Futansi UVLED Area Curing Systems can be used for UV glue, ink, varnish, paint, coating and other photosensitive materials curing role, so that its surface glossy and bright, with good weather resistance, water resistance, friction resistance, acid and alkali resistance and other high-intensity protection role. led uv light source application areas are wide, suitable for ink printing, industrial products fixed, specific applications can be referred to the following:

1、optical communication industry
active devices, passive device packaging, optical fiber optical cable coating curing bonding;

2、photovoltaic new energy
photovoltaic chips, lithium battery module curing;

3、semiconductor materials
wafer chips, uv film debonding;

4、medical devices
medical catheters, syringes, endoscopes, infusion tubes and other medical devices sealing;

5、3C electronics
mobile phone parts, digital camera accessories, motor components, semiconductor chips, sensors, encoders, etc.;

6、PCB circuit board
electronic components fixed, core circuit potting, chip protection, antioxidant coating protection;

7、optical parts
lens modules, optical lenses, infrared night vision assembly bonding;

8、liquid crystal display
surface edge encapsulation.

9、laboratory materials
polymer chemistry, semiconductor materials light curing;

10、ink printing
screen printing label printing.

1、Imported LED lamp beads
Advantages such as high energy, strong light and long service life;

2、Single-band LED ultraviolet light source
common wavelengths of 365nm, 385nm, 395nm, 405nm, no thermal radiation;

3, UVLED curing light source without heat radiation
Using high power LED lamp beads, emitting 365/385/395/405nm single-band UV light source, no infrared wavelength, the irradiated substrate surface temperature rise of no more than 5 ℃, no thermal radiation damage to the substrate surface, suitable for heat-sensitive material surface drying;

4、Multi-channel working mode
Standard with a UVLED light source equipment, according to the actual use of the situation, choose 1-4 irradiation head alone or synchronous work, no need to repeat the purchase of light source equipment, effective cost savings;

5、Low power consumption
Through the led chip for electrical energy & mdash; & mdash; light energy conversion, less energy loss, low power consumption, about one tenth of the traditional UV mercury lamp, can save a lot of electricity consumption each year;

6、Clean and environmental protection without pollution
Does not contain mercury metal harmful substances, does not produce ozone when used, belongs to a clean and environmentally friendly energy;

7, small size, small footprint
UVLED curing machine covers an area far less than the traditional UV mercury lamp lamp, can be customized shape size and irradiation area, the average size of about 1/10 of the UV lamp type, light weight, small physical strength, suitable for use in different working environments;;

8、Long service life
UVLED emits ultraviolet light source through LED lamp beads, its use time is more than 20,000h on average, compared to the traditional UV mercury lamp service life (average use time is about 800h) is much longer, can instantly light up/off led ultraviolet light source, not affected by switch closure;

Futansi UV curing ovens can be used for UV glue, ink, varnish, paint, coating and other photosensitive materials curing role, so that its surface glossy and bright, with good weather resistance, water resistance, friction resistance, acid and alkali resistance and other high-intensity protection role. UV curing LED oven chamber application areas are wide, suitable for ink printing, industrial products fixed, specific applications can be referred to the following:

1. Laboratory Research:
   • LED UV curing chambers are commonly used in research and development laboratories for testing and optimizing UV-curable materials.
2. Prototype Development:
   • Ideal for curing small quantities of prototypes or samples before scaling up to larger production processes.
3. Electronic Component Curing:
   • Used in the electronics industry for curing adhesives, coatings, and encapsulants on small electronic components.
4. Dental Applications:
   • Applied in dental laboratories for curing UV-sensitive dental resins used in the creation of dental prosthetics and restorations.
5. Crafts and Hobbies:
   • Suitable for hobbyists and artisans working on small-scale projects that require precision curing.
6. Medical Device Manufacturing:
   • Applied in the production of small medical devices that require UV curing of adhesives or coatings.
7. Educational Settings:
   • Used in educational institutions for teaching and demonstrating UV curing principles in a controlled environment.

