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Electrodeless Lamp(LED) - List of Manufacturers, Suppliers, Companies and Products | IPROS GMS

Last Updated： Aggregation Period:Oct 14, 2026～Nov 10, 2026
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Electrodeless Lamp Product List

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[Case Study 3 of Electrode-less Lamp] Company Y, Large Factory

[Case Study 3 of Electrode-less Lamp] Company Y, Large Factory

We would like to introduce a case where "electrode-less lamps," which are gaining attention as an alternative to mercury lamps, were implemented in the large factory of Company Y!

We would like to introduce a case study of the installation of "electrode-less lamps" at Company Y's large factory. The "electrode-less lamp," which is gaining attention as a third option to replace mercury lamps alongside LEDs, has a completely different structure from traditional bulbs that use filament. Since it has no electrodes, it offers a long lifespan and a gentle brightness. Before installation, there were 32 units of 700W mercury lamps, with a total power consumption of 24.0 kW. After installing 17 units of TL8-400E (400W) electrode-less lamps, the total power consumption was reduced to 7.14 kW. The installation position was changed from direct ceiling mounting at 15 meters to direct wall mounting at 7 meters, angled 30 degrees downward. 【Implementation Effects】 [Before Installation] ○ 32 units of 700W mercury lamps (total power consumption: 24.0 kW) ○ Installation position: direct ceiling mounting ○ Installation height: 15 meters [After Installation] ○ 17 units of TL8-400E (400W) (total power consumption: 7.14 kW) ○ Installation position: direct wall mounting ○ Installation height: 7 meters, angled 30 degrees downward For more details, please contact us or download the catalog.

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Introduction case study 1 of the induction lamp: Indoor lighting in a gymnasium.

Introduction case study 1 of the induction lamp: Indoor lighting in a gymnasium.

Introducing a case of implementing "electrode-less lamps," which are gaining attention as an alternative to mercury lamps, in a gymnasium!

The "electrode-less lamp," which is gaining attention as a third option to replace LED lights when switching from mercury lamps, has a completely different structure from traditional bulbs that use a filament. Since it has no electrodes, it offers a long lifespan and a gentle brightness. This page introduces examples of replacing existing mercury lamps with "electrode-less lamps." 【Replacement Details】 ○ Replacing 13 existing mercury lamps used for indoor lighting in the gymnasium with next-generation electrode-less lamps. ○ Mercury lamps 400W × 13 units → Electrode-less lamps 200W × 13 units 【Features and Benefits of Electrode-less Lamps】 ○ Long lifespan (approximately 9 times longer than mercury lamps) ○ Energy-saving and high efficiency ○ High color rendering ○ Maintenance-free ○ 5-year manufacturer warranty for peace of mind For more details, please contact us or download the catalog.

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Case Study 2 of Electrode-less Lamp Introduction: Large Signboard Lighting

Case Study 2 of Electrode-less Lamp Introduction: Large Signboard Lighting

Introducing a case study on the introduction of "electrode-less lamps," which are gaining attention as an alternative to mercury lamps, in large signboard lighting!

The "electrode-less lamp," which is gaining attention as a third option to replace mercury lamps when switching to LED, has a completely different structure from traditional light bulbs with filament structures. Since it has no electrodes, it offers a long lifespan and a gentle brightness. This page introduces a case where large sign lighting was replaced from existing mercury lamps to "electrode-less lamps." The case involved replacing six 300W mercury lamps (1800W) with five 100W electrode-less lamps (500W). 【Request Details】 ■ Replacement of six existing mercury lamps with five electrode-less lamps ■ Make the sign more noticeable ■ However, do not focus on illuminating the logos on both sides, but rather shine the light on the skating rink 【Effects After Installation】 ■ Reduced the number of lights from six to five, achieving energy savings and higher efficiency ■ Improved visibility due to the distinctive light characteristics of the electrode-less lamps (thumbnail image) For more details, please contact us or download the catalog.

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All products except for the non-electrode (LVD) lamp "Eco Taro" are produced domestically.

All products except for the non-electrode (LVD) lamp "Eco Taro" are produced domestically.

Replace mercury lamps nationwide with "Eco Taro" electrodeless lamps! They have a long lifespan of 60,000 hours. PSE and Ministry of Internal Affairs and Communications type certification obtained. Assembled and inspected by Japanese workers.

60,000 hours of long lifespan. You will forget about replacing the lamp. The power consumption is about one-third compared to mercury lamps, and instant lighting and instant re-lighting are possible. Compared to LED, the 300 lux of the electrode-less lamp appears brighter than the 500 lux of LED. Why does 300 lux appear brighter than 500 lux? Brightness is expressed in lux, but the perceived brightness by the human eye has a parameter called "pupil lumen," and the brightness multiplied by this parameter is the actual brightness seen by the eye. When using a 40W fluorescent lamp as a reference, the pupil lumen for LED and mercury lamps is 0.8, while for the electrode-less lamp, it is 1.92. In other words, when you multiply the 500 lux of LED by the pupil lumen of 0.8, you get 400 lux, and when you multiply the 300 lux of the electrode-less lamp by the pupil lumen of 1.92, you get 576 lux. Therefore, the perceived brightness is greater for the electrode-less lamp. In cases where a brightness of 500 lux is required at the delivery site, the technical staff of a publicly listed company have accepted this theory for designing a brightness of 300 lux. Since there are no filaments or discharge electrodes, it is resistant to vibration and does not produce defects like LED in press factories.

  • Company：吉見屋
  • Price：10,000 yen-100,000 yen
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