Ultrasonic Coating, No. 11-13, Chuangye Road, Changkou Town, Fuyang District, Hangzhou City, Fuyang (2026)

28/08/2026

The Shift to Ultrasonic Spray Coating Systems: Where It’s Happening Now

Ultrasonic machines have moved beyond niche applications. If you’re evaluating one now, you’re looking at a technology that’s already used across medical, energy, and electronics manufacturing.

Here’s how it works: ultrasonic spraying turns liquids into uniform micro-droplets, meaning less overspray, better coating consistency, and lower material loss.

Market data supports the shift. Ultrasonic spray systems are projected to grow from USD 0.5 billion in 2024 to USD 1.2 billion by 2034.

Here’s what that looks like in real production:

🏥 A medical device R&D company in the U.S. uses ultrasonic coating for drug-eluting stents and balloon catheters. The soft atomization preserves drug bioactivity and avoids damaging stent structure. It cut pharmaceutical raw material loss by 60%.

A national fuel cell research institute in Canada uses ultrasonic coating for PEM membrane and catalyst formulation. The system achieved catalyst slurry utilization above 95% and reduced MEA peak power density batch deviation from 12% to under 3%.

A microelectronics R&D manufacturer in the U.S. runs 20 ultrasonic flux spraying units on PCB production lines. Over 10 years, soldering defects dropped by 68% and flux consumption fell by 55%.

These are not isolated experiments. They are repeatable processes that manufacturers now rely on daily.

If you’re evaluating ultrasonic equipment, Cheersonic designs spray coating systems. The same core technology—precise atomization—can be adapted to your product line.

Which coating application would you try first?

25/08/2026

From Evaluation to Ex*****on: Custom Ultrasonic Machine Fit
Nothing slows down an equipment decision like the feeling that a standard machine won’t fit your line. You compare specs, talk to suppliers, and then the real worry starts: what if it arrives and doesn’t dock with your conveyor, control voltage, or batch size?
That’s the gap between evaluating an ultrasonic machine and actually getting it into production.
A practical way to reduce that risk is to check how the supplier handles customization before you commit. Hangzhou Cheersonic Ultrasonics Equipments Co., Limited (Cheersonic) works with both OEM and ODM models. In practice, that means the equipment size, cutting specification, operating voltage, control program, machine appearance, brand logo, functional modules, and production line docking structure can be aligned to your setup.
For teams still validating a new process, this matters. The minimum order quantity is 1 unit, so you can run a pilot without committing to a full fleet. Standard models can be prepared in about 7–15 days, while customized systems generally fall within 30–45 days. That gives you a clearer planning window instead of an open-ended wait.
Before shipping, each machine goes through a full performance test at the factory. Cheersonic provides video and test reports so you can confirm performance before the equipment leaves. After delivery, support includes remote technical guidance, spare parts supply, and options for overseas engineer on-site service.
For production managers moving from evaluation to ex*****on, the practical value is not just in the technology itself. It’s in having a controlled path: define the line integration, test one unit, review the video evidence, then scale.
What makes you more confident when buying an ultrasonic machine: a shorter delivery time, or a supplier that adapts the equipment to your existing line?

19/08/2026

Precision ultrasonic spraying of polyimide coating
Ultrasonic atomization enables precise polyimide coating for advanced electronics, including chip packaging, flexible circuits, and semiconductor wafers. Fine and uniform droplets create smooth, pinhole-free films with accurately controlled thickness.

19/08/2026

What Does an Ultrasonic Machine Do? More Than You Think
An ultrasonic machine is more than just a piece of industrial equipment. It uses high-frequency vibration to transform liquids into a fine, uniform mist for precise coating applications.
Here's the simple explanation: an ultrasonic spray system uses high-frequency vibration to atomize a liquid into fine droplets. Unlike conventional high-pressure spraying, ultrasonic atomization provides gentle, low-pressure deposition and precise control over coating thickness. The fine droplets can form smooth, uniform coatings while helping reduce material waste and coating defects.
Hangzhou Cheersonic Ultrasonics Equipments Co., Limited (Cheersonic) is a manufacturer specializing in ultrasonic spraying equipment. Founded in 2014 in Hangzhou, the company focuses on ultrasonic spraying solutions for medical, electronics, energy, and other industrial applications.
In medical device manufacturing, ultrasonic spray systems can be used to apply functional coatings to stents, balloons, and blood collection tubes. The controlled atomization process helps achieve uniform coverage on delicate and complex surfaces while supporting precise coating thickness.
In electronics, ultrasonic spraying technology is used for nano-functional films, anti-fingerprint coatings, insulating layers, and other precision coating applications. The fine and uniform droplets help achieve thin, smooth coatings on sensitive components and substrates.
In the energy sector, ultrasonic spray systems support applications such as fuel cell membrane electrode coating, electrocatalyst deposition, and solar cell coating. Precise material deposition can help optimize catalyst utilization and coating uniformity.
Cheersonic reports raw material utilization of over 95% for its ultrasonic spraying equipment, along with non-clogging nozzle technology. These features can be especially valuable when working with expensive functional coating materials.
So, what does an ultrasonic machine do? At its core, it uses precise vibration to make liquid atomization and coating more controlled, uniform, and efficient.
Which application interests you most — medical devices, electronics, or clean energy?
Want to explore whether ultrasonic spraying fits your production line? Contact Cheersonic at [email protected] or WhatsApp +86 158-6904-9660, or visit cheersonic.com.

