Ultrasonic Cutting Machine

The ultrasonic entry-level coating system is mainly developed for enterprises, universities and research institutes that are new to ultrasonic spraying equipment. The whole device has a simple and elegant structure and complete functions.

The ultrasonic basic precision spraying machine is mainly developed by enterprises, universities, and research institutes that are in contact with ultrasonic spraying equipment for the first time.

The ultrasonic intelligent precision coating system is mainly developed for enterprises, universities and research institutes.

The ultrasonic intelligent precision coating system is mainly developed for enterprises, universities and research institutes.

The high-temperature ultrasonic precision spraying equipment adopts a high-precision heating platform, with a temperature control accuracy of ± 0.1 ℃, and can perform multi-stage temperature setting.

The ultrasonic coating system adopts a sealed structure, which can perform vacuum treatment on the spraying, and the maximum negative pressure can reach -0.058/-0.098mpa, which can handle with some special spraying processes.

The fume hood type ultrasonic precision spraying machine is a specially developed equipment for working conditions where a large amount of exhaust gas is generated during spraying.

This is a medium-sized ultrasonic coating system. The system includes an XYZ three-axis servo motion system, an optional R-axis nozzle rotation mechanism, and a comprehensive trajectory editing system to achieve the spraying function of any two-dimensional plane graphics, such as rectangles, circles, triangles or curves.

This ultrasonic coating system is mainly suitable for semi-automatic spraying and can be used in conjunction with production lines for non-stop mass production.

This is a medium-sized ultrasonic coating system. The system includes an XYZ three-axis servo motion system, an optional R-axis nozzle rotation mechanism, and a comprehensive trajectory editing system, equipped with multiple FUNSONIC ultrasonic nozzles to achieve the spraying function of any two-dimensional plane graphics.

This ultrasonic coating system is mainly suitable for semi-automatic spraying and can be used in conjunction with production lines for non-stop mass production.

This is a medium-sized ultrasonic coating system. The system includes an XYZ three-axis servo motion system, an optional R-axis nozzle rotation mechanism and 360° rotating base bracket, and a comprehensive trajectory editing system to achieve the spraying function of three-dimensional graphics, such as phone cases.

The online ultrasonic precision coating system is an ultrasonic spraying machine suitable for 24-hour uninterrupted production in conjunction with the production line. The ultrasonic precision spraying machine adopts a form in which multiple groups of nozzle systems are fixed in series and the substrate conveyor belt moves.

Ultrasonic coating system is designed for blood collection tubes or syringes. The whole system is fully functional and equipped with the mold base required for syringes or blood collection tubes.

This is an ultrasonic coating system specially designed for drug-eluting balloons, providing uniform drug coating for balloon catheter through ultrasonic spraying technology without adhesion, pinholes, air bubbles and other defects. 

This is an ultrasonic coating system specially designed for drug-eluting stents, providing uniform drug coating for stent through ultrasonic spraying technology without adhesion, pinholes, air bubbles and other defects. 

The industrial ultrasonic precision coating system is suitable for 24-hour uninterrupted production, which can spray a large area of ​​substrate. The ultrasonic precision sprayer adopts a series connection of multiple nozzle systems. 

The ultrasonic coating system for perovskite batteries is mainly developed for companies that mass-produce ultrasonic spraying equipment for perovskite batteries. The whole set of equipment has a simple and elegant structure and complete functions. 

