About cheersonic
The company boasts strong capabilities and has cultivated deep expertise in the ultrasonic field for many years. It holds 31 patents and 3 software copyrights, and has obtained multiple certifications including ISO9001, EU CE, and US FDA. With its high-precision products and reliable performance, it has become a highly competitive equipment supplier in the industry. The company has a registered capital of 10 million RMB and a professional R&D and production team. Adhering to the philosophy of "targeted R&D, meticulous production, and lifelong service," it provides customers with a full-process service from equipment customization to technical support.
Regarding core products, ultrasonic cutting and ultrasonic spraying equipment each have their own advantages, precisely adapting to the needs of multiple industries. Ultrasonic cutting equipment, characterized by high precision, non-stick properties, and low wear, is widely used in the baking industry for cutting mousse cakes, cheesecakes, bread, and other foods, as well as in the dairy industry for slicing cheese, butter, and other products. It balances cutting efficiency with product appearance, meeting food industry hygiene standards. Ultrasonic spraying equipment, with its advantages of uniform coating, high raw material utilization (over 95%), and non-clogging nozzles, has become core equipment in multiple fields.
In terms of industry applications, the company's products have achieved deep penetration in multiple fields: In the medical field, spraying equipment is used for the preparation of functional coatings for medical devices such as stents, balloons, and blood collection tubes, ensuring biocompatibility and precision; in the electronics field, it can complete the spraying of nano-functional films for touch screens and circuit boards, contributing to the upgrading of electronic devices; in the energy field, it is adapted to the spraying needs of fuel cell proton exchange membranes and solar cells, promoting the green development of the new energy industry; in the baking and dairy industries, relying on cutting and spraying technologies, it achieves efficient and standardized product processing, helping enterprises improve production capacity and quality.
As an innovative ultrasonic equipment company, Cheersonic has always focused on technological research and development and customer needs. With its superior product quality, comprehensive industry solutions, and excellent after-sales service, Cheersonic has cultivated deep expertise in various niche markets, helping numerous companies achieve production upgrades and striving to become a leading global provider of ultrasonic equipment and application solutions.
Cheersonic manufactures the leading portioning equipment for bakeries producing fresh and frozen desserts. Since 1998 bakers have used Cheersonic machines to cut, slice and portion cheesecake, pie, layer cake, loaves, butter, cheese, pizza, sandwichs, and more. Cheersonic offers ultrasonic cutting solutions that support start-up bakeries and high production commercial facilities alike. Small standalone machines can be used in manual baking facilities and large inline robotic solutions aid in high speed production.
Cheersonic offers many ultrasonic slicing models, both inline and offline applications, with production speeds of 80 to 1,500 cakes or pies per hour.
Cheersonic latest offline introductions include ultrasonic cutting with or without divider inserts between each slice. This improves the quality of the cut and makes for a much better product presentation for the customer. In addition, robotic arm improves the speed, efficiency, and accuracy of the cutting process, producing professional looking products every time.
Cheersonic is the leading developer and manufacturer of ultrasonic coating systems for applying precise, thin film coatings to protect, strengthen or smooth surfaces on parts and components for the microelectronics/electronics, alternative energy, medical and industrial markets, including specialized glass applications in construction and automotive.
Our coating solutions are environmentally-friendly, efficient and highly reliable, and enable dramatic reductions in overspray, savings in raw material, water and energy usage and provide improved process repeatability, transfer efficiency, high uniformity and reduced emissions.
Our Products
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Ultrasonic dispersion
Model: LUIP500 / IUIP1000 / IUIP1500 / IUIP2000 / IUIP3000 / IUIP5000
Parameters: frequency: 20 kHz (standard working frequency)
power range: 80 W – 2000 W
amplitude adjustment: 1%–100% continuous adjustable
processing volume: 0.5 mL – 20 L (lab models)
sonication mode: continuous /pulse on-off programmable
processing time range: 1 s – 99 h programmable
ambient storage stability of dispersion: up to 4 months (MWCNT aqueous system)
optimization rule: higher amplitude & longer sonication time for finer nanoparticle size
probe matching: microtip for ≤50 mL small volume; large horn for ≥1 L bulk liquid
ultrasonic soldering