1. One-piece structure:
   • One-piece structure LED UV curing ovens are designed to be small and portable, making them suitable for laboratory settings, research and development, or applications with limited space.
2. LED Light Sources:
   • Equipped with high-intensity LED lamps that emit UV light in the UVA spectrum (typically around 365 nm, 385 nm, or 405 nm).
   • LED technology provides instant on/off capabilities, allowing for precise control over the curing process.
   • Longer Lifespan:
   • LEDs have a longer operational life, typically lasting tens of thousands of hours, which reduces maintenance costs and downtime.
   • Instant On/Off Capability:
   • UV LEDs can be turned on and off instantly without the need for warm-up or cool-down periods, increasing production efficiency and flexibility.
3. Adjustable Intensity and Exposure Time:
   • Many UV curing ovens come with adjustable settings for UV intensity and exposure time.
   • Users can tailor the curing parameters to the specific requirements of the materials being cured.
4. Uniform Curing:
   • Designed to provide uniform UV light distribution across the curing chamber, ensuring consistent curing results.
5. Controlled Environment:
   • UV curing chamber may offer features for controlling temperature and humidity, providing an environment conducive to optimal curing conditions.
6. User-Friendly Interface:
   • Equipped with a user-friendly control panel or interface for easy operation.
   • May include digital displays for monitoring curing parameters.
7. Safety Features:
   • Built-in safety features such as interlocks and shielding to protect users from UV exposure.
   • Complies with safety standards to ensure secure operation.

In summary, UV LED curing ovens provide a modern and efficient solution for various industries requiring precise and reliable curing processes.

LED UV curing systems can be used for UV glue, ink, varnish, paint, coating, and other photosensitive materials. LED curing systems application areas are wide, suitable for ink printing, industrial products fixed, specific applications can be referred to the following:

1、optical communication industry
active devices, passive device packaging, optical fiber optical cable coating curing bonding;

2、photovoltaic new energy
photovoltaic chips, lithium battery module curing;

3、semiconductor materials
wafer chips, uv film debonding;

4、medical devices
medical catheters, syringes, endoscopes, infusion tubes and other medical devices sealing;

5、3C electronics
mobile phone parts, digital camera accessories, motor components, semiconductor chips, sensors, encoders, etc.;

6、PCB circuit board
electronic components fixed, core circuit potting, chip protection, antioxidant coating protection;

7、optical parts
lens modules, optical lenses, infrared night vision assembly bonding;

8、liquid crystal display
surface edge encapsulation.

9、laboratory materials
polymer chemistry, semiconductor materials light curing;

10、ink printing
screen printing label printing.

1、Multi-channel working mode
Standard with a LED light sources, according to the actual use of the situation, choose 1-4 irradiation heads alone or synchronous work, no need to purchase so many controller, effective cost savings;

2、Low power consumption
LED UV curing systems through the led chip for electrical energy; light energy conversion, less energy loss, low power consumption, can save a lot of electricity consumption each year;

3、Clean and environmental protection without pollution
LED curing systems does not contain mercury metal harmful substances, does not produce ozone when used, belongs to a clean and environmentally friendly energy;

4, Compact size
LED UV curing systems is compact in siza, can be customized shape and irradiation area, suitable for use in different working environments;

5、Long service life
LED UV curing systems emits ultraviolet light source through LED lamp, its life time is more than 20,000h on average, can instantly light up/off led ultraviolet light source, not affected by switch closure;

6、High intensity irradiation
irradiation intensity range from 500mw/cm2 ~ 20,000mw/cm2

7、Remote control/interface
Extra RS232/485 for any serial accessory control/interface

1. Appearance Patent: Unique appearance design to enhance product image and market competitiveness.
2. Technical patents: a number of UV curing technology patents, to ensure the leading position of technology.
3. Software patent: self-developed control software, providing intelligent operation experience.

Choose UV LED crosslinker EV cable curing oven to infuse your EV cable production with efficient and stable curing solutions. We are committed to providing innovative, environmentally friendly and efficient products, and working with you to promote the green development of the EV industry.
Customer Cases: We have many successful cases, customers all over the world, covering a variety of industries.

1. Coating and Adhesive Curing The primary application of UV conveyors with LED light sources in PCB manufacturing is the curing of coatings and adhesives. Whether it’s solder mask coatings or adhesive bonding, the precise wavelength control of LEDs ensures thorough and efficient curing, leading to durable and reliable PCBs.
2. In-Line Production Integration UV conveyors seamlessly integrate into the in-line production process, allowing for continuous and automated curing of PCBs. The conveyor system ensures a smooth and consistent workflow, reducing production time and increasing overall output.

Technological innovation: UV LED curing technology continues to progress, bringing more efficient and environmentally friendly solutions to the industry.
Market Trend: With the improvement of environmental awareness, UV conveyor is gradually replacing the traditional mercury lamp curing equipment.
Customer Cases: We have many successful cases, customers all over the world, covering a variety of industries.

Futansi UV curing spot light is mainly used for UV adhesive, UV ink, UV varnish, UV paint, UV coating and other light-sensitive materials curing role, so that its surface glossy and bright, with good weather resistance, waterproof, friction resistance, acid and alkali resistance and other high-strength protection role. UV led light source application areas are wide, mostly used in ink printing, industrial products fixed, specific applications can refer to the following:

Industrial Manufacturing: UV spot curing system are widely used for curing, bonding and surface treatment in industrial manufacturing processes. For example, in the process of encapsulation and protection of electronic components, led spot curing system can quickly cure the glue, improve production efficiency and product quality.

Printing industry: UV spot curing system is widely used in the printing industry, especially in the curing process of UV ink. It can provide high-quality printing effect and fast drying, suitable for high-speed printing.

Medical field: In the medical field, UV spot curing system is used for disinfection and sterilisation. It can effectively kill bacteria and viruses and provide a sterile environment. In addition, UV spot curing system is also used in phototherapy and dermatological treatment, with significant therapeutic effects.

Scientific research experiment: In scientific research experiments, UV spot curing system is used for photochemical reaction and spectral analysis. It can provide a stable UV light source to ensure the accuracy and repeatability of the experimental results.

Water treatment: UV spot curing system is used for sterilisation and disinfection in water treatment process. It can effectively remove bacteria and viruses in water and provide safe drinking water.

Energy efficient: UV LED spot curing system are several times more energy efficient than traditional mercury lamps, producing high intensity UV light at lower power consumption. This not only reduces energy consumption, but also reduces operating costs.

Environmentally friendly and non-polluting: UV spot systems does not contain mercury and other harmful substances, and will not produce harmful gases and wastewater, in line with environmental requirements. In addition, the disposal of UV curing systems is easier and safer.

Long life: LED spot curing light’s service life is usually more than tens of thousands of hours, far more than traditional mercury lamps. This reduces replacement frequency and maintenance costs, and improves equipment reliability and stability.

Fast start-up: UV spot cure systems are able to reach full power output instantly without warm-up time. This is especially important for applications that require a quick response, such as industrial production lines and medical equipment.

Precise control: The output intensity and wavelength of UV spot curing systems can be precisely adjusted by electronic control to suit different application requirements. This flexibility allows it to excel in a variety of complex applications.

UV curing ovens are widely used in the following fields:

Electronics manufacturing: UV curing oven is widely used in the encapsulation and protection of electronic components. It can quickly cure electronic glue to ensure the stability and reliability of components.

Printing industry: UV curing technology is widely used in the printing industry, especially in the curing process of UV ink. It provides high-quality printing results and dries quickly, making it suitable for high-speed printing.

Automotive Manufacturing: In the automotive manufacturing process, UV curing ovens are used for painting and bonding of lamps, interior parts and other components. It can provide high strength bonding effect and good weather resistance.

Medical Devices: UV curing ovens are used for bonding and coating processes in the manufacturing of medical devices. It provides a sterile, non-toxic cure that meets the stringent requirements of medical devices.

Advantages of UV curing oven
Energy efficient: UV curing ovens cure very quickly, usually only a few seconds to a few minutes to complete the curing process. This greatly reduces the production cycle and improves productivity. In addition, the energy consumption of UV curing oven is relatively low, energy saving effect is remarkable.

Environmentally friendly and non-polluting: UV curing technology does not require the use of solvents, and therefore does not produce harmful gases and wastewater, in line with environmental requirements. This is especially important for those industries that have strict requirements for environmental protection.

High-quality curing: UV curing oven can provide uniform UV irradiation to ensure the consistency of curing effect. The cured products have excellent physical properties such as high hardness, high abrasion resistance and good adhesion.

Flexible: UV curing oven can adapt to different production needs, whether it is small batch production or large-scale production, can be flexible to cope with. In addition, the UV curing oven can be adjusted to different materials and process requirements, with strong adaptability.

LED- This UV LED irradiation unit is available with a selection of multiple wavelengths for large-area, high-intensity and highly uniform irradiation.
– Proprietary installed lens minimizes the illuminance loss due to increased irradiation distance.
Proper irradiation is possible without fine adjustment for workpieces having varying thickness.
– Our lineup includes 58, 116, and 232standard sizes
・Multiple mixed wavelength type designs are also available.

1、Multi-channel working mode
Standard with a LED light sources, according to the actual use of the situation, choose 1-4 irradiation heads alone or synchronous work, no need to purchase so many controller, effective cost savings;

2、Low power consumption
LED UV curing systems through the led chip for electrical energy; light energy conversion, less energy loss, low power consumption, can save a lot of electricity consumption each year;

3、Clean and environmental protection without pollution
LED curing systems does not contain mercury metal harmful substances, does not produce ozone when used, belongs to a clean and environmentally friendly energy;

4, Compact size
LED UV curing systems is compact in siza, can be customized shape and irradiation area, suitable for use in different working environments;

5、Long service life
LED UV curing systems emits ultraviolet light source through LED lamp, its life time is more than 20,000h on average, can instantly light up/off led ultraviolet light source, not affected by switch closure;

6、High intensity irradiation
irradiation intensity range from 500mw/cm2 ~ 20,000mw/cm2

7、Remote control/interface
Extra RS232/485 for any serial accessory control/interface

The alignment system speed is fast, has the highest precision in the same kind of equipments,

good repeatability and high stability.

Easy to controlled, all the work steps could finished in the same platform.

The modular system structure, easy to maintained.

Use high power UV LED curing system of high-power chip, could shorted the curing time.

Has silicon optical wave coupling, AWG、WDM、optical slitter, alignment device, special fiber and so on related optical coupling.

According to customer’s requirement, offer different coupling solutions.

A fiber coupling system typically includes several key components to ensure efficient and precise alignment and transmission of light between optical fibers and other devices. These components include:

1. Precision Positioning stages: Dual Axis Positioning Stage, 6 axes manipulator also be refer to as 6-Axis Fiber Alignment Stages,6-axis stages.
2. Connectors: These join optical fibers together and can include various types such as SC, LC, FC, ST, and MTP/MPO connectors. custom clamps are avialble.
3. Ferrules: Precision sleeves that align the fiber ends within the connectors.
4. Alignment Sleeves: Cylindrical devices used to precisely align two fiber ends within a connector.
5. Couplers and Splitters: Devices that divide or combine optical signals, including Y-couplers, star couplers, and optical splitters.
6. Adapters: Used to join two connectors and ensure proper alignment and connection of fibers.
7. Optical Isolators: Components that prevent reflected light from traveling back through the system, protecting the laser source.
8. Waveguides: Structures that guide light from one point to another, often used in integrated optical circuits.
9. Wavelength Division Multiplexers (WDMs): Devices that combine or separate multiple wavelengths of light for transmission over a single fiber.
10. Alignment Devices: Tools and systems used for the precise alignment of fibers, including manual and automated alignment systems.
11. V-Grooves and Array Blocks: Structures used to align multiple fibers in parallel for connection to planar waveguides or other multi-fiber components.
12. Lens Systems: Including GRIN (graded-index) lenses and collimating lenses, these are used to focus and direct light into and out of fibers.
13. Splicing Equipment: Tools for fusing fibers together, including fusion splicers and mechanical splices.
14. UV LED curing systems: Used in curing adhesives that secure fibers and components in place.
15. Polishing Machines: Used to smooth and prepare fiber ends to ensure optimal signal transmission.
16. Silicon Optical Bench: A platform for integrating optical components with high precision.
17. Thermal Management Components: Elements such as heat sinks and temperature control systems to manage the thermal environment of the coupling system.

Each of these components plays a crucial role in ensuring the efficient, reliable, and precise coupling of optical fibers within the network.

Futansi UV curing ovens can be used for UV glue, ink, varnish, paint, coating and other photosensitive materials curing role, so that its surface glossy and bright, with good weather resistance, water resistance, friction resistance, acid and alkali resistance and other high-intensity protection role. UV curing LED oven chamber application areas are wide, suitable for ink printing, industrial products fixed, specific applications can be referred to the following:

1. Laboratory Research:
   • LED UV curing chambers are commonly used in research and development laboratories for testing and optimizing UV-curable materials.
2. Prototype Development:
   • Ideal for curing small quantities of prototypes or samples before scaling up to larger production processes.
3. Electronic Component Curing:
   • Used in the electronics industry for curing adhesives, coatings, and encapsulants on small electronic components.
4. Dental Applications:
   • Applied in dental laboratories for curing UV-sensitive dental resins used in the creation of dental prosthetics and restorations.
5. Crafts and Hobbies:
   • Suitable for hobbyists and artisans working on small-scale projects that require precision curing.
6. Medical Device Manufacturing:
   • Applied in the production of small medical devices that require UV curing of adhesives or coatings.
7. Educational Settings:
   • Used in educational institutions for teaching and demonstrating UV curing principles in a controlled environment.

1. One-piece structure:
   • One-piece structure LED UV curing ovens are designed to be small and portable, making them suitable for laboratory settings, research and development, or applications with limited space.
2. LED Light Sources:
   • Equipped with high-intensity LED lamps that emit UV light in the UVA spectrum (typically around 365 nm, 385 nm, or 405 nm).
   • LED technology provides instant on/off capabilities, allowing for precise control over the curing process.
   • Longer Lifespan:
   • LEDs have a longer operational life, typically lasting tens of thousands of hours, which reduces maintenance costs and downtime.
   • Instant On/Off Capability:
   • UV LEDs can be turned on and off instantly without the need for warm-up or cool-down periods, increasing production efficiency and flexibility.
3. Adjustable Intensity and Exposure Time:
   • Many UV curing ovens come with adjustable settings for UV intensity and exposure time.
   • Users can tailor the curing parameters to the specific requirements of the materials being cured.
4. Uniform Curing:
   • Designed to provide uniform UV light distribution across the curing chamber, ensuring consistent curing results.
5. Controlled Environment:
   • UV curing chamber may offer features for controlling temperature and humidity, providing an environment conducive to optimal curing conditions.
6. User-Friendly Interface:
   • Equipped with a user-friendly control panel or interface for easy operation.
   • May include digital displays for monitoring curing parameters.
7. Safety Features:
   • Built-in safety features such as interlocks and shielding to protect users from UV exposure.
   • Complies with safety standards to ensure secure operation.

In summary, UV LED curing ovens provide a modern and efficient solution for various industries requiring precise and reliable curing processes.