600X250mm Conveyor Type UV LED Curing Machine

600X250mm Conveyor Type UV LED Curing Machine, to replace the traditional mercury lamp, low temperature, no ozone, no deep UV, low energy consumption, high efficiency.

No infrared radiation, cold light source, suitable for curing all kinds of heat sensitive materials. It does not need to be warmed up at the start-up, it is ready to use and instantly reaches the maximum light intensity. Power saving, easy to control. Contains no mercury, does not produce ozone, safe and environmentally friendly infrared sensor intelligent control, start and stop control on demand.

Specification Parameter

1. Control system:

  *panel display,touch opration, real-time

  *monitoring of head of the working state

  *intensity adjustable from 0-100%

  *temperature monitoring

  *infrared sensor control, work model optional

  *speed of conveyor : 0-10m/min adjustable

  *whole machine size : L1800*W1053*H1271mm

2. UV LED irradiation head(DSX-S450-250x600)

  *wavelength : 365nm

  *curing area : 250x600mm

  *optic power : 500mw/cm2(10mm irradiation distance)

  *recommended height of irradiation : 5-100mm

  *dimension : L644*W294*H86mm

  *cooling method :  air cooling

Product Survey

DSX-SL450-250x600 is a high-performance UV LED  curing system, the system includes the controller, UVLED irradiation head and cable. UVLED head with imported high-intensity UV LED integrated UV spectral wavelength of 365nm, 385nm, 395nm, 405nm, the use of forced air cooling, the effective curing area of 250x600mm, support for external signal input and trigger, can be equipped with semi-automatic or fully automated production line.

HTLD-SL450-600X250-365 is a UV adhesive curing design High performance UVLED surface light source curing system, the system mainly contains control System, UVLED head and conveyor belt. The machine UVLED irradiation head mining Integrated with imported high-intensity UV LED, UV spectrum wavelength is 365nmWith forced air cooling, the effective curing area is 600X250mm, which supports out-side The signal input and trigger can be used in semi-automatic or fully automatic production lines. The conveyor belt material is Teflon and the transmission bandwidth is 600mm.

300x200mm Stainless Steel UV LED Curing Machine UV Conveyor

300*200mm Stainless Steel UV LED Curing Machine UV Conveyor high light out of alignment, good uniformity. Do not preheat the boot, that is open to use, instantaneous maximum light intensity. No infrared radiation, cold light source, suitable for all kinds of heat-sensitive materials curing. The machine uses 304 stainless steel, hood can be opened and closed with the need. Does not contain mercury, does not produce ozone safety and environmental protection. Infrared sensor intelligent control, start and stop control on demand.

Specification Parameter

1.Control system:

  *panel display,touch operation, real-time

  *monitoring of head of the working state

  *intensity adjustable from 0-100%

  *temperature monitoring

  *infrared sensor control, conveyor would stop when the UV LED system lighting

  *speed of conveyor:0-10m/min adjustable

  *whole machine size:L1500*W581*H1640mm

2.UV LED irradiation head(DSX-S528-30X350)

  *wavelength:365nm

  *curing area:200x300mm

  *optic power:13w/cm2(10mm irradiation distance)

  *recommended height of irradiation:5-100mm

  *dimension:L334*W224*H61mm

  *cooling method:  air cooling

Product Survey

DSX-SL360-300X200-365 is a high-performance UVLED surface curing system designed for UV adhesive curing. The system mainly consists of a control system, a UVLED head and a conveyor belt. The machine UVLED irradiation head with imported high-intensity UV LED integrated UV wavelength of 365nm, single LED front quartz mirror installed to improve the LED light output accuracy and uniformity, uniformity up to 90%, the whole machine material 304 stainless steel, Teflon conveyor belt, width of conveyor is 300mm.

350X30mm Conveyor UV LED Curing Machine For Offset Printing

350X30mm Conveyor UV LED Curing Machine for Offset Printing , replacing traditional mercury lamp, built-in UVLED curing light source, low temperature, no ozone, no deep ultraviolet, low energy consumption, high efficiency, no infrared radiation, cold light source, suitable for curing of various heat sensitive materials, infrared sensing Intelligent control, start and stop control on demand.