Model: USE-60P / USE-60E / USE-40P / USE-40E / USE-28P / USE-28E
Parameters: ultrasonic frequency: 20–60 kHz
ultrasonic power: 28–100 W
soldering temperature: 200–450°C
heating method: resistive heating / integrated hot tip
wetting capability: flux-free activation via ultrasonic cavitation
solder alloy range: Sn-based / Zn-based / In-based alloys（如 Sn-Si / Sn-Zn / Zn-Al 系）
bonding strength control: ultrasonic amplitude adjustable (micron-level vibration)
process mode: manual / semi-automatic precision bonding
Ultrasonic Spray
Model: UAM4000 / UAM6000
Parameters: Operating frequency: 25–180 kHz
Power consumption: 1–8 W (per nozzle)
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm
Film thickness: 20 nm–100 μm
Atomization: Non-clogging ultrasonic spray
ultrasonic slicing machine
Model: HFM2300/HFM3100/UFM1000R/UFM1000P/UFM1000C/UFM2200/UFM3100P/UFM3300/UFM3200P/UFM5000/UFM5100/UFM6000/UFM8000/UFM8101/UFM8100C/
Parameters: SPEED: Up To 300 Products Per Hour
PRODUCT TYPE: Full Sheet Or Round
PRODUCT TEMPERATURE: Fresh, Ambient, Sticky
PORTIONING TECHNOLOGY: Ultrasonic Blades
ultrasonic slicing
Model: HFM2300/HFM3100/UFM1000R/UFM1000P/UFM1000C/UFM2200/UFM3100P/UFM3300/UFM3200P/UFM5000/UFM5100/UFM6000/UFM8000/UFM8101/UFM8100C/
Parameters: SPEED: Up To 300 Products Per Hour
PRODUCT TYPE: Full Sheet Or Round
PRODUCT TEMPERATURE: Frozen, Chilled, Hard
PORTIONING TECHNOLOGY: Ultrasonic Blades
ultrasonic nozzle
Model: UCA120 / UCA50 / UCW50 / UCW120 / UCR50 / UCR40 / UCR60 / UCT120
Parameters: Operating frequency: 25–180 kHz
Power consumption: 1–8 W
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm
Liquid viscosity: Up to 100 cP
Atomization: Non-clogging ultrasonic spray
ultrasonic food cutting machine
Model: HFM2300/HFM3100/UFM1000R/UFM1000P/UFM1000C/UFM2200/UFM3100P/UFM3300/UFM3200P/UFM5000/UFM5100/UFM6000/UFM8000/UFM8101/UFM8100C
Parameters: vibration frequency: 20 kHz
power range: 800–1600 W
input voltage: 208V–240V, 50/60 Hz, 15A
air supply: 6 CFM @ 90 PSI
production capacity: 50–1500 pcs/h
processing temperature: -14℃ to 40℃
max cutting width: 600 mm
control system: servo touch screen automatic indexing
protection grade: IP65 washdown compliant
ultrasonic cutting machine
Model: HFM2300/HFM3100/UFM1000R/UFM1000P/UFM1000C/UFM2200/UFM3100P/UFM3300/UFM3200P/UFM5000/UFM5100/UFM6000/UFM8000/UFM8101/UFM8100C
Parameters: working frequency: 20 kHz
power range: 800W – 1800W
input voltage: 208–240V, 50/60Hz
air requirement: 6 CFM at 90 PSI
cutting width: max 600mm
output capacity: 50–1500 pieces per hour
working temperature: -14℃ ~ 40℃
control: servo touch screen
protection: IP65 washdown grade
ultrasonic cutting
Model: HFM2300/HFM3100/UFM1000R/UFM1000P/UFM1000C/UFM2200/UFM3100P/UFM3300/UFM3200P/UFM5000/UFM5100/UFM6000/UFM8000/UFM8101/UFM8100C
Parameters: cutting speed: up to 200–1,200 products/hour
blade vibration frequency: ~20 kHz ultrasonic frequency
cutting accuracy: ±0.5–1.0 mm (depends on product type)
product height range: up to ~100 mm (high cake / layered products)
product width: customizable based on tooling / blade set
cutting pattern: round / square / triangle / bar / custom geometries
conveyor system speed: adjustable, PLC controlled
automation level: semi-automatic / fully inline automated systems
blade system: interchangeable ultrasonic titanium blades
cleaning mode: quick-release sanitary design for food production
production integration: inline with bakery production lines / packaging lines
Ultrasonic Coating
Model: UAM6000 / UAM4000
Parameters: Operating frequency: 25–180 kHz
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm
Film thickness: 20 nm–100 μm
Atomization: Non-clogging ultrasonic spray
Coating accuracy: High-uniform precision coating
ultrasonic cheese cutting machine
Model: CWM100 / UFM8100C / UFM2200C / UFM1000C / UFM3100W / UFM2300W
Parameters: frequency: 20 kHz ultrasonic vibration
blade material: titanium ultrasonic blade
cutting mode: fixed weight / catch weight portioning
throughput: high-speed continuous or batch production
portion accuracy: high precision weight control (±1% typical industry standard)
temperature range: chilled or ambient products
production type: inline conveyor / batch / robotic system
automation level: semi-automatic to fully automated robotic system
supported products: block / round / stick / extruded cheese
system integration: 3D vision system / checkweigher / robotic pick & place optional
construction: stainless steel food-grade design
cleaning: hygienic design with easy wash-down capability
ultrasonic cake cutting machine
Model: UFM5000,UFM8101,UFM6000,UFM1000P,UFM1000R,UFM5100,UFM6600,UFM8000,UFM5500
Parameters: ultrasonic frequency: 20 kHz high-frequency vibration
blade type: titanium ultrasonic cutting blade
cutting system: manual / semi-automatic / fully automated robotic system
production mode: batch cutting / inline conveyor cutting
portion control: high-precision equal portioning
cutting accuracy: consistent slice size with minimal waste
product type compatibility: soft, sticky, layered, cream-filled cakes
cutting behavior: non-stick, low-friction slicing
automation integration: robotic handling / conveyor / vision system optional
