オプティカニクス List of Products and Services

One-channel and multi-channel detectors for remote temperature measurement and gas analysis, the MTS thermopile sensor enables non-contact temperature measurement and gas detection due to its high sensitivity. The one-channel, two-channel, and four-channel thermopile sensors detect broad-spectrum infrared. The thermal diffusion current of two different metals (Seebeck effect) generates a voltage when exposed to infrared (IR) or heat, which is then transmitted and processed as a measurement signal. They are suitable for non-contact temperature measurement and NDIR gas analysis. Infrared thermopiles, also known as thermopiles, detect broad-spectrum infrared. The foundation of each detector is formed by so-called thermocouples. The thermal diffusion current of two different metals (Seebeck effect) generates electrical voltage, which is transmitted and processed as a measurement signal. The sensitivity of the detector greatly affects the quality of the measurement results.

• Sensors
• Analytical Equipment and Devices

Micro-Hybrid's IR emitters guarantee reliable and accurate measurement results in NDIR gas analysis. We provide an optimal combination of engineering technology, packaging technology, and MEMS emitter chips produced in our own factory for all applications. The Micro-Hybrid JSIR emitter is a MEMS-based infrared emitter with true blackbody radiation characteristics, using NAC or C-MOSI. From economical infrared emitters for mass applications to high-end radiation sources for demanding measurement tasks, our JSIR emitters cover all application areas for gas concentration measurement and monