Avni Industries is a leading Manufacturer & Supplier of Ultrasonic Foam Scrubber Making Machine, Automatic Foam Scrubber Making Machine, Ultrasonic Scrubber Making Machine, Foam Scrubber Making Machine, Fully Automatic Foam Scrubber Making Machines in Ghaziabad, Utter Pradesh, India
Voltage | :- 220V |
Current | :- 8A |
KHZ | :- 15KHZ / 2600W |
G.W | :- 350KG |
Working Space | :- 140x12mm |
Dimsion | :- 1000x800x1900mm |
Power Form | :- Pneumatic |
Control Method | :- Automatic |
Principle of action | :- plastic welding |
Frequently Asked Questions (FAQs)
An Ultrasonic Foam Scrubber Making Machine is a specialized piece of equipment designed for manufacturing foam scrubbers. These scrubbers are commonly used for cleaning dishes, surfaces, or even as personal care products. The machine employs ultrasonic technology to produce these foam scrubbers efficiently.
The machine works by using ultrasonic vibrations to create foam from a liquid solution. It dispenses the solution, agitates it with ultrasonic energy, and then molds the resulting foam into the desired scrubber shape, typically in the form of sponges or scrubbing pads.
Foam scrubbers are usually made from soft, porous materials like sponge or foam. The machine can be used with various types of foam or sponge materials, depending on the specific scrubber’s intended purpose.
- High production efficiency
- Consistency in foam quality
- Precision in shaping and cutting foam scrubbers
- Minimal manual labor required
- Versatility in creating different scrubber shapes and sizes
- High production efficiency
- Consistency in foam quality
- Precision in shaping and cutting foam scrubbers
- Minimal manual labor required
- Versatility in creating different scrubber shapes and sizes
The primary function of the Ultrasonic Foam Scrubber Making Machine is to create foam scrubbers from a solution, and it may not inherently provide color or texture variations. However, you can customize the appearance of foam scrubbers by incorporating colored materials or surface treatments in a separate process.