Irradiation device - メーカー・企業60社の製品一覧とランキング | イプロス

更新日： 集計期間:Apr 08, 2026～May 05, 2026
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Irradiation deviceのメーカー・企業ランキング

更新日： 集計期間:Apr 08, 2026～May 05, 2026
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  1. AKO Kanagawa//Trading company/Wholesale
  2. コートテック Kanagawa//Building materials, supplies and fixtures manufacturers
  3. LASTHOPE Nagano//Building materials, supplies and fixtures manufacturers
  4. 4 岩崎電気株式会社 アイグラフィックス社 産業機器営業部 Osaka//others
  5. 5 ワイ・イー・ブイ Osaka//others
企業ランキングへ

Irradiation deviceの製品ランキング

更新日： 集計期間:Apr 08, 2026～May 05, 2026
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  1. Handheld UV Irradiation Device "Shidenkai (SDN1200-N)" AKO
  2. UV irradiation machine コートテック
  3. Handheld LED Light Source UXH-10GND LASTHOPE
  4. 4 UV irradiation device with nitrogen purge conveyor capable of UV irradiation under a nitrogen atmosphere. 岩崎電気株式会社 アイグラフィックス社 産業機器営業部
  5. 4 Handy UV Irradiation Device "Shiden" <Rental Only Device> AKO

Irradiation deviceの製品一覧

91～120 件を表示 ／ 全 164 件

表示件数
Ultraviolet LED system, ultraviolet spot irradiator

Ultraviolet LED system, ultraviolet spot irradiator

High brightness, cool operation LED spot curing system

SkyBeam is a high-brightness, cool-operation LED spotlight curing system widely used on benchtops and automated production lines. This system includes long-life light guides and can independently operate up to four light guides with various lens types. Weighing only 3.25 pounds, it features user-friendly exposure time control, activation via foot pedal, and a built-in power supply that does not require an external power adapter. ● Four irradiation channels: Four independent irradiation channels each provide an exposure timer ranging from 0 to 999.9 seconds and an output adjustment range of 10 to 100%. ● External control interface: The system can be remotely monitored and controlled using isolated logic signals from the rear panel terminals. ● Long-life flexible light guides: The UV LED light guide cables are 2 meters of flexible robot cables, having undergone over 10 million bending tests. Available wavelengths are 365, 385, 395, and 405 nm.

  • others
  • Irradiation device

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Antiviral suppression and sterilization UV irradiation device "UV-PRO 222"

Antiviral suppression and sterilization UV irradiation device "UV-PRO 222"

Achieve disinfection with UV light that considers people! Equipped with human mode and safety features with sensors.

The "UV-PRO 222" is a UV irradiation device for virus suppression and disinfection, equipped with the UV light source module "Care222(R)." It uses ultraviolet light that is safe for human environments by cutting out harmful wavelengths. Ultraviolet light at a wavelength of 222nm acts on and eliminates various viruses and bacteria that have DNA or RNA. Additionally, unlike chemical agents, it does not create resistant bacteria that have developed resistance to drugs. 【Features】 ■ Low biological permeability, UV light considerate of humans ■ Layout-free, can be wall-mounted ■ Cuts wavelengths above 230nm that can adversely affect humans ■ Equipped with safety features using proximity and human detection sensors ■ Can be mounted on a separately sold tripod *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Irradiation device

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UVA irradiation device

UVA irradiation device

It is an irradiation unit with a single to multiple UV LEDs, ideal for ultraviolet irradiation experiments, research, and UV curing.

UV-LED (UVB to UVA) is a small, compact, and high-output ultraviolet light source that is expected to become widely used for disinfection purposes in the future. In the face of the global spread of the COVID-19 virus, the importance of portable "disinfection deep ultraviolet LEDs" is increasing. Compared to alcohol disinfection, ultraviolet disinfection can sterilize the entire surface of complex-shaped objects simply by exposing them to light. Ultraviolet light in the UV-B range around 310nm is used in medical applications such as skin treatment and in preventing diseases in agricultural crops. Additionally, ultraviolet light in the UV-A range of 350 to 400nm is utilized for UV resin curing and processing, UV bonding, fast-drying printing and painting, and coatings.

  • LED light source/module
  • Measurement and Inspection
  • others
  • Irradiation device

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UVB irradiation device

UVB irradiation device

It is an irradiation unit with a single to multiple UV LEDs, ideal for ultraviolet irradiation experiments, research, and UV curing.

UV-LED (UVB to UVA) is a small, compact, and high-output ultraviolet light source that is expected to become widely used for disinfection purposes in the future. In the face of the global spread of the COVID-19 virus, the importance of portable "disinfection deep ultraviolet LEDs" is increasing. Compared to alcohol disinfection, ultraviolet disinfection can sterilize the entire surface of complex-shaped objects simply by exposing them to light. Ultraviolet light in the UV-B range around 310 nm is used in medical applications such as skin treatment and in preventing diseases in agricultural products. Additionally, ultraviolet light in the UV-A range of 350 to 400 nm is utilized for UV resin curing and processing, UV bonding, fast-drying printing and painting, and coatings.

  • LED light source/module
  • Measurement and Inspection
  • others
  • Irradiation device

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Fiber Optic Illumination "Fiber Optic Water Flowers"

Fiber Optic Illumination "Fiber Optic Water Flowers"

A fantastical illumination swaying in the wind and on the water's surface. It is energy-efficient and does not generate heat, making it safe to use around plants.

"Fiber Optic Water Flower" is an illumination inspired by the beautiful Sagarihana flowers floating on the water's surface. 【Features】 ■ A fantastical illumination that sways with the wind and water surface ■ Light reflects off the water surface, creating a magical atmosphere ■ More energy-efficient than typical illuminations ■ Safe for use with plantings *For more details, please download the PDF or feel free to contact us.

  • Special lighting
  • Lighting Planning
  • Irradiation device

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Bamboo Japanese-style illumination display

Bamboo Japanese-style illumination display

From narrow spaces to wide areas! Illuminations designed with the theme of harmony.

The "Bamboo Japanese-style Illumination Display" is a bamboo illumination designed with the themes of steam, waves, bubbles, and flowers. We welcome our customers with an illumination that evokes a sense of Japanese aesthetics. It can be freely arranged according to the application, from narrow spaces to wide areas, and it is economical as it uses LED lights that consume little power and have a long lifespan. 【Features】 ■ Bamboo illumination designed with the themes of steam, waves, bubbles, and flowers ■ Evokes a sense of Japanese aesthetics ■ Freely arrangeable according to application, from narrow spaces to wide areas ■ Full of emotional appeal ■ Uses LED lights that consume little power and have a long lifespan ■ Economical *For more details, please refer to the PDF document or feel free to contact us.

  • Lighting
  • Irradiation device

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[Example] Projection system performance: Exterior lighting illumination

[Example] Projection system performance: Exterior lighting illumination

A mysterious scene stops people in their tracks and piques their interest! A case study of sign lighting for eye-catching purposes.

We will introduce an example of a bridal projection event where symbolic light patterns, such as marks and bouquets, are projected onto the surface where people come and go using a gobo projector. These light patterns rotate and move back and forth, left and right. This mysterious sight stops people in their tracks and piques their interest. 【Example】 ■ Eye-catching sign lighting *For more details, please refer to the PDF document or feel free to contact us.

  • Lighting
  • Spatial Design
  • Irradiation device

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Light space of flowers using optical fibers.

Light space of flowers using optical fibers.

Delicate lights shine gracefully! Introducing illumination using optical fibers.

At Mew Co., Ltd., we provide lighting effects, illuminations, and performances using light, sound, and video. We would like to introduce a fiber optic illumination designed to float on water, inspired by water flowers. The light spreads radially like petals, reflecting off the water's surface in a mirror-like manner, gently swaying with the wind and water currents. The light changes in two colors, illuminating the entire water surface in full color. It is possible to create performances that change in expression through color, evoking a glamorous or fantastical atmosphere. [Examples] ■ Venue: Stores and commercial facilities ■ Illumination inspired by the flower called "sagari-hana" blooming on the water's surface ■ Slow color changes reflected on the water's surface ■ Emitting a mystical glow that sways gently *For more details, please refer to the PDF materials or feel free to contact us.

  • Lighting
  • Spatial Design
  • Irradiation device

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Fiber grassland

Fiber grassland

A shimmering fiber grassland swaying in the wind! Introducing examples of illuminations using optical fibers.

The "Fiber Prairie," which creates a scene of a soft light swaying in the wind over a grassland, features about 13,000 small and modest lights that sway with the vegetation, spreading across the area. The grassland made with fiber optics slowly changes from yellow to blue, and from blue to white, creating an illumination that keeps viewers engaged. Additionally, since the fiber optics do not generate heat, they do not damage the plants. The translucent and inconspicuous fibers allow for the enjoyment of the natural appearance of the vegetation during the day. A waterproof and heat-resistant box is used to install the light source. [Case Study] ■ Facility: Stores and commercial facilities ■ Gradation colors that change slowly ■ Fiber prairie that sways in the wind and sparkles fleetingly ■ Illumination that keeps viewers engaged *For more details, please refer to the PDF materials or feel free to contact us.

  • Lighting
  • Spatial Design
  • Irradiation device

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[Spatial Production Example] Fiber Optic Illumination [Fountain Underwater Lighting]

[Spatial Production Example] Fiber Optic Illumination [Fountain Underwater Lighting]

Introducing examples of spatial design using optical fiber illumination! Lighting fixtures that can be used near water features such as fountains.

Miyu Corporation provides lighting effects and illuminations, utilizing light, sound, and video. We would like to introduce examples of spatial design in stores and commercial facilities. The new illumination designed with fiber optics suitable for water features has specially curled fiber optics that hang in a spiral, emitting a beautiful glow, while randomly mixed crystal beads reflect light in a way that creates a fantastical, ice-like illumination. 【Examples】 ■ Facility: Stores and commercial facilities ■ Fiber optic illumination suitable for the water's edge of fountains ■ Fiber optics curled using a special technique ■ Spiral-shaped object mixed with random crystal pieces *For more details, please refer to the PDF document or feel free to contact us.

  • Lighting
  • Spatial Design
  • Irradiation device

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[Illumination Production Examples] Commercial Facilities and Event Venues

[Illumination Production Examples] Commercial Facilities and Event Venues

Introducing examples of illumination displays, including the station front rotary and wedding venues!

Miyu Corporation provides lighting effects and illuminations, utilizing light, sound, and video in our productions. We have examples of illumination projects at locations such as station front rotaries, large commercial facilities, and wedding venues. The industries of the companies we have worked with are truly diverse. We offer a comprehensive service from planning and proposal to construction and aftercare, tailored to each environment and scene. Please feel free to consult us about anything related to our productions. 【Examples】 ■ Illumination at station front rotary ■ Illumination at large commercial facilities ■ Garden illumination at wedding venues ■ Roadside illumination at wedding venues ■ Ceiling illumination at commercial facilities *For more details, please refer to the PDF materials or feel free to contact us.

  • Lighting
  • Spatial Design
  • Decoration and performance supplies
  • Irradiation device

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Automate your work with deburring robots! A detailed explanation of costs and benefits!

Automate your work with deburring robots! A detailed explanation of costs and benefits!

With FINESYSTEM, we provide comprehensive support from implementation to teaching for automation in deburring!