hygiene design: food-grade hygienic wash-down structure
output capability: high-speed industrial production
customization: custom cutting patterns (triangular, square, rectangular, portioned blocks)
ultrasonic spray pyrolysis
Model: UAM2000 / UNC9000
Parameters: Operating frequency: 25–180 kHz
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm
Film thickness: 20 nm–100 μm
Pyrolysis temperature: 400–1200°C
Particle size: 20 nm–5 μm
Carrier gas: Air / Nitrogen / Oxygen
Deposition process: Ultrasonic Spray Pyrolysis (USP)
ultrasonic photoresist coating
Model: USP6000,USP6000WS
Parameters: Operating frequency: 25–180 kHz
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm (frequency dependent)
Film thickness: 20 nm–100 μm
Coating uniformity: High-uniformity, edge-to-edge coating
Atomization: Non-clogging ultrasonic spray
ultrasonic fuel cell coating
Model: UAM4000/UAM6000/UAM8000
Parameters: Operating frequency: 25–180 kHz
Flow rate: 0.001–50 mL/min
Droplet size: 18–200 μm
Film thickness: 20 nm–100 μm
Coating accuracy: High-uniformity catalyst coating
Atomization: Non-clogging ultrasonic spray
Ultrasonic Welding
Model: S20-WP2000 / USM350 / USM450 / USM550 / COS800 / HBRC800 / HLC300 / HC300 / HSW500 / HGC500 / CS20-WM2000
Parameters: Ultrasonic frequency: 35 kHz
Power supply: 220 V, 230 V, 110 V
maximum pressing force: 600 N (digital pressure unit)
touch control screen: 7-inch multi-touch display
core welding factors: heat output, pressing force, welding time
minimum synthetic fiber content for stable welding: ≥60%
cheese cutting machine
Model: CWM100 / UFM8100C / UFM2200C / UFM1000C / UFM3100W / UFM2300W
Parameters: ultrasonic frequency: 20 kHz high-frequency vibration system
cutting blade: titanium ultrasonic blade (sonotrode)
cutting accuracy: high precision portion control (consistent weight slices)
production mode: inline / batch / robotic automated cutting
cutting type: fixed weight / catch weight / portion cutting
system automation: semi-automatic to fully automated robotic system
product compatibility: block, wheel, stick, extruded cheese
hygiene design: food-grade hygienic wash-down structure
integration: conveyor system / checkweigher / vision system / robotic arm
output capacity: high-speed industrial production line
customization: custom cutting shapes & portion sizes
temperature handling: chilled cheese cutting (low-temperature products)
ultrasonic spray coating
Model: UAM4000,UAM6000
Parameters: Operating frequency: 25–180 kHz
Flow rate: 0.001–50 mL/min (application dependent)
Droplet size: 18–200 μm (frequency dependent)
Film thickness: 20 nm–100 μm
Coating uniformity: High precision, non-clogging atomization
cake cutting machine
Model: UFM5000,UFM8101,UFM6000,UFM1000P,UFM1000R,UFM5100,UFM6600,UFM8000
Parameters: cutting type: ultrasonic / mechanical / wire cutting systems
portion control: high-accuracy equal portion slicing
cutting geometry: triangular / rectangular / square / custom shapes
production mode: batch / inline automated cutting
automation level: manual to fully automated systems
throughput: high-speed industrial production
product compatibility: round cakes / sheet cakes / tray bakes / layered cakes
cutting precision: consistent portion weight & size control
system integration: conveyor belts / indexing systems / infeed-outfeed automation
hygiene design: food-grade washdown structure
blade system: wire / ultrasonic blade / knife systems depending on configuration
customization: programmable cutting patterns & recipes
maintenance: quick-change cutting tools & easy cleaning design
ultrasonic atomizer
Model: UAM1000/UAM2000/UAM4000/UAM6000/UAM8000/UAM9000
Parameters: Operating frequency: 25–180 kHz
Droplet size: ~18–200 μm (frequency dependent)
Power consumption: 1–8 W per nozzle
Film thickness: 20 nm–100 μm
Flow rate: Ultra-low flow rate (application dependent)
Atomization: Non-clogging ultrasonic vibration
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Certifications & Awards
Success Stories & Case Studies
Sportswear apparel manufacturer
Produces ultra-flat, friction-free seams without hard pressure points, greatly improving wearing comfort of finished apparel.
Welded joints maintain consistent elasticity matching the fabric and deliver strong tensile resistance for stretch garments like swimwear and bras.
One-step 10mm dense lap seam welding cuts down secondary processing procedures and raises overall production efficiency.
Supports customized embossing anvil wheels to realize diverse decorative seam designs for luxury fashion and sportswear differentiation.
Seamless welding technology eliminates pinholes from traditional stitching, delivering smooth, invisible seams suitable for close-fitting apparel.
Compatible with multiple material types and garment styles, serving as a flexible supplement to conventional sewing production lines.
Flat release seams can be taped in a secondary process to boost durability while keeping the seam imperceptible against skin.
Medical filter manufacturer
It achieves stable and continuous mass production of narrow tubular filter products ranging from 8mm to 80mm diameter.
Delivers uniform ultra-fine separating welds, effectively raising the fluid flow rate of finished filters.
Gentle welding process avoids damage to delicate filter media, greatly lowering product reject rate
Equipped with camera-controlled edge tracking system to realize precise parallel welding for various complex filter contours.
free-arm modular design supports fast switching between blood filter, star filter and conical bag filter production.
Modular structure can be seamlessly integrated into the customer’s original automatic production line without large-scale reconstruction.
PV module manufacturer
The porosity of welded joints is extremely low, and the heat dissipation performance is excellent. The loss of photovoltaic modules is significantly reduced under high-power conditions; Low temperature bonding avoids high-temperature deformation and damage to aluminum materials, significantly improving the structural strength of components; The conductive contact resistance is much lower than traditional welding methods, and the long-term power generation efficiency of the power station is stable; The bonding yield of dissimilar metals, ceramics, and glass composites continues to meet the standard, and the energy storage terminals have no delamination or fracture faults for a long time.
Reliable bonding of silicon, glass, ceramics, and metals can be achieved without the need for soldering flux, simplifying production processes; Low temperature bonding process does not cause thermal deformation of thin silicon wafers and aluminum components compared to brazing; The joint is almost pore free, with strong heat dissipation capability, suitable for ultra-high power concentrated photovoltaic scenarios; It can achieve integrated bonding of various light metal dissimilar materials such as copper, aluminum, titanium, magnesium, etc., covering multiple new energy production lines such as photovoltaics, energy storage, and wind power; The overall bonding process has lower costs, reduces the need for subsequent repair steps, and improves the production efficiency of the entire production line.
semiconductor equipment manufacturer
The porosity of the welding interface is extremely low, the thermal conductivity is excellent, and the equipment runs continuously for a long time without delamination; No residual flux pollution, avoiding the risk of impurity interference in semiconductor plasma chambers; The shear strength of the weld exceeds 5000psi, it is resistant to high and low temperature cyclic impact, and the cracking rate of the target material is significantly reduced; Simplify the pre-processing process, significantly improve product yield, and reduce the frequency of later repairs.
No need for pre plated metal layer, no chemical flux throughout the process, eliminating cleaning steps and shortening the overall processing flow; Low temperature welding process effectively alleviates deformation and cracking problems caused by differences in thermal expansion coefficients of different materials; Lead free and environmentally friendly, compliant with RoHS standards, suitable for high cleanliness semiconductor vacuum production environments; Welds have the characteristic of being reworkable, and components can be disassembled and re welded after damage, reducing material loss costs; Compatible with cross category heterogeneous materials such as silicon, ceramics, and various metals for integrated bonding, suitable for various types of semiconductor precision equipment components.
Biomedical Research Institute
It can accurately and controllably cut DNA to the target fragment range (100-1000 bp), with minimal variation in fragment size between batches; 18 sets of samples can be processed synchronously in a single operation, and standardized sequencing samples can be stably produced for multiple years without sample cross contamination or DNA thermal degradation issues.
Equipped with the second-generation silent host, it operates with low noise; Supports dual modes of direct probe and cup type indirect ultrasound, suitable for both micro sample and high-throughput experiments; The temperature control combination scheme effectively protects the integrity of nucleic acid and has outstanding cost-effectiveness advantages compared to imported competitors.
University Nanomaterials Research Lab
Only 3 minutes of probe ultrasound can obtain a completely uniform and non agglomerated dispersion of carbon nanotubes, which can be left at room temperature for 4 months without settling; Compared with water bath ultrasound, a large amount of precipitation still appears after 8 hours, which can stably produce a long-term uniform nanosuspension.
Ultrasonic cavitation generates high shear forces, with processing efficiency far exceeding that of traditional water bath ultrasonic equipment; It is suitable for a variety of nano powders, and the prepared dispersion system has uniform particle size and excellent re agglomeration resistance. It has become the standard processing equipment for nano materials laboratories.
Global medical device manufacturer
Rendimiento del producto: la tasa calificada del producto terminado aumentó del 82% al 98,5%, las mallas del soporte y la superficie del balón no tienen fugas, defectos de desbordamiento, y el recubrimiento es uniforme y estable;
Costo de las materias primas: la tasa de utilización del líquido medicinal aumentó en un 37%, lo que redujo considerablemente el costo de producción de consumibles individuales para stents y balones;
Flexibilidad de producción: cambio de parámetros con un solo clic, producción rápida de stents coronarios y balones de diferentes especificaciones, aceleración de la comercialización de nuevos productos;
Calificación de cumplimiento: la estructura de pulverización cerrada reduce la contaminación por polvo del taller, cumple con el taller de limpieza médica de nivel 10.000 y la norma ISO 13485, y acelera la aprobación del registro de productos en el extranjero;
Esquema de personalización exclusivo de doble modelo: el modelo de soporte admite un espesor de recubrimiento de 0,01 - 0,1 mm de micras ajustable, con una herramienta giratoria de 360 ° para cubrir completamente sin ángulos muertos; El modelo de balón está equipado con un módulo de pulverización de adaptación de superficie curva, que admite la pulverización de punto fijo de recubrimiento global y rayas locales;
Atomización ultrasónica a baja temperatura para evitar la degeneración de medicamentos biológicos, compatible con todo tipo de disolventes médicos, líquidos poliméricos y reactivos antiproliferativos;
La estructura del equipo es compacta y se puede adaptar al diseño existente del taller limpio del cliente sin transformación a gran escala;
Conjunto completo de servicios de apoyo: instalación y puesta en marcha a domicilio, capacitación de ventanilla única para operadores, puesta en marcha gratuita de la fórmula de líquido medicinal existente para clientes; Emitir un informe comp
Medical device R&D & pilot production enterprise
Calidad del recubrimiento: el Stent no tiene puente, el recubrimiento global del balón es uniforme, el error de carga de medicamentos se ajusta, la tasa de rendimiento del producto terminado se mejora considerablemente, pasa con éxito la prueba de recubrimiento de dispositivos médicos de terceros y la curva de Liberación de medicamentos es estable;
Costo de las materias primas: la pérdida de materias primas farmacéuticas se reduce en un 60%, la tasa de adhesión efectiva de los líquidos líquidos líquidos supera el 90%, lo que reduce considerablemente el costo de los consumibles de I + D y piloto;
Eficiencia de la producción: el tiempo de preparación de un solo lote de muestras se reduce en un 50%, la herramienta puede cambiar rápidamente el soporte / balón y la velocidad de iteración de los nuevos productos se acelera;
Trazabilidad del cumplimiento: los parámetros del proceso y los registros de operación se almacenan y exportan completamente para cumplir con los requisitos de trazabilidad de datos para el registro de dispositivos médicos en el extranjero y la auditoría de terceros.
Atomización ultrasónica suave médica, sin flujo de aire de alta presión a temperatura ambiente durante todo el proceso, conservando completamente la actividad biológica del medicamento, evitando la deformación e hinchazón del puente con recubrimiento de Stent y el sustrato de balón flexible;
El espesor del recubrimiento ajustable preciso a nivel de micras, el rango de submicron a decenas de micras es controlable, la desviación de la carga del lote es muy pequeña y la consistencia del producto es fuerte;
La herramienta giratoria de 360 ° Se puede cambiar rápidamente en uso especial, y las piezas duplex de soporte y balón están completamente cubiertas sin ángulos muertos de pulverización, y el recubrimiento no tiene agujeros de aguja, aglomeraciones y defectos de burbujas;
Toda la máquina sella la cavidad limpia de presión negativa, apoya el sistema de recuperación de disolventes y se adapta al taller farmacéutico sin polvo; Interfaz de operación de todo el inglés plga, con su propia bas
Top private cutting-edge microelectronic R&D & manufacturing institution
La tasa de defectos de soldadura disminuyó en un 68%, y la tasa de rendimiento primario de PCB aumentó considerablemente.
El consumo de flujo se redujo en un 55%, y los costos de consumibles y tratamiento de residuos peligrosos disminuyeron simultáneamente.
La tasa de desguace de componentes de placas se redujo del 19% a menos del 2,5%, y la pérdida de sustratos de alta gama se redujo.
La frecuencia de parada del bloqueo de la boquilla se redujo en un 90%, y la tasa de movimiento efectivo de la línea de producción aumentó en un 22%.
Los residuos de la placa son controlables, la resistencia al envejecimiento de la placa de circuito, la estabilidad de la conducción eléctrica se mejora y la tasa de falla post - venta del producto disminuye.
Archivo estandarizado del proceso, menor dificultad de puesta en marcha manual y menor error del proceso humano
Atomización uniforme a nivel de micras, gotas de 5 a 30 micras, espesor de la película de soldadura de 1 a 8 micras, tolerancia ≤ 0,8 micras, agujeros profundos, almohadillas en miniatura sin fugas
La tasa de utilización del flujo supera el 90%, la atomización direccional cerrada no tiene salpicaduras, las emisiones de COC verdes y bajas, cumplen con las normas ambientales
Atomización sin impacto de baja presión, sin doblar PCB ultrafinos, sin mover componentes de parches en miniatura
Boquilla de bloqueo ultrasónico abierta, con limpieza automática en línea, reduce considerablemente el mantenimiento de parada
La línea de producción totalmente automática de PLC está vinculada, los parámetros del proceso se obtienen con un solo clic, y la consistencia de la producción en masa es estable.
