Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
16～30 item / All 117 items
Reflective LED Through Lighting Device Mirror Man 2
You can easily perform transmitted light observation with a stereomicroscope. ■□■Features■□■ ■Transmitted light observation can be done simply by placing the sample on the stage of a stereomicroscope. ■The adoption of W-E has significantly increased brightness. ■□■For more details, please request materials or contact us■□■
The target object becomes easier to see! Significantly reduces unnecessary stray light that hinders observation.
The "LED-R78POL" is a set of LED ring lighting and a dedicated polarizing filter for stereo microscopes. It features a high-brightness LED ring lighting with 78 LED bulbs, integrated with two types of polarizing filters: an analyzer and a polarizer. Additionally, it can be used with any stereo microscope that has a mounting diameter of 35 to 68 mm and can be secured with three screws, regardless of the manufacturer. 【Features】 ■ Clearly visible surface scratches and foreign objects ■ Reduces reflected light, making it easier to observe the condition of solder surfaces ■ Laser-engraved characters and similar details are clearly visible and easy to observe *For more details, please refer to the PDF document or feel free to contact us.
Supports high-speed shooting for motion analysis, fluid analysis, and collision experiments! Equipped with a flicker-free function to prevent flickering that occurs during shooting under fluorescent lights and other sources.
This is a flicker-free lighting device that achieves high brightness with a 250W metal halide lamp. It is suitable for high-speed photography, such as with high-speed cameras. 【Features】 1. It has a built-in power supply, so there are no troublesome wiring issues. It can be used anywhere with a 100V outlet. 2. It comes with a dimming function. 3. Three types of lenses are included. *For detailed specifications, please download the PDF. Feel free to consult us when considering installation.
Microscopes using 6V15W to 30W type lamps from various manufacturers can also be converted to LED!
Tungsten lamps (glass bulb type) and halogen lamps can be converted to LED. <Features of our LED conversion> - Adopts a variable DC voltage power supply that is "gentle on the eyes and does not cause fatigue," making it ideal for photography and image processing. - Built-in protection circuits for overvoltage/overcurrent in the power supply, allowing for safe use. - Uses high-brightness LEDs, heat dissipation methods, and power supplies that can withstand long hours of inspection work. - Precisely modifies the lamp socket to attach the LED and heat sink. - Covers the entire field of view without uneven lighting from low to high magnification. - The meter in the power supply section allows for constant monitoring of the power supply and LED status. - The illumination color is almost the same as when a blue filter is used on the lamp.
It is possible to convert various Leica microscopes to LED lighting!
We will precisely modify your current lamp house and install LED lights. Even models that have completed maintenance at the manufacturer can be converted to LED use. If you send us the lamp house, we will convert it to LED within a week and return it along with a dedicated power supply. <Features of our LED conversion> - We use a variable DC voltage power supply that is "gentle on the eyes and does not cause fatigue," making it ideal for photography and image processing. - It has built-in protection circuits for overvoltage and overcurrent, allowing for safe use. - We employ high-brightness LEDs that can withstand long hours of inspection work, along with a heat dissipation method and dedicated power supply. - It provides uniform illumination from low to high magnifications, covering the entire field of view with high brightness. - The lighting color is almost the same as when using a blue filter on the lamp. - The brightness is sufficient, allowing for comfortable use even during high magnification observations. - The power meter allows you to always check the status of the LED and power supply.
It can be used for the lighting of various new and old microscopes from different companies.
This is an extremely bright lighting device that uses ultra-high brightness LEDs. It can also be used to increase the illumination for both reflected and transmitted lighting in microscopes. The lighting unit is equipped with an air-cooled fan, so there is no increase in temperature. The power supply also has a small fan, so it does not get hot either.
It is possible to convert Olympus BH-2/BHS and BHT type microscopes to LED!
For the BHS type, please send the lamp house, and for the BHT type, if you send only the main unit, we will convert it to LED and return it along with a dedicated power supply. <Features of our LED conversion> - We use a variable DC voltage power supply that is "gentle on the eyes and does not cause fatigue," making it ideal for photography and image processing. - The power supply has built-in overvoltage/overcurrent protection circuits, allowing for safe use. - We use high-brightness LEDs, heat dissipation methods, and power supplies that can withstand long hours of inspection work. - The lamp house and socket parts are precisely modified to install the LED and heat sink. - It covers the entire field of view without uneven lighting, from low to high magnification. - The meter on the power supply unit allows you to always check the status of the power supply and LED. - The lighting color is almost the same as when using a blue filter with a halogen lamp.
It is possible to convert various old and new types of microscopes from different companies to LED!
Regardless of age, it is possible to convert various types of microscope lighting devices from different companies to LED. The temperature of the illumination light is extremely low, allowing for observation of living organisms. It is ideal for observing plants, insects, marine life, and more. <Features of our LED conversion> - Adopts a variable DC voltage power supply that is "gentle on the eyes and does not cause fatigue," making it optimal for photography and image processing. - Equipped with built-in protection circuits for overvoltage and overcurrent, ensuring safe usage. - Utilizes high-brightness LEDs, heat dissipation methods, and power supplies that can withstand long hours of inspection work. - The lamp house and socket are precisely modified to attach heat sinks and LEDs. - Covers the entire field of view without uneven illumination from low to high magnification. - The meter on the power supply unit allows for constant monitoring of the power supply and LED status. - The illumination color is almost the same as when using a blue filter with a halogen lamp.