**Benefits of Automating Deburring** - Resolution of labor shortages and reduction of labor costs - Improvement of work efficiency - Stabilization and enhancement of quality - Reduction of risks of injuries and accidents **Q. What is the cost of introducing a deburring automation robot?** The cost of introducing a deburring automation robot is typically around 7 million yen. While this may seem like a significant expense at first glance, considering that one robot can handle the work of several operators, the cost-effectiveness of introducing automation robots becomes clear over the course of a year. Additionally, the costs associated with deburring work mainly consist of the following three items: - Labor costs - Tool/work equipment costs - Equipment introduction costs such as robots (machines) In manual work, it is said that the cost of deburring per part is approximately 25 yen. Furthermore, since the majority of the breakdown in manual work is comprised of "labor costs," if labor costs are significantly reduced through robotic deburring, even including equipment introduction costs, the cost per product can be reduced to about 5.9 yen, achieving a reduction of approximately 1/4 of the cost. For more details, please download the materials or contact us by mentioning "Ipros."

  • Dismantling equipment and parts
  • Irradiation device

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Tohoku Univ. Technology：Balancing solar power generation and agriculture：T16-212

Tohoku Univ. Technology：Balancing solar power generation and agriculture：T16-212

Meet yield standards for solar panel installation and contribute to prevention of natural disasters

　In line with the introduction and promotion of renewable energy, the use of agricultural land for solar power generation projects is permitted, but there is a requirement that the simple yield of agricultural land below which solar panels are installed must be at least 80% of the average in the same region in the same year. In order to achieve this, it is necessary to secure the amount of light to plants by spacing the panels, but there is a problem that the amount of electricity generated by these panels decreases. On the other hand, the installation of the panels reduces the amount of light to plants, which adversely affects the yield.　 　To solve these problems, the present invention provides a method for complementing the amount of light with an LED irradiator installed on the back side of the panels. The inventors completed and patented the present invention by obtaining detailed data on grass (Orchard glass, perennial ryegrass) growth and the amount of LED light. With the present invention, it is possible to secure the yield of agricultural products while contributing to the spread of solar power generation. 　On the other hand, in recent years, mountainous areas have been rapidly cleared and the installation of solar panels has been progressing, which is considered to be one of the causes of frequent natural disasters. By using the present invention, it is possible to install solar power generation facilities while maintaining farmland, which can contribute to the prevention of natural disasters.

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  • Irradiation device

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UV-LED irradiation device "LHPUV365/2501"

UV-LED irradiation device "LHPUV365/2501"

Low-cost entry model of UV-LED irradiation device now available!

We have developed an affordable and easy-to-handle product for customers considering the introduction of UV-LED irradiation devices.

  • Non-destructive testing
  • Irradiation device

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Presenting the EB Utilization Book! Introduction to EB (Electron Beam)!

Presenting the EB Utilization Book! Introduction to EB (Electron Beam)!

The diverse material "EB (electron beam)" surrounding our lives brings out its potential!

Iwasaki Electric Co., Ltd. handles "EB devices," a type of energy beam that artificially accelerates electrons for use as a beam. Due to its ability to be precisely controlled while possessing high energy, it is perfect for quickly and efficiently processing the surfaces of materials and for sterilization. Our company supports customers' research and development through contract EB processing. Please feel free to consult us about prototype production, technical studies for improving existing products, mass production, and more. We provide total support from goal setting to product commercialization. 【Features of EB Devices】 ■ Environmentally friendly ■ Instant processing ■ Wide applicability ■ High safety ■ Suitable for surface and surface layer treatment ■ Easy to operate *For more details, please refer to the PDF materials or feel free to contact us.

  • Wiring devices
  • Irradiation device

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EB experimental device "i-Compact EB"

EB experimental device "i-Compact EB"

Low price + compact! EB experimental device that can be easily installed in laboratories with caster mobility.

The "I-Compact EB" is a low-cost, compact EB experimental device that is easy to operate. It features self-shielding and interlock systems for safety. Additionally, it is designed to not operate unless locked for added safety. It can be used in various fields of research and development, including surface modification of resins, material development, and sterilization/sterilization tests. 【Features】 ■ Easy condition setting with touch panel operation ■ Compact and lightweight, easily installed in laboratories with caster mobility ■ Safe with self-shielding and interlock systems ■ Does not use greenhouse gases (SF6) *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Irradiation device

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Heating Light Source System "I Halogen Heater"

Heating Light Source System "I Halogen Heater"

Heating with light. IWASAKI's halogen heater is "clean" and "safe."

