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.

Fiber Alignment Solutions

The alignment system operates at a high speed with precision, excellent repeatability, and stability. It is easy to control, with all work steps completed on the same platform. Its modular structure ensures easy maintenance. The system uses an imported UV light source with a high-power chip, reducing exposure time. It features silicon optical wave coupling, AWG, WDM, optical splitters, alignment devices, special fibers, and other related optical coupling components. Custom solutions can be provided based on customer requirements.

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. Optical Fibers: The core element of the system, used for transmitting light signals.
2. Connectors: These join optical fibers together and can include various types such as SC, LC, FC, ST, and MTP/MPO connectors.
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.

LED UV curing systems find applications in various industries such as electronics, medical devices, automotive, aerospace, and optics. They are used for bonding, sealing, encapsulating, coating, and marking of components.specific applications can refer 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.

Energy Efficiency: LED UV curing systems consume less energy compared to traditional UV lamps, resulting in lower operating costs.
Instant On/Off: LED UV lights can be switched on and off instantly, eliminating warm-up times and improving process efficiency.
Longevity: LED UV curing systems have a longer lifespan than traditional UV lamps, reducing maintenance costs and downtime.
Environmental Friendly: LED UV curing systems typically produce less heat and do not contain mercury, making them environmentally friendly.
Control and Monitoring: Futansi’ LED UV curing systems come with features for precise control and monitoring of curing parameters such as intensity, exposure time. This ensures consistent and reliable curing results.
Customization: These UV curing systems can be customized to meet specific application requirements, including different wavelengths for curing different types of materials and formulations.
Safety Considerations: While LED UV systems are generally safer than traditional UV lamps, proper safety precautions should still be observed, such as wearing appropriate personal protective equipment (PPE) and ensuring adequate ventilation in the workspace.

Overall, LED UV curing systems offer a modern, efficient, and versatile solution for various curing applications across industries, contributing to improved product quality and manufacturing efficiency.

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. 365nm UV Spot Curing Systems application areas are wide, mostly used in ink printing, industrial products fixed, specific applications can refer to the following:

1、Printing Industry: UV LED Curing are commonly used in the printing industry for curing UV-curable inks on materials such as paper, plastic, and metal.

2、Electronics Manufacturing: LED UV curing is employed for curing adhesives and encapsulants in the assembly of electronic components.

3、Medical Device Manufacturing: In the production of medical devices, LED UV curing systems are used for bonding, sealing, and coating applications.

4、Automotive Industry: LED Curing Solutions is utilized for curing coatings and adhesives in automotive manufacturing processes, such as bonding windshields and assembling interior components.

5、Coatings and Finishing: They are used for curing UV coatings on surfaces like wood, glass, and metal for protection or aesthetic enhancement.

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

2、Single-wavelength LED ultraviolet light source
UV curing common output of 365nm, 385nm, 395nm, 405nm, no thermal radiation;

3、 LED UV curing light with low heat radiation
LED UV curing system using high power LED beads, emitting 365/385/395/405/470/525nm single-output 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 four-head UV Spot Systems, according to the actual use of the situation, choose 1-4 irradiation heads alone or synchronous work, effective costly;

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

6、Clean and environmental protection without pollution
UV LED curing machine 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
LED Spot Curing 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 light type, light weight, small physical strength, suitable for use in different working environments;;

8、Long service life
LED UV curing through LED 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 LED spot curing system is mainly used for UV adhesive, UV ink, UV varnish, UV paint, UV coating and other light-sensitive materials curing role, so its surface glossy and bright, with good weather resistance, waterproof, friction resistance, acid and alkali resistance and other high-strength protection role. UV curing spot light application areas are wide, mostly used in glue curing, ink printing, industrial products fixed, specific applications can refer 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、High quality LED beads
Advantages such as high energy, strong light and long service life;

2、Single-wavelength LED ultraviolet light source
UV Spot Systems common output of 365nm, 365HP, 385nm, 395nm, 405nm, low thermal radiation;

3, UV LED Curing without heat radiation
365nm UV LED spot light using high power LED beads, emitting 365/385/395/405nm single-wavelength 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 Spot UV irradiation systems, according to the actual use of the situation, choose 1-8 irradiation head alone or synchronous work, it’s cost effective;

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

6、Clean and environmental protection without pollution
UVA high powered LED spot cure system 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
UV light-curing equipment cover 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
LED curing solutions through LED 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 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:

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 beads
Advantages of UV LED spotlights such as high energy, strong light and long service life;

2、Single-wavelength LED ultraviolet light source
UV LED spot curing system common output of 365nm, 385nm, 395nm, 405nm, no thermal radiation;

3, UVLED curing light source without heat radiation
led spot curing system using high power LED 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 four channel spot curing system, 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; light energy conversion, less energy loss, low power consumption, about one tenth of the traditional UV mercury lamp, LED spot type UV curing systems can save a lot of electricity consumption each year;

6、Clean and environmental protection without pollution
UV LED spot curing 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
UV curing spot light cover 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 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 spot curing system is mainly used for UV glue, ink, varnish, paint, 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 curing spot light application areas are wide, mostly used in ink printing, industrial products fixed, specific applications can refer 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、LED lamp beads
LED Spot UV Curing Systems has the 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, UV LED Spot Curing System without heat radiation
LED spot curing system from Futansi 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
UV-LED Spot Curing System from Futansi, 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
UVLED spot curing system through the led chip for electrical energy; 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
UV curing spot light from Futansi 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;

525nm green light LED spotlight UV system utilizes the specific wavelength of green light emitted by LED spotlights to interact with ultraviolet (UV) radiation. This unique combination of green light and UV radiation offers a range of benefits and applications in various industries.