◆ Atomized particle size range (μm): 10-100

◆ Spray width (mm): 40-120

◆ Spray flow (ml/min): 0.5-20

◆ Spray height (mm): 50-150

◆ Liquid viscosity (cps): ＜30

◆ Particle size (μm): ＜20

◆ Diversion pressure (Mpa): ＜0.05

◆ Atomized particle size range (μm)：15-40

◆ Spray width（mm）：2-20

◆ Spray flow（ml/min）：0.5-10

◆ Spray height（mm）：10-30

◆ Liquid viscosity（cps）：＜30

◆ Particle size（μm）：＜10

◆ Diversion pressure（Mpa）：＜0.05

◆ Atomized particle size range (μm)：30-80

◆ Spray width（mm）：20-80

◆ Spray flow（ml/min）：1-10/2-20/3-40

◆ Spray height（mm）：30-150

◆ Liquid viscosity（cps）：＜30

◆ Particle size（μm）：＜12

◆ Diversion pressure（Mpa）：＜0.08

◆ Atomized particle size range (μm)：15-28

◆ Spray width（mm）：50-100

◆ Spray flow（ml/min）：0.5-12

◆ Spray height（mm）：50-200

◆ Liquid viscosity（cps）：＜20

◆ Particle size（μm）：＜5

◆ Diversion pressure（Mpa）：＜0.15

◆ Atomized particle size range (μm)：10-60

◆ Spray width（mm）：0.5-5

◆ Spray flow（ml/min）：0.01-1

◆ Spray height（mm）：10-20

◆ Liquid viscosity（cps）：＜15

◆ Particle size（μm）：＜8

◆ Diversion pressure（Mpa）：＜0.02

◆ Atomized particle size range (μm)：26-65

◆ Spray width（mm）：3-5

◆ Spray flow（ml/min）：0.5-10

◆ Spray height（mm）：5-30

◆ Liquid viscosity（cps）：＜15

◆ Particle size（μm）：＜8

◆ Diversion pressure（Mpa）：＜0.05

◆ Temperature (℃）：Room temperature~300

◆ Atomized particle size range (μm)：26-65

◆ Spray width（mm）：3-5

◆ Spray flow（ml/min）：0.5-10

◆ Spray height（mm）：5-30

◆ Liquid viscosity（cps）：＜15

◆ Particle size（μm）：＜8

◆ Diversion pressure（Mpa）：＜0.05

◆ Temperature (℃）：Room temperature~300

◆ Atomized particle size range (μm)：30-80

◆ Spray width（mm）：3-15

◆ Spray flow（ml/min）：0.3-5

◆ Spray height（mm）：1-100

◆ Liquid viscosity（cps）：＜30

◆ Particle size（μm）：＜5

◆ Diversion pressure（Mpa）：/

◆ Applicable syringe types: 0.5μm-150ml (ultrasonic dispersion of 25, 50, 100ml)

◆ Linear speed range: 1μm/min-132mm/min

◆ Linear thrust range: 8-20 kgf, adjustable online

◆ Travel control accuracy:Error ≤ ± 0.3%

◆ Fallback distance: 0.01-10mm

◆ State output:OC gate signal output

◆ Applicable syringe types: 0.5μm-150ml (ultrasonic dispersion of 25, 50, 100ml)

◆ Linear speed range: 1μm/min-132mm/min

◆ Linear thrust range: 8-20 kgf, adjustable online

◆ Travel control accuracy:Error ≤ ± 0.3%

◆ Fallback distance: 0.01-10mm

◆ State output:OC gate signal output

◆ Applicable syringe types: 50μl-50ml (ultrasonic dispersion of 25, 50ml)

◆ Linear speed range: 0.005mm/s-30mm/s

◆ Running time per trip: 1.25s-100min

◆ Maximum pressure of liquid circuit: 0.68MPa

◆ Storage temperature:-20℃-60℃

◆ Operating temperature: 15℃-40℃

◆  Applicable syringe types: 50μl-50ml (ultrasonic dispersion of 25, 50ml)
◆  Linear speed range: 0.005mm/s-30mm/s
◆  Running time per trip: 1.25s-100min
◆  Maximum pressure of liquid circuit: 0.68MPa
◆  Storage temperature:-20℃-60℃
◆  Operating temperature: 15℃-40℃

◆ Applicable syringe types: 0.1μl-25ml (ultrasonic dispersion of 25ml)

◆ Linear speed range: 0.005mm/s-30mm/s

◆ Maximum pressure of liquid circuit: 0.68MPa

◆ Control system: touch screen + imported mechanical buttons

◆ Operating temperature: 15℃-40℃

◆  Applicable syringe types: 0.1μl-25ml (ultrasonic dispersion of 25ml)
◆  Linear speed range: 0.005mm/s-30mm/s
◆  Maximum pressure of liquid circuit: 0.68MPa
◆  Control system: touch screen + imported mechanical buttons
◆  Operating temperature: 15℃-40℃

