizing existing formulas, it can provide flexible adjustments and efficient production support.
The machine is also suitable for the production of water-soluble packaging samples of kitchen detergents. Manufacturers can use the water-soluble pod sample making machine to make detergent water-soluble pods containing multiple cleaning ingredients to test their cleaning effects and dissolution rates.
This type of water-soluble packaging not only improves the convenience of the product, but also reduces the environmental burden brought by traditional liquid detergent packaging.
In the production of water-soluble packaging samples for glass cleaners, the water-soluble pod sample maker can help manufacturers create samples of different formulas, such as decontamination, degreasing, antistatic and other properties, to ensure that the effect of each product meets market demand.
In addition, the ability to produce small batches of samples allows manufacturers to quickly verify the effect of the formula and reduce the development cycle.
The research and development of dishwasher-specific detergents can also be carried out through the water-soluble pod sample maker.
In particular, for dishwasher detergents in different hard water areas and different washing modes, manufacturers can use this equipment to formulate samples suitable for various needs, conduct water-soluble packaging tests, and further optimize product performance.
This machine can also be used to make water-soluble packaging samples for personal care products such as shower gel and shampoo.
By making samples, researchers can test the combination of different fragrances, ingredients and formulas to ensure that the product remains stable in water-soluble packaging and optimize the user experience.
The water-soluble pod sample maker can also be used to make water-soluble packaging samples for various cleaning and disinfection products, such as floor cleaners, toilet cleaners, air fresheners, etc.
This type of product usually requires different formulas to be designed according to different uses. The high precision and flexibility of the machine enable R&D personnel to quickly adjust and verify new formulas.
In summary, the water-soluble pod sample making machine is widely used in the research and development and production of various water-soluble packaging products, especially in the fields of detergents, cleaners and personal care products.
It can help manufacturers quickly test and adjust formulas, improve R&D efficiency, and shorten product launch time.
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