17/08/2026

The Ultrasonic Machine Is Just the Start of the Relationship
Buying an ultrasonic machine is rarely a one-time purchase. It’s a decision about how you’ll coat, process, and produce next year—and the year after.
Think about a medical device team that needs a thin, uniform coating on stents and balloons. Or an energy manufacturer looking for repeatable catalyst layers for fuel cells. In each case, the equipment has to fit the product, the production line, and the people running it.
Cheersonic is a high-tech enterprise founded in 2014 in Fuyang District, Hangzhou, focused on ultrasonic spraying and ultrasonic technology solutions. Its ultrasonic spray coating systems, including the UAM4000 and UAM6000, are designed for precise and consistent coating applications. The ultrasonic nozzles are engineered to provide stable atomization, reduce clogging, and help maintain uniform coating quality.
Why does this feel like a long-term conversation? Ultrasonic spray coating enables precise, uniform material deposition while improving material utilization. However, no machine is one-size-fits-all. The right configuration depends on your coating material, target substrate, coating thickness, production speed, and facility. That is why discussing the application before purchase matters.
Cheersonic also supports buyers who are moving from decision to ex*****on. Around 50% of its output goes to Asia, the EU, and North America, so working across international markets is part of its daily routine. The Hangzhou factory covers 7,150 m² and has an R&D team of 20 engineers. The company holds ISO9001, EU CE, and US FDA certifications and owns 31 patents, according to its company profile.
For procurement, the terms are practical. The minimum order is 1 unit, so you can run a pilot before scaling. Payment is 30% T/T deposit and 70% balance T/T against a copy of the Bill of Lading. Delivery can be arranged as FOB, CIF, or DDP. This makes it easier to start with one machine and expand when the process proves out.
In the end, an ultrasonic machine is part of a larger production system. A supplier who helps you choose the right configuration, confirms the process, and stays available after shipment is worth more than a one-time discount.
If you are evaluating ultrasonic spray coating solutions, Cheersonic is easy to reach. Contact Beaty Mao at [email protected] or via WhatsApp at +86 158-6904-9660. Company website: www.cheersonic.com.
What would make an ultrasonic equipment supplier a true long-term partner for your team?

16/08/2026

Ultrasonic Spray Coating for Membrane Electrodes
Ultrasonic spray technology generates fine, uniform droplets for gentle low-pressure deposition, creating pinhole-free catalyst coatings while preserving gas diffusion pathways. Precise slurry delivery improves catalyst utilization, reduces platinum and iridium waste, and lowers material costs.

13/08/2026

Ultrasonic Spray Coating for Paclitaxel Drug Balloons
Ultrasonic atomization enables gentle, high-precision coating without high-pressure impact, protecting delicate balloon substrates from damage，the ultra-thin coating thickness is precisely controllable

10/08/2026

High-frequency atomization creates fine, uniform droplets for precise deposition on electronic lenses and optical sensors. Even complex curved surfaces can achieve ultra-thin, smooth AR anti-reflective and anti-fingerprint coatings with no orange peel effect or edge buildup.

06/08/2026

Precision Electrocatalyst Coating with Ultrasonic Spray Technology
Ultrasonic spray coating creates fine, uniform droplets for precise catalyst deposition, enabling controllable ultra-thin catalytic layers with maximized active sites. Improve catalyst utilization and boost energy conversion efficiency with high-precision coating solutions.

03/08/2026

Ultrasonic Spray Coating of Graphene on Silicon Wafers
Ultrasonic spray technology enables precise graphene coating on silicon oxide substrates. Its gentle, low-pressure atomization protects delicate wafers from damage, while uniform nano-sized droplets prevent graphene agglomeration and coating defects such as pinholes.

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