In the medical field, the 525nm green light LED spotlight UV system can be used for the sterilization and disinfection of surgical instruments and hospital rooms. The green light penetrates deeply into surfaces, while the UV radiation destroys harmful microorganisms, ensuring a clean and safe environment for patients and medical staff.

In the agricultural sector, this UV system can be employed to promote plant growth and enhance photosynthesis. The green light stimulates chlorophyll production in plants, while the UV radiation activates specific plant hormones that enhance plant health and productivity. This technology can be used in greenhouses or outdoor fields to improve crop yields and quality.

Moreover, the 525nm green light LED spotlight UV system finds applications in the art and conservation fields. Green light is known to enhance certain pigments in artworks, making them more visible and vibrant. UV radiation, on the other hand, can be used to detect and identify hidden details or signatures on artworks, assisting conservators in their restoration efforts.

Additionally, this UV system can be used in forensic science to illuminate and enhance latent fingerprints or other forensic evidence. The green light helps to bring out fine details, while the UV radiation reacts with certain substances, making them visible to the naked eye.

In conclusion, the 525nm green light LED spotlight UV system offers a unique combination of green light and UV radiation, providing numerous benefits and applications across different industries. Its ability to penetrate surfaces, stimulate growth, enhance visibility, and destroy microorganisms makes it a valuable tool in various fields, including medical, agricultural, artistic, conservation, and forensic sciences.

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

2、Single-wavelength LED ultraviolet light source
UV LED spot curing system common output of 365nm, 385nm, 395nm, 405nm, no thermal radiation;

3, UVLED curing light source without heat radiation
led spot curing system using high power LED 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 four channel spot curing system, 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; light energy conversion, less energy loss, low power consumption, about one tenth of the traditional UV mercury lamp, LED spot type UV curing systems can save a lot of electricity consumption each year;

6、Clean and environmental protection without pollution
UV LED spot curing 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
UV curing spot light cover 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 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;

Aluminum Stages

Our Precision Six Axis Manual Stages and Slides are constructed from aluminum, a cost-effective, lightweight material resistant to cold flow or creep with a good stiffness-to-weight ratio. Aluminum stages can be used for a wide variety of experiments and are well suited for general laboratory applications. These manual aluminum stages are offered in a wide variety of sizes and travel ranges to suit your application.

1. Microelectronics and Semiconductor Manufacturing: In the microelectronics industry, where miniaturization is a key focus, precision is crucial. Six-axis manual stages find application in tasks such as aligning semiconductor wafers, positioning probes for testing, and manipulating delicate components during the manufacturing and assembly processes. Their ability to offer precise control in all six degrees of freedom is instrumental in ensuring the accuracy demanded by the semiconductor industry.

2. Optics and Photonics: Precision is the essence of optical systems, and six-axis manual stages play a vital role in aligning optical components such as lenses, mirrors, and laser systems. These stages enable engineers and researchers to fine-tune the alignment of optical elements in experimental setups, testing environments, and manufacturing processes. The versatility of six-axis stages is particularly advantageous in the development of complex optical systems.

3. Medical Device Manufacturing: In the production of medical devices, especially those involving intricate components or precision optics, six-axis manual stages are employed for tasks such as aligning lenses in imaging devices, positioning sensors, or adjusting the alignment of components in surgical instruments. The precise control offered by these stages ensures the reliability and accuracy of medical devices used in diagnostics and treatments.

4. Aerospace and Defense: The aerospace and defense industries leverage six-axis manual stages for tasks ranging from aligning components in satellite systems to testing and calibrating optical instruments on aircraft. The stages play a critical role in the manufacturing, assembly, and maintenance of aerospace systems where accuracy is paramount for optimal performance.

5. Research and Development: In research laboratories across various disciplines, precision six-axis manual stages are indispensable tools. Researchers use these stages to manipulate and position components in experiments related to physics, materials science, and engineering. Their versatility allows for a wide range of applications, including microscopy, spectroscopy, and other advanced research techniques.

6. Automated Inspection Systems: In industries such as quality control and automated inspection, six-axis manual stages are integrated into systems for inspecting and testing manufactured products. These stages enable precise positioning of inspection tools, cameras, or sensors, contributing to the accuracy and efficiency of inspection processes.

7. Robotics and Automation: In robotics research and the development of robotic systems, six-axis manual stages are used to simulate and test the movement and control of robotic arms. Researchers can precisely position and orient components to validate control algorithms, test sensors, and optimize the performance of robotic systems.

Challenges and Considerations: While precision six-axis manual stages offer remarkable capabilities, their successful application requires consideration of factors such as load capacity, repeatability, and environmental conditions. Careful integration into specific workflows and systems is essential to maximize their effectiveness.

LED spot curing system is mainly used for UV glue, ink, varnish, paint, 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. LED spot curing light application areas are wide, mostly used in ink printing, industrial products fixed, specific applications can refer 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、LED lamp beads
LED Spot UV Curing Systems has the 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, UV LED Spot Curing System without heat radiation
LED spot curing system from Futansi 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
UV-LED Spot Curing System from Futansi, 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
UVLED spot curing system through the led chip for electrical energy; 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
UV curing spot light from Futansi 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;