Compatible con flujos de toda la categoría sin limpieza, colofonia y solubles en agua, soporta el modo dual de pulverización de placa completa + pulverización selectiva
Adecuado para placas duras de alta
New energy & environmental material technology trading and R&D enterprise
Sample qualification rate rose from 72% to 96%; finished product catalytic activity stability increased by 21%
Precious metal catalyst consumption saved by 38%, effective material attachment rate up 32% vs traditional air spraying
Lab daily operation efficiency improved by 45%; traceable process data meets European filing & audit standards
Low failure rate, reduced nozzle cleaning and replacement frequency
High-frequency ultrasonic atomization, 15–50 μm uniform tiny droplets, pinhole-free & agglomeration-free ultra-thin coating (adjustable thickness: 2–100 μm)
Non-pressure atomization structure, anti-clogging nozzle, compatible with multi-viscosity mixed catalyst slurries
Full English PLC control, one-click storage & reproduction of process parameters
CE certified, closed dustproof cabin with exhaust purification, conforms to UK lab standards
Complete English manuals, remote online debugging, exclusive catalyst process parameter database
Reserved expansion interface for later upgrade to multi-nozzle mass production assembly line
University research laboratory
Zero damage to the carbon paper substrate, with a nearly 100% pass rate for finished products of various sizes and specifications, effectively preventing fiber detachment, dents, and scrap issues;
The catalytic coating load is uniform and controllable, the coating error is stable, and the repeatability of electrochemical test data is greatly improved, meeting the data standards of academic papers;
The splash loss of slurry is reduced by 42%, and the cost of using precious metal catalytic consumables is significantly reduced;
The nozzle is unobstructed, and maintenance downtime is significantly reduced. Multiple batches of control experiments can be conducted continuously to accelerate the progress of scientific research projects;
Archivable and reproducible spray parameters, traceable experimental process, in compliance with research standards of overseas university laboratories.
Flexible ultrasonic atomization without high-pressure airflow, gentle settling without damaging porous hydrophobic carbon paper fibers;
The atomization width is adjustable and compatible with seamless full surface spraying of carbon paper with dual sizes of 200200mm and 400400mm;
No narrow nozzle resonance atomization structure, long-term spraying of nano catalytic slurry without clogging, simple maintenance;
Suitable for water-based and alcohol based catalytic slurries to inhibit nanoparticle sedimentation;
Can be integrated with the existing programmable displacement platform in the laboratory, allowing for one click storage and retrieval of spray parameters;
Equipped with English debugging manual and cross-border remote process debugging, in compliance with Australian university laboratory safety standards;
Directional deposition atomization has a much higher slurry utilization rate than traditional air pressure spraying, significantly saving expensive precious metal catalysts.
University research laboratory
1. Sample qualification rate increased by 94%, experimental data repeatability meets academic standards; 2. Carbon nanotube slurry loss reduced by 40%, cutting high-end nanomaterial experimental costs; 3. Single-group sample preparation time shortened by 60%, greatly improving experimental efficiency; 4. Compatible with various electronic substrates to meet all the laboratory’s electronic device experiment needs
1. Exclusive low-frequency soft atomization, complete protection of carbon nanotube microstructure without damage and agglomeration; 2. Full viscosity slurry compatibility, no dilution required, anti-clogging and suitable for long-term experiments; 3. Nanometer/micron-level ultra-thin precise coating thickness adjustable; 4. English operating system with one-click parameter storage and replication, meeting academic data traceability and archiving requirements; 5. Low slurry loss, quiet operation, compliant with Australian laboratory safety standards
Specialty chemical & environmental catalytic material R&D enterprise
Same-formula catalyst pollutant conversion efficiency batch error cut from 15% to within 4.5%
R&D iteration efficiency increased by 70%, complete over 6 groups of ratio contrast experiments daily
Remove ball milling procedure, no impurity introduction, catalyst service life up 20%
Precious metal precursor loss reduced over 35%, lower annual R&D consumable cost
Standardized, replicable process parameters, shorten catalyst industrialization cycle
Raw material utilization rate above 92%
One-step continuous synthesis, single batch preparation time shortened from over 48h to 2–4h
Precise independent control of powder sphericity, particle size and pore structure, no hard agglomeration
Molecular-level uniform metal doping, completely avoid element segregation
Full-process PLC intelligent digital storage of process parameters, one-click recall for multiple formulas
Negative pressure fully sealed closed-loop collection system, low precious metal raw material loss
Wide precursor compatibility, applicable to full series exhaust purification catalytic powder R&D
Dual-scenario matching: laboratory small trial & small-batch pilot production
MEMS acoustic sensor chip manufacturer
Deep trench lithography defect rate down 70%, MEMS chip yield increased over 12%
Photoresist consumption cut by 55%, greatly lowering high-value SU-8 chemical cost
Microstructure damage scrap rate reduced from 22% to below 3%, less silicon wafer waste
R&D iteration efficiency raised by 60%, supports multiple formula comparison tests per day
Single machine covers flat & 3D substrates, eliminates extra investment on spin coater and thick glue equipment
Coating thickness tolerance ≤±0.5μm, sidewall-surface thickness difference controlled within 5%
High-frequency ultrasonic soft atomization, low kinetic energy to realize full conformal coverage on deep grooves and sidewalls without missing glue
Photoresist utilization rate over 90%, saves 40%~60% photoresist vs traditional spin coating
No high-speed wafer rotation or high-pressure airflow, protects fragile microcantilever and resonant thin films
Class 1000 clean sealed integrated design, anti-corrosion dust-free structure for semiconductor labs
XYZ three-axis programmable motion, full digital parameter storage for fully repeatable lithography processes
Anti-clog nozzle compatible with low-viscosity photoresist, SU-8 thick photoresist and sacrificial liquid, coating thickness adjustable 10nm~100μm
National fuel cell & clean energy research institute
Catalyst slurry utilization over 95%, platinum carbon slurry loss cut by nearly 80%, greatly lowering R&D precious metal costs
MEA peak power density batch deviation dropped from 12% to ≤3%, more reliable experimental data for academic research
Proton membrane scrap rate reduced from 28% to below 2%, less waste of thin film substrates
Single batch sample preparation time shortened by 40%, daily support for multiple groups of catalyst comparison tests, shorter R&D iteration cycle
One machine compatible with PEMFC and SOFC two technical routes, expanding laboratory research scope
Compact desktop integrated design, small footprint, deployable directly in small clean labs without civil renovation
120kHz high-frequency ultrasonic soft atomization, no high-pressure impact to avoid membrane wrinkling, bubbling and breakage
XYZ three-axis programmable spraying, full digital parameter storage and recall, excellent experimental repeatability
Built-in vacuum adsorption heating platform, online fixation & drying to prevent membrane swelling deformation
Wide compatibility with water/alcohol-based catalyst slurries, self-cleaning anti-clogging nozzle for multi-formula rapid switching
Ultra-uniform coating with CV ≤3%, precisely controllable coating thickness from 20nm to 100μm to form stable three-phase reaction interface
Global industrial general contracting & industrial comprehensive consulting service provider
The utilization rate of precious metal catalysts is ≥ 90%, and the consumption of precious metal consumables is reduced by 45% -55%, significantly reducing the cost of raw material procurement;
The yield rate of CCM has been increased to 98.5%, the scrap rate of film has been reduced from traditional process 25% to within 1.5%, and the daily production capacity of a single unit has been increased by 60%;
The batch deviation of catalytic layer loading is ≤ 3%, and the consistency of electrolysis efficiency is greatly improved. Under the same loading capacity, hydrogen production energy consumption is reduced by 10% -15%;
Single device compatible with PEM and AEM dual line parallel production, no need to separately purchase two sets of coating equipment, reducing fixed asset investment;
Fully digital closed-loop control, process parameters can be stored and reproduced, supports multi unit networking linkage, and production capacity can be flexibly expanded to match the 300MW overall plan.
Ultrasonic soft atomization non-destructive spraying solves the problems of AEM alkali film swelling and coating cracking and peeling, and is compatible with acidic PEM film. It is a rare dual route integrated equipment in the industry;
Low kinetic energy atomization without high-pressure splashing, the utilization rate of precious metals far exceeds traditional slit coating and high-pressure two fluid spraying processes;
Fully automatic double-sided synchronous spraying, completing the preparation of anode and cathode catalytic layers in one film, without the need for secondary transportation;
Modular unit design, with a network of 10 units, can meet the full production demand of 300MW, and can be delivered in batches and flexibly expanded;
Compatible with a full range of iridium ruthenium, platinum carbon, and non precious metal electrolytic water catalysts, supporting the iterative research and development of a new generation of low-cost catalysts;
Supporting localized operation and
high-end leisure snack manufacturer
higher productivity, lower defect rate and labor cost
assembly line integrated design, anti-sticking, no delamination, FDA compliant
confectionery manufacturer
higher product qualification rate, improved production efficiency, standardized product size
anti-stick cutting, zero-deformation slicing, food-grade hygienic design, stable continuous operation
Baking & pre-made food processing enterprise
Production capacity increased by 200%; product qualification rate up to 98%; raw material loss reduced by 35%; labor input cut down; production change time reduced by 60%; unified product size and improved shipment quality
Three-station synchronous cutting; ultrasonic cold cutting without filling overflow and knife sticking; intelligent adjustable equal division specification; full temperature and multi-product compatibility; Russian/English bilingual system, food-grade stainless steel, easy cleaning and quick operation
confectionery manufacturer
Realize full line automated cutting, reducing labor costs by 40%;
The hourly production capacity has increased by 65%, and the bottleneck of production capacity has been completely resolved to meet the delivery of large quantities of orders;
Uniform cutting size, smooth product edges, significantly improved appearance and product grade of finished products, and significantly increased yield rate;
Reduce the frequency of equipment shutdown for cleaning, decrease the idle downtime of equipment, and optimize and upgrade the overall production line operation efficiency.
Suitable for dual category cutting, compatible with pure soft chocolate and particle containing composite rock road chocolate, with no particle shedding, no sectional cracking, and no chocolate melting;
High frequency ultrasonic non stick cutting, no need for frequent shutdown for cleaning, continuous and stable production;
The entire line seamlessly connects with the existing forming, cooling, and conveying production lines, achieving unmanned assembly line operations;
Food grade detachable blade, hygienic compliance, significantly reduced material loss and product damage rate.