◆   Injector container: 25ml,50ml,100ml 
◆  Frequency: 40Khz 
◆  Power: 100w 
◆  Generator: Digital Generator 
◆  Operating temperature: 15℃-40℃

◆   Injector Bucket: 4L(or customized) 
◆  Frequency: 20Khz 
◆  Power: 1000w 
◆  Generator: Digital Generator 
◆  Operating temperature: 15℃-40℃
◆  Application: Electronic industry, medical equipment, energy and nanomaterials, glass films

◆ Frequency: 20Kh

◆ Max Power: 3000w

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~80 ℃

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Suitable for industrial production lines

◆ Frequency: 20Khz

◆ Power: 10KW

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~80 ℃

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Suitable for simulating industrial processing processes

◆ Frequency: 20Khz

◆ Power: 2000w

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~80 ℃ (High temperature type can be customized)

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Suitable for entry-level industrial use

◆ Frequency: 20Khz

◆ Power: 3000w

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~80 ℃

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Suitable for entry-level industrial use

◆ Frequency: 20Khz

◆ Power: 1000-3000W*2 groups working simultaneously (36KW)

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Processing capacity: 5L-10L*2 groups working simultaneously

◆ Radiating surface amplitude (peak to peak): 20-100μm

◆ Temperature: Room temperature~80 ℃

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Frequency: 20Khz, 40Khz or Customized

◆ Max Power: 1200w

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~80 ℃

◆ Processable materials: graphene, essential oils, cells, food, cosmetics, etc. 

◆ Frequency: 20Khz,25Khz, 40Khz or Customized

◆ Max Power: 2000w

◆ Emitter Materials: Titanium Alloy (Stainless steel material can be selected for a few special environments)

◆ Type of Emitter: Focused Type

◆ Temperature: Room temperature~60 ℃

◆ Processed Materials: traditional Chinese medicine, essential oil plant extracts, cell tissues, etc

◆ Frequency: 20Khz, 50Khz, 60Khz or Customized 

◆ Max Power: 2000W

◆ Temperature: 200~400℃

◆ Power supply: 380V; 50HZ

◆ Material of atomizing disc: High speed steel or titanium alloy

◆ Frequency: 40Khz, 50Khz, 60Khz or Customized

◆ Power: 100-1200W

◆ Temperature: 200~400℃

◆ Power supply: 220V; 50HZ

◆ It is particularly suitable for research units, process experiments, and small-scale multi-batch precision production.

◆ Frequency: 20Khz(other frequency can be customized)

◆ Power: 1000-2000w 

◆ Temperature: Room temperature~60 ℃

◆ Working Amplitude: 3-20μm

◆ Processed Materials: Tin, indium, silver, copper, nickel, aluminum wire, etc

◆ System Protection: High temperature protection

◆ Frequency: 20Khz(other frequency can be customized)

◆ Max Power: 2000w

◆ Temperature: 200~400 ℃

◆ Working Amplitude: 3-20μm

◆ Processed Materials: Tin, indium, silver, copper, nickel, aluminum wire, etc

◆ Cooling Method: Air Cooling

◆ Frequency: 20Khz

◆ Power: 2000w 

◆ Voltage:220V/50Hz or 110V/60Hz

◆ Welding Stroke: 75mm

◆ Welding Time: 0.1-9s

◆ Materials of horn: Aluminum or Titanium Alloy

◆ Working mode:Time Mode or Energy Mode

◆ Frequency: 35Khz

◆ Power : 800w

◆ Voltage: 220V or 110V

◆ Amplitude: 18-28μm

◆ Width of Wheel: 11.5mm

◆ Materials of Wheel: Titanium or Special Steel

◆ Frequency: 35Khz(other frequency can be customized)

◆ Power: 800w 

◆ Voltage:220V/50Hz or 110V/60Hz

◆ Materials of Horn tip: Titanium alloy,Aluminum alloy, Special steel  

◆ Welding Thickness: 0.1-5mm

◆ Welding Time: 0.1-9s

◆ Horn Temperature: Room temperature~60℃

◆ Working mode: Intermittent