Poluda IgorRPS-SONIC is very professional and the sales industry is very patient. I think my air filter has got a perfect cutting plan here.
MikeUltrasonic processing is amazing, greatly improving the quality of our company's finishing
Nguyễn Côngthe machine worked for 5years, still in good performance， Made in China is good quality now, RPS-SONIC is good quality.
20 Khz Full Wave Slotted Ultrasonic Horn For Ultrasonic Rubber Cutting
|Name||Ultrasonic Cutting Horn||Frequency||20Khz|
|Power||1000w||Type||Pencil Type, Metal Housing|
ultrasonic cutting machine,
portable ultrasonic cutter
20Khz ultrasonic full wave slotted cutting horn for ultrasonic rubber cutting
Ultrasonic cheese cutting utilizes a knife vibrating at a high frequency, which produces a nearly frictionless surface, thus preventing cheese from deforming or sticking to the knife. RPS-SONIC Design & Manufacturing has the technology to satisfy your ultrasonic cheese cutting needs.Our ultrasonic cutting blades, ultrasonic knifes, ultrasonic horns or sonotrodes are increasingly used in the food industry within food processing machines either for ultrasonic cutting, ultrasonic slicing, ultrasonic portioning or ultrasonic dicing food such as : cheese slicing, pastry cutting, cake portioning, pie slicing, servings cutting , deli portioning, meat cutting, bacon slicing or even frozen food cutting.
Our titanium sonotrodes can be either of corner type, half wavelength or full wavelength, and because we design and manufacture them by ourself, they are of best quality and economical at the same time.
Because of our extended experience with any kind of ultrasonic blade, generator and booster, We are used to deal with all kinds of them, so we are available to help you throughout the process of choosing the right blade (knife, horn or sonotrode) to replace your previous one within your own slicing machine, and get a full compatibility with your own equipment.
With the latest ultrasonic cutting technology, we can provide our customers solutions to cleaner, consistent cutting and a wide range of cutting temperatures and products. All machines are sanitary in design for the food industry and are wash down safe
RPS-SONIC manufactures a wide range of ultrasonic horns including:
- Application Specific Horns
- Composite Horns
- Contoured Horns
- Full Wave Horns
- Vacuum Horns
- Nodal-Mounted Horns
- Carbide & Hard Coated Horns
- Ultrasonic Cutting Horns
• High cutting accuracy, no deformation of the compound
• High speed, high efficiency, no pollution
• Cutting surface finish is good, good bonding performance
• Easy to use in automated production
|Machine||Ultrasonic rubber/cake Cutter|
|Cutting Blade / Horn||Titanium|
|The width of blade||depend on your requirement|
|Cutting thickness||10~20mm(depend on materials)|
RPS-SONIC manufactures ultrasonic horns from different raw materials based upon acoustical and mechanical properties and your specific application needs. Titanium, aluminum, CPM and tool steel are the materials used to make ultrasonic horns. The material selected for your horn is based upon what works best for your application and your programs requirements. Titanium provides excellent tensile strength and is a good choice for high gain applications, but is an expensive choice because the material is costly and takes significantly more time to machine. Titanium material is often used for standard ultrasonic circular horns in sizes up to 3.5” inches in diameter and for standard rectangular sizes up to 2.5 x 10 inches. The size of your part to be ultrasonically welded will play a role in the type of horn material to be used for your application. Large titanium ultrasonic horns can be costly to make and the titanium material can be difficult to acquire when the part size is too large. However, large rectangular block horns can be manufactured in titanium and can be useful for applications that warrant the use of titanium, regardless of the cost. We’ve made large rectangular block carbide coated titanium horns for ultrasonic cutting and for this type of application; titanium was the only material of choice, regardless of the cost.
Aerospace aluminum materials provide outstanding acoustical properties for ultrasonic horns, but are insufficient for some applications due to wear concerns created by the application or the gain required to weld the part. Some difficult to weld plastic materials require high amplitude to weld and for this reason titanium may be the best horn material for this type of application. However, for many applications the use of aluminum for manufacturing ultrasonic horns is very practical and very cost effective. Aluminum and titanium ultrasonic horns can be coated to extend tool life and improve wear resistance. This is beneficial when ultrasonically welding glass or mineral filled plastics. Tool steel ultrasonic horns are usually made for metal insertion applications, but this horn material can also be useful for low gain applications where high tool wear is probable.