Specification Parameter

1.Control system:

  *panel display,touch opration, real-time

  *monitoring of head of the working state

  *intensity adjustable from 0-100%

  *temperature monitoring

  *infrared sensor control, work model optional

  *speed of conveyor:0-55m/min  adjustable

  *whole machine size:L1500W526H620mm

2.UV LED irradiation head (DSX-S528-30X350)

  *wavelength:395nm

  *curing area: 350x30mm

  *optic power:20w/cm2(10mm irradiation distance)

  *recommended height of irradiation:5-100mm

  *dimension:L390W80H54mm

  *cooling method: water cooling

3.Water cooler (KLD-LC16-FCL/0Z0)

Power supply: 220V/50HZ

. Cooling capacity: 1600W

. Total power; 0.8KW

.Refrigerant: R22

Product Overview

DSX-SL528-350X30-395 is a UV adhesive, UV oil. High-performance UV LED surface light source curing system with ink curing design , the system. Mainly including control system, UV LED head, water cooler and conveyor belt. The machine's UVLED head is imported with high-intensity UV LED, UV Spectral wavelength is 395nm, using forced water cooling to effectively cure the surface. The product is 350X30mm and supports external signal input and trigger.Dynamic or fully automatic production line, conveyor belt material Teflon, conveyor belt 300mm wide.

DSX-SL528-30X350 is a high-performance UV LED  curing system, the system includes the controller, UV LED irradiation head and cable. UV LED head with imported high-intensity UV LED integrated UV spectral wavelength of 365nm, 385nm, 395nm, 405nm, the use of water cooling, the effective curing area of 350x30mm, support for external signal input and trigger, can be equipped with semi-automatic or fully automated production line, also can be used for printing, such as flexo printing and offset printing.

UV LED Curing Machine for UV Adhesive Curing on Lithium Cell

Lithium-Ion Battery Module LED UV Curing Machine for UV Adhesive Curing is a high-performance UV LED curing machine system designed for the curing of lithium battery module UV adhesive. The system mainly includes control system, UVLED irradiation head and conveyor belt, and the two sides are illuminated, and the special parts can be dispensed for the top surface. It has a good curing effect, and the whole machine and light source area can be customized.


Specification Sheet
1. UV LED head
Wavelength: 365nm
Model : DSX-II
Curing area: 240X100mm
Optical power density: 1100mw/cm2
Recommended irradiation distance: 10-100mm
Dimensions: L260*W160*H80mm

2. Control System
Panel display, touch operation, real-time monitoring of the working state of the head
Power 0-100% adjustable, conveyor speed adjustable
Temperature monitoring
Infrared sensing control, working mode selection
Machine size: L1000*W500*H1050mm

Product Overview
* The heat radiation is small, the irradiation machine can choose different wavelengths such as 365/395/405nm, no infrared spectrum is emitted, no high temperature heat.
* Produce high-energy, high-purity ultraviolet light, and use the latest high-energy ultraviolet LED to quickly complete the curing of UV glue, greatly improving production efficiency.
*Energy saving and environmental protection, low power consumption of LED, no need to preheat when used, instantaneously reach 100% high power, that is, power can be adjusted, that is, on or off, power saving ratio ≥1:6, high efficiency of ultraviolet photoelectric conversion, and not It contains mercury, no dark ultraviolet skin cancer, and no ozone. It is a safer and more environmentally friendly alternative to traditional light sources.
*Integrated design, equipment installation is convenient and fast, just use the light source to install, the height of the light source can also be adjusted according to specific needs.

添加图片说明

Customized Plasma Cleaner Atmospheric Plasma Low Temperature Jet Cleaning Equipment

Atmospheric plasma surface treatment machine APO-RP1020D Plasma System Atmospheric plasma low temperature jet cleaning equipment , uses plasma cleaning, the cleaning efficiency can be greatly improved. The entire cleaning process can be completed in a few minutes, so it has a high yield;


The Principle of Plasma Cleaning Machine
Plasma is a state of existence of matter. Usually, the substance exists in three states: solid, liquid, and gaseous. However, in some special cases, there is a fourth state, such as substances in the ionosphere in the Earth's atmosphere. The following substances exist in the plasma state: electrons in a high-speed motion state; neutral atoms, molecules, atomic groups (free radicals) in an activated state; ionized atoms, molecules; unreacted molecules, atoms, etc., but substances in the whole It remains electrically neutral. The mechanism of plasma cleaning mainly relies on the "activation" of active particles in the plasma to achieve the purpose of removing stains on the surface of the object. In terms of reaction mechanism, plasma cleaning generally includes the following processes: the inorganic gas is excited into a plasma state; the gas phase substance is adsorbed on the solid surface; the adsorbed group reacts with the solid surface molecule to form a product molecule; the product molecule resolves to form a gas phase; The residue leaves the surface.

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The principle of activation cleaning
A , physical role: particle bombardment on the surface of the material
A large number of active particles in the plasma, such as a large number of ions, excited molecules, and free radicals, act on the surface of the solid sample, which not only removes the original contaminants and impurities, but also produces an etching effect to roughen the surface of the sample. Many fine and uniform topography are formed, which increases the specific surface of the sample and improves the adhesion of the solid surface.
B , cross-linking effect: activation key energy
The energy of the particles in the plasma is between 0 and 20 eV, and most of the bonds in the polymer are between 0 and 10 eV. Therefore, after the plasma acts on the solid surface, the original chemical bonds on the solid surface can be broken. Free radicals form a network of crosslinked structures with these bonds, greatly activating surface activity.
C , chemical action : formation of new functional groups
If a reactive gas is introduced into the discharge gas, a new functional group such as a hydrocarbon group, an amino group, a carboxyl group or the like is introduced, and a complicated chemical reaction occurs on the surface of the activated material, and these functional groups are active groups, which significantly improve the surface activity of the material.

Technical Parameters

Name	Spray type AP plasma surface treatment system
Model (Model)	DSX-APO-RP1020D
Power Supply	220V/AC, 50/60Hz
Power (Power)	800W/25KHz
Processing Height	5-15mm
Processing Width	20-80mm (Option)
Internal Control Mode	digital control
External Control Mode	RS232 digital communication port, analog control port
Working Gas	Compressed Air (0.4Mpa)
Nozzle specification	95mm long, 45mm in diameter
Nozzle size (without nozzle part)	180*85*55  length, width and height
Host controller size	500*185*170mm length, width and height
Controller weight	4kg
Nozzle weight 3.7	Kg

product advantages
1. Low temperature: close to normal temperature, especially suitable for polymer materials, longer storage time and higher surface tension than corona and flame methods.
2. Strong function: only involves the shallow surface of polymer material ( 10 -1000A  ), which can give it one or more new functions while maintaining its own characteristics;
3. Low cost: The device is simple, easy to operate and maintain, and can be operated continuously. Usually, several bottles of gas can replace thousands of kilograms of cleaning fluid , so the cleaning cost will be much lower than the wet cleaning.
4. Full process controllable process: All parameters can be set by PLC and data recording for quality control.
5. Processing geometry is unlimited: large or small, simple or complex, parts or textiles can be processed.
6. The cleaning object is dried after plasma cleaning and can be sent to the next process without drying. Can improve the processing efficiency of the entire process line;
7. Plasma cleaning allows users to stay away from harmful solvents and harm the human body. It also avoids the problem of easy cleaning and cleaning of objects in wet cleaning.
8. Avoid the use of ODS harmful solvents such as trichloroethane , so that no harmful pollutants will be produced after cleaning. Therefore, this cleaning method is an environmentally friendly green cleaning method. This is becoming more and more important when the world is highly concerned about environmental protection;
9. A plasma generated at a high frequency in the range of radio waves. Unlike direct light such as laser light, the directionality of the plasma is not strong, which allows it to go deep into the micro-holes and recesses of the object to complete the cleaning task, so there is no need to think too much about the shape of the object being cleaned. Moreover, the cleaning effect on these difficult-to-clean parts is similar to or better than that of Freon cleaning;
10. Using plasma cleaning, the cleaning efficiency can be greatly improved. The entire cleaning process can be completed in a few minutes, so it has a high yield;
11. Plasma cleaning requires a controlled vacuum of approximately 100 Pa , which is easily achieved. Therefore, the equipment cost of such a device is not high, and the cleaning process does not require the use of a relatively expensive organic solvent, which makes the overall cost lower than the conventional wet cleaning process;
12. The use of plasma cleaning avoids the treatment of transportation, storage and discharge of the cleaning solution, so the production site can be easily kept clean and hygienic;
13. Plasma cleaning can handle a variety of materials, whether it is metal, semiconductor, oxide, or polymer materials (such as polypropylene, polyvinyl chloride, polytetrafluoroethylene, polyacyl). All polymers such as imines, polyesters, and epoxy resins can be treated using plasma. Therefore, it is particularly suitable for materials that are not heat resistant and solvent resistant. Moreover, it is also possible to selectively clean the whole, partial or complex structure of the material;
14. The surface properties of the material itself can be improved while cleaning and decontaminating are completed. Such as improving the wetting properties of the surface, improving the adhesion of the film, etc., is very important in many applications.
15. The cleaning object is dried after plasma cleaning, and can be sent to the next process without drying. Can improve the processing efficiency of the entire process line;


Function :
Plasmas include atoms, molecules, ions, electrons, reactive groups, excited atoms, activated molecules, and free radicals. These particles have high energy and activity, and their energy is sufficient to destroy almost all chemical bonds on any exposed surface. When a chemical reaction is caused and some chemical bonds are opened, a highly active substance such as an oxygen atom is bonded, so that the hydrophilicity of the surface of the material is greatly improved, and a new chemical reaction is formed on the organic macromolecule such as oil on the surface of the material to form a gaseous small molecule. For example, carbon dioxide, water vapor and other gaseous substances are emitted in the air to achieve molecular level cleaning of the surface of the material.

Application :
1> Mainly used in the electronic industry, mobile phone shell printing, coating, dispensing and other pre-treatment, surface treatment of mobile phone screen
2> Aerospace electrical connector surface cleaning for defense industry
3> Screen printing and transfer pre-processing in the general industry

In the rubber and plastics industry, the rubber and plastics industry, the electronics industry, the defense industry, the medical industry, the textile fiber industry.  

Surface Treatment Plasma System

APO-RP1020D Plasma System Atmospheric Pressure Plasma Surface Treatment Machine

APO-RP1020D Plasma System Atmospheric Pressure Plasma Surface Treatment Machine is mainly used in the front processing of mobile phone case printing, coating and dispensing, as well as the surface treatment of mobile phone screen.

Parameters :
1.Name：spray type AP plasma surface treatment system
2.Model：DSX-APO-RP1020D
3.Power Supply：220V/AC ,50/60Hz
4.Power：800W/25KHz
5.Processing Height：5-15mm
6.Processing Width：20-80mm（Option）
7.Internal Control Mode：digital control
8.External Control Mode：RS232digital communication port, analog control port
9.Work Gas：Compressed Air (0.4Mpa)

Typical Applications :
1.It is mainly used in the front processing of mobile phone case printing, coating and dispensing, as well as the surface treatment of mobile phone screen.
2.Surface cleaning of aerospace electrical connectors in the national defense industry.
3.General industry screen printing, transfer printing pre-processing.

Product Introduction :
1.Various types of nozzles can be selected and used in different occasions to meet different products and treatment environments.
2.The equipment is compact in size, convenient to carry and move, saving space for customers to use.
3.Can be in-line installed in customer equipment production line, reduce customer input cost.
4.Long service life, low maintenance cost, easy to control customer cost.

Plasma >> Surface Determination >> Contact Angle Measurement Method

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Features of PG-X portable contact Angle measuring instrument :
Not test samples are required
Rapid determination of
Automatic determination of
Comprehensive operating software
Simple USB connection (no power required)
Provide software update

The PG-X portable contact Angle meter is a small instrument used to measure contact angles on various surfaces such as a desk, roof or bumper, glass bottles or metal cans.The results of the measurements can be used to evaluate and control various parameters, such as wettability (printing, painting or coating), adhesion ability (coating), or surface contamination (ultra-fine cleaning).

PG-X does not need to prepare samples for automatic testing.Simply place the device on the surface of the object you want to test and press the button. The internal pump will drop a small drop of water on the test surface that has been accurately measured. The built-in camera captures the movement of the droplets and then reads the test results, such as static contact Angle, dynamic contact Angle and penetration.

Plasma Technology >> Surface Determination >> Portable Contact Angle Measuring Instrument


Technical Features of MSA :
Fully automatic measurement can be completed by pressing a button
High efficiency and stability is comparable to laboratory equipment
Ideal surface energy quality control instrument with movable and nondestructive surface energy
Connect the device and power it through a USB port
Can measure vertical surface, surface and bottom surface

The portable contact Angle measuring instrument MSA measures the wettability of the water contact Angle measuring surface by measuring the water contact Angle automatically. The contact Angle may provide specific surface energy parameters required for downstream processes, such as free surface energy and wettability (important indices for printing, spraying and coating) or adhesion capability. In addition, MSA can reliably display surface polarity, such as the effect of Openair plasma treatment.

MSA USES two test fluids to determine surface energy on a solid surface: a polar liquid (usually water) and a non-polar liquid (usually diiodoform).

After pressing the button, MSA releases two test liquids automatically and accurately, measures each contact Angle at the same time, and calculates free surface energy instantly.The machine is not in contact with the measured surface during the test, which avoids causing surface damage or pollution to the test samples.