It can be used as a substitute for mercury lamps in new and old fluorescent microscopes from various companies.
This is an extremely bright lighting device that uses ultra-high-brightness LEDs. It can be used as a replacement for mercury lamps, and the lifespan of the LEDs is approximately 10,000 to 30,000 hours. The price is equivalent to two mercury lamps, at ¥97,000. The lighting unit is equipped with a silent air-cooling fan, so there is no increase in temperature in the lighting unit. Brightness adjustment is performed with an external dedicated power supply. It is fully compatible with fluorescent microscopes equipped with 100W mercury lamps.
This is a super high-intensity lighting device that can be used with projectors from various companies.
This is an extremely bright lighting device that uses a 24V 150W class ultra-bright LED. It has an air-cooled fan in the lighting section, so there is no increase in temperature. The power supply also has a small fan, so it does not get hot either. We offer single and double lamp models. If desired, we can also manufacture with more than two lamps and in your preferred LED and light color. No modifications to the projector are necessary. *The image shows an example of installation on a projector.
It can be used as a replacement for the lighting of new and old fluorescence microscopes from various companies.
It is a type of ultra-high brightness LED that allows for broadband excitation (*1). It can be used as a replacement for mercury lamps and also as a substitute for single-wavelength LED lighting. The lighting unit is equipped with a silent air-cooling fan, so there is no increase in temperature. Brightness adjustment is performed with an external dedicated power supply. It can be used with modifications to the lamp house. The average lifespan of the LED is said to be about 10,000 to 30,000 hours. It can be purchased for the price of several mercury lamps. Since it uses direct current voltage instead of pulse ignition, it is gentle on the eyes and can be used without any issues for photography. * We use broadband LEDs, not single-wavelength LEDs. * The lifespan of the LEDs varies depending on usage frequency. * There are proven results for use with BV excitation, B excitation, etc. (It does not support the UV range.) * We recommend trying out a demo unit (you only need to cover the shipping cost). * The device is the part shown on the far right of the reference image.
Large area high brightness high directional lighting device
Hololight generates LED lighting that is ideal for hologram reproduction, featuring low heat generation, a large area, high brightness, and high directional characteristics, all from a compact cube-shaped housing. The adjustment of the lighting area and spread angle is achieved by the forward and backward movement of the rear ball on the back of the Hololight. It can be powered for long periods by dry batteries due to low power consumption, and its lightweight aluminum body allows for use in various spaces.
![[Column] Can factory lighting help reduce fatigue accumulation?](https://image.mono.ipros.com/public/product/image/805/2000844855/IPROS81585362544495921769.png?w=280&h=280)
It can illuminate the work evenly without creating shadows! Introducing the "Ruch Ritaap."
Currently, in the manufacturing industry, "visual inspection," where the accuracy of parts and products is confirmed by the skilled human eye, is the mainstream method for appearance inspection. An important issue for visual inspection is the occurrence of judgment errors due to worker fatigue and condition, which can lead to overlooking defects. Therefore, "fatigue" of the workers is one of the key factors affecting inspection accuracy. In this context, we would like to introduce "Ruchi Retarp." [Contents (excerpt)] ■ What is fatigue? ■ Fatigue inspection demonstration experiment ■ Overview of fatigue inspection ■ Results of fatigue inspection *For detailed content of the column, please refer to the related links. For more information, feel free to contact us. *Related product catalog is available for PDF download.
Metal Halide Lighting Device HC-M210
210W New Technology Metal Halide Lamp Equipped Metal Halide Lighting Device 【Features】 ○ Ripple ±2% or less ○ Digital lighting and lamp life display ○ Light intensity: 3500Lm ○ Color temperature: 7500K ○ Input power: AC80-240V 50/60Hz ○ Used lamp: DC210W short arc metal halide lamp / Model NTP-210 ○ Power consumption: 290W ○ Lamp life: Approximately 2000 hours (when light output decreases to 40% of initial value) ○ Cooling method: Forced fan cooling ○ Operating environment: Temperature +5 to +35℃ (humidity 70% or less) ○ Dimensions: W159 x D352 x H200 (mm) ○ Weight: Approximately 5.5Kg ● For other functions and details, please download the catalog.
Ultraviolet Fiber Optic Lighting Device HC-U165
165W New Technology SHP Lamp Equipped Ultraviolet Fiber Lighting Device 【Features】 ○ Digital lighting and lamp life display ○ Ultraviolet irradiation intensity: 3800mW/cm² (wavelength 365nm) ○ Input power: AC80-240V 50/60Hz ○ Used lamp: DC165W Short Arc SHP Lamp / Model SHP-165 ○ Power consumption: 230W ○ Light output (initial): 3800mW/cm² (wavelength 365nm) using quartz fiber, irradiation distance 10mm ○ Lamp life: Approximately 2000 hours (when light output drops to 40% of initial value) ○ Cooling method: Forced fan cooling ○ Operating environment: Temperature +5 to +35℃ (humidity below 70%) ○ External control: 25-pin D-Sub connector ● For other functions and details, please download the catalog.