ready-to-eat food manufacturer
Doubling production capacity, increasing product qualification rate to 99%, reducing raw material loss by 36%, reducing 2 labor positions, lowering workshop cleaning and operation costs, significantly improving finished product standardization, stabilizing high-end supply chain supply qualifications
Ultrasonic non extrusion cold cutting, no overflowing or falling debris, one click switch between multiple cutting modes, built-in anti sticking self-cleaning function, compatible with BRCGS AA level cleanroom in the UK, fully English operating system, seamless connection of fully automatic assembly line, low failure rate
Dairy manufacturing enterprise
-Space utilization rate: equipment footprint reduced by over 70%, freeing up workshop space and adding packaging workstations to increase production capacity
-Raw material loss: AI dynamically optimizes cutting schemes, significantly reducing the loss of cheese edges and corners, saving high-value raw material costs
-Product quality: The weight error of the finished product is extremely small, in line with local measurement standards, the cutting surface is flat without any broken edges or sticking knives, and the appearance qualification rate of the product is greatly improved
-Production efficiency: By changing production and adjusting formulas, production can be quickly put into operation, reducing production time by 70%. Only one person is needed to be on duty for a single device, significantly reducing labor costs
-Production management: Automatic retention of production data throughout the entire process, achieving refined cost control and digital standard quality control in cheese production
Integrated compact design, no need for workshop renovation, suitable for compact workshop conditions
Integrated with three core functions of automatic weighing, AI intelligent material calculation, and ultrasonic cold cutting, without the need for auxiliary equipment, fully automated and integrated operation
AI dynamically generates optimal cutting solutions, adapts to different specifications of wheel shaped cheese, and maximizes raw material utilization
Ultrasonic high-frequency microseismic cold cutting, no mechanical extrusion, no frictional heat generation, does not damage the original quality of cheese
Food grade 304 stainless steel body, detachable for cleaning, in compliance with dairy hygiene production standards
Supports multilingual operations, remote technical support, and adapts to cross-border production and usage needs
Large standardized baking production factory
Achieve fully unmanned and automated production of cutting processes, reduce 3 job operators, and lower labor costs; The product qualification rate has been increased to 99%, and the raw material loss has been reduced by 32%; Shift cutting capacity increased by 2.4 times, easily accepting holiday incremental orders; Standardize product specifications, comply with high-end supermarket quality inspection standards in the UK, and increase product premiums; No need to modify workshop structure, low cost of on-site renovation
Seamless integration with existing automated production lines, achieving fully closed-loop unmanned production; Ultrasonic high-frequency cold cutting, with a flat and non stick cutting surface, no displacement of the sandwich, and no collapse of the cake; Support multi-mode cutting, one click switching of product formulas, flexible production; Equipped with vibration self-cleaning function, it can produce continuously for a long time; The whole machine complies with British food hygiene standards, with an English operating system that is easy to operate and maintain, and comes with localized after-sales service in Europe
seafood deep processing enterprise
160% production capacity improvement
40% reduction of aquatic raw material loss
reduced labor cost
standardized finished products
lower operation and maintenance costs
stable full-line continuous production
high cutting efficiency
non-destructive ultrasonic cutting
programmable precise cutting
IP65 waterproof and corrosion resistance
vibration self-cleaning and anti-sticking
EU food safety compliant
dairy processing enterprise
cost reduction and efficiency improvement, digital standardized production
The raw material edge loss rate has decreased from 8.2% to 0.9%, and the monthly raw material loss cost has been reduced by more than 30%; The weight error of the product is controlled within ± 1g, and the appearance scrap rate is reduced by 90%; Single machine production capacity increased by 5 times, and replacement production time reduced by 75%; Realize full production data visualization and achieve refined digital quality control management.
3D scanning + AI intelligent cutting, high precision and low loss, full cheese compatibility, full automatic unmanned operation
Equipped with four core modules: high-precision weighing, 3D contour scanning, AI intelligent calculation, and ultrasonic non-destructive cutting; No mechanical squeezing, no sticking knife, no heating deformation, smooth and even cutting surface; One machine is compatible with all types of cheese, replacing multiple manual labor, supporting one click formula switching, remote debugging, and data traceability, in compliance with South American food hygiene standards.
Boutique baking production enterprise, small & medium-sized bakery factory
Space optimization: Save 60% equipment placement area; spare space can be arranged as packaging stations, optimize workshop logistics and lift overall production capacity
Labor cost reduction: Remove dedicated manual paper insertion position, cut one supporting operator per machine, lower long-term labor expenses
Product quality upgrade: Fully eliminate cake sticking, cream scratching and product deformation; finished product qualification rate rises to 99%, meet high-end supermarket packaging standards
Production efficiency improvement: Combine two separate procedures into one, hourly processing efficiency of round cakes increases by 45%, speed up delivery
Flexible production capability: One-click parameter adjustment to switch different sizes of plain, sandwich and fruit round cakes, adapt to multi-category production for retail stores and supermarkets
Ultra-compact integrated desktop structure, minimal floor area, compatible with existing narrow baking workstations without layout modification
Dedicated round cake equal division cutting program, support customizable 8/10/12 equal divisions for round cakes of different diameters; ultrasonic cold cutting avoids cake compression collapse, filling offset and cream damage
Unique synchronous cutting & automatic paper insertion all-in-one mechanism, automatically feed food-grade separation paper between cut slices without secondary manual operation
Anti-stick ultrasonic cutting head with vibration self-cleaning function, reduce downtime cleaning frequency to guarantee continuous all-day batch production
Intelligent English touch control system, one-click storage and recall of production formulas, easy operation for zero-experience workers
Whole machine adopts 304 stainless steel, conform to British food hygiene standards; paper insertion components are detachable for disassembly, washing an
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