The "I Halogen Heater" is a heating light source system using halogen lamps. By combining our in-house designed halogen lamps with irradiators, we achieve "high output heating" and "space-saving." Furthermore, with non-contact heating, it is "clean" and "safe." Our expertise is reflected in the excellent characteristics of our proprietary lamps and the irradiator design that maximizes their capabilities. You can expect improved work efficiency, safety, and cost-effectiveness. 【Features】 ■ Halogen lamps are an efficient heat source ■ High output heating & compact lightweight design improve productivity ■ Fast startup and shutdown, with easy temperature control ■ Clean and safe *For more details, please refer to the PDF materials or feel free to contact us.

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  • Irradiation device

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Compact Electron Beam Irradiation Device "i-Compact EB" (Low Cost / Space Saving)

Compact Electron Beam Irradiation Device "i-Compact EB" (Low Cost / Space Saving)

Utilized in various fields such as surface modification, crosslinking, sterilization, resin curing, and a decarbonized society, with the power of electrons enabling instant curing of initiator-free and solvent-free inks.

The "I-Compact EB" is a product developed to make electron beam irradiation accessible and easy to use. Electron beam irradiation is utilized in various fields of research and development, including surface modification of materials, sterilization and disinfection, curing of inks and coatings, graft polymerization, and crosslinking. Traditional large-scale electron beam irradiation systems require a lot of space and involve significant time and costs for installation. The "I-Compact EB" achieves short delivery times and low prices by packaging sufficient functions necessary for research and experimentation. The world is aiming for a decarbonized society (carbon neutrality). Electron beam irradiation is gaining attention as a new tool that can significantly reduce CO2 emissions compared to thermal drying. ■ In addition to the Compact EB, we can also accommodate the production of large-scale equipment for production lines. ■ Since we possess equipment such as Compact EB, large batch systems, and roll-to-roll production lines, we offer not only the sale of equipment but also contract manufacturing and irradiation services for testing purposes. * If you are interested, please feel free to contact us.

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  • Irradiation device

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Electron beam (EB) irradiation device *Free comprehensive materials on electron beams (EB) available now!

Electron beam (EB) irradiation device *Free comprehensive materials on electron beams (EB) available now!

[Free Materials Available] Contributing to a Carbon Neutral/Decarbonized Society through the Use of Electron Beams (Printing/CO2 Reduction/Energy Consumption Reduction/Space Saving)

Based on the Paris Agreement, the world, including Japan, aims for a "decarbonized society" that achieves net-zero emissions of greenhouse gases, starting with carbon dioxide. Companies will also be required to take specific actions moving forward. 【Are you facing any of these issues during drying and curing?】 - It takes a long time to cure due to poor thermal conductivity. - Struggling to reduce CO2 emissions. - Rising electricity costs have made expenses higher than before. 【Our EB irradiation equipment can solve these problems.】 The electron beam (EB) curing method is an efficient drying (curing) technique. Its features are as follows: ■ EB Curing Method 1) Concentrates radiation energy directly on the coating material. → Enables processing in a short time. 2) Can be processed at room temperature. → No need to heat anything other than the coating material. ⇒ Reduces energy consumption and results in lower CO2 emissions. We offer a lineup of high-performance production EB equipment and experimental devices such as the "I-Compact EB." *Free materials are available! Feel free to download or inquire using the contact information below.

  • others
  • Irradiation device

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UV LED Irradiator (ULEDN-102CT Series)

UV LED Irradiator (ULEDN-102CT Series)

Compatible with DIN48 size - operation is super easy with minimal functions!! It reduces waste for customers by accommodating each head individually!!

This is a UV LED irradiator with a slim head type that supports one head and emits a universal wavelength of 365 nm for ultraviolet processing.

  • others
  • Bulb Type
  • Irradiation device

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Quark Technology Inc. Business Introduction

Quark Technology Inc. Business Introduction

Quark Technology that creates future stories.

Quark Technology Co., Ltd. manufactures and sells various industrial equipment utilizing cutting-edge optical application technologies. Through the development of vacuum ultraviolet and UV-LED light sources, we have introduced manufacturing technologies for semiconductor production, as well as new displays such as LCDs, PDPs, films, and EL, along with various electronic materials and devices. Additionally, we are planning research and development to address the demand for waste and environmental management equipment, which are pressing medical and social issues. All matter is composed of atoms, nucleons, and "quarks." At Quark Technology, we continue to research light and challenge ourselves in industrial application technologies. 【Business Activities】 ○ Manufacturing and sales of ultraviolet irradiation devices ○ Manufacturing and sales of UV-LED irradiation devices ○ Manufacturing and sales of semiconductor manufacturing equipment ○ Handling of various quartz and ceramic products For more details, please contact us or download our catalog.

  • others
  • Irradiation device

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[Technical Document] Effect of Light Irradiation on TiO2 Gel Films by Wet Process

[Technical Document] Effect of Light Irradiation on TiO2 Gel Films by Wet Process

Contributing to the low-temperature process of thin film formation! A comparative study on the decomposition process and changes in crystal structure.

To obtain a strong and dense film on plastics with low heat resistance, it is necessary to lower the temperature in the thin film formation process. The photon process using vacuum ultraviolet (VUV) light has an energy per photon that is greater than the bond energy of atoms in most materials. Furthermore, since it can cleave atomic bonds solely through the action of photons without accompanying thermal processes from irradiation, it is expected to contribute to the reduction of temperature in the thin film formation process. In this study, we compared and examined the decomposition process and changes in crystal structure of TiO2, which is widely used in industry, when gel films were thermally treated and when VUV light irradiation from an excimer lamp was combined with thermal treatment. [Contents] ■ Introduction ■ Experimental Methods ■ Results and Discussion *For more details, please refer to the PDF document or feel free to contact us.

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Technical Data: Surface Modification of Polyethylene Using Vacuum Ultraviolet Excimer Lamp

Technical Data: Surface Modification of Polyethylene Using Vacuum Ultraviolet Excimer Lamp

Irradiation of vacuum ultraviolet light at a wavelength of 172 nm onto a polyethylene sheet! Experiment on surface modification.

In the late 1980s, a powerful vacuum ultraviolet light source known as the xenon excimer lamp, which utilizes dielectric barrier discharge, was developed. The light obtained from this source at a wavelength of 172 nm has a high energy of 7.2 eV, enabling efficient photodissociation of various molecular bonds. As a result, the lamp has been put to practical use in applications such as the precision optical cleaning of glass substrates used in liquid crystal display panels, among various other applications. In this study, we examined the physical and chemical changes on the surface of polyethylene, a general-purpose resin with low printability and adhesion, when irradiated with vacuum ultraviolet light. [Contents] ■ Introduction ■ Experiment ■ Results and Discussion ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

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Technical Data: Formation of Silica Thin Films Using Perhydropolysilazane

Technical Data: Formation of Silica Thin Films Using Perhydropolysilazane

Utilizing strong oxidation effects! Examination of film quality when irradiating with VUV light under varying irradiation conditions.

A method for obtaining silica films through relatively low-temperature heat treatment has been reported, which involves firing ceramic precursor polymers such as perhydropolysilazane in the atmosphere or in water vapor at a temperature of around 450°C. This study aimed to utilize the strong oxidative action of active oxygen species to convert PHPS, which does not contain oxygen unlike TMOS and TEOS, into silica at low temperatures. To investigate the effects of oxygen concentration in the irradiation atmosphere during thin film formation and the necessity of bond cleavage due to photon energy, we examined the film quality when VUV light was irradiated on spin-coated films using PHPS solution under varying irradiation conditions. [Contents] ■ Introduction ■ Experiment ■ Results and Discussion ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.

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Experimental UV irradiation device

Experimental UV irradiation device

Experimental UV irradiation device. Ideal for research and development of UV resins/paints/adhesives.

It is a batch conveyor integrated UV irradiation device. 【Features】 ● Since it is a batch conveyor integrated type, it is optimal for various UV irradiation experimental devices. ● We can offer various specifications such as metal halide lamps and mercury lamps. ● We have extensive experience in manufacturing UV devices, so we can accommodate special applications. ■■ We offer rental of test machines and sample processing ■■

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UV Curing Desktop Conveyor Type

UV Curing Desktop Conveyor Type

This is a tabletop ultraviolet curing device with a compact body and conveyor function.

The "UV Curing Tabletop Conveyor Type" is a versatile machine that can be widely used for prototyping and curing experiments, pursuing functionality and operability. It supports low-temperature processing and cures with two types of lamps. This is a tabletop model with a compact body and conveyor functionality. 【Features】 ■ Compact & High Spec ■ Cures with two types of lamps ■ Low-temperature processing *For more details, please refer to the PDF document or feel free to contact us.

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Take Den Co., Ltd. "Comprehensive Catalog of UV Irradiation Devices & Lamps"

Take Den Co., Ltd. "Comprehensive Catalog of UV Irradiation Devices & Lamps"

Comprehensive catalog distribution that explains ultraviolet technology! Includes UV irradiation devices as well as cleaning and modification technologies.

Take Den Co., Ltd.'s "Comprehensive Catalog of UV Irradiation Devices & Lamps" is a comprehensive catalog that covers a wide range of UV irradiation technology, including applications and principles of UV irradiation systems, as well as various types of lamps and devices! [Contents] ◆ Company Overview ◆ Applications & Principles of UV Irradiation Systems ◆ Types of Lamps ◆ UV Devices (Standard & Special Types) ◆ Ultraviolet Cleaning & Modification Technology ... and more [For more details, please download the catalog or feel free to contact us] ↓ ↓ ↓ ↓ ↓ ↓

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Handheld UV Curing Device [UV Curing System]

Handheld UV Curing Device [UV Curing System]

Introduction to "hardening"—. We will introduce the latest models that are compact, lightweight, and cost-effective.

"Easy to cure anywhere, for anyone." This is a compact and cost-effective handheld UV curing device designed with this concept in mind. It can be easily transported to the necessary locations and is simple for anyone to use. Additionally, it is the latest model with enhanced safety compared to conventional products. ◆ High-power lamp enables high-intensity irradiation - Despite its compact size, it achieves a lamp output of 120W/cm! * Can irradiate at a high UV intensity equivalent to that of a 1500W class UV lamp - The average lifespan is long, with 1,000 hours of continuous lighting. ◆ Pursuing safety on-site Equipped with protective glass on the front of the irradiator to enhance safety <Standard> Tempax glass / Protective glass <Optional> Heat-cut filter / Suppresses temperature rise of the workpiece <Optional> Quartz glass / Enhances UV transmittance ◇◆ For more details, please download the catalog and feel free to contact us. ◆◇

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UV device "Compact UV-LED Conveyor System"

UV device "Compact UV-LED Conveyor System"

Long lifespan and energy-saving! A clean UV device that takes the Earth's environment into consideration!

The "Compact UV-LED Conveyor System" from Take Den Co., Ltd. is an ideal device for bonding electronic components, printing seals and labels, and other UV curing applications. It features instant lighting for immediate stable emission, with the ability to select lighting for each module. Additionally, it emits very little radiation in the heat range, significantly reducing thermal damage. The light source is off when not in operation, making it energy-efficient. With minimal heat generation, it can reduce the load on air conditioning systems. 【Features】 ■ Line irradiation type with high brightness ■ No ozone generation, eliminating the need for exhaust ducts extending outdoors ■ Long lifespan of approximately 20,000 hours (about 10 times that of UV lamps) ■ Mercury-free, making it environmentally friendly ■ Efficient high brightness achieved through reflectors *For more details, please refer to the catalog or feel free to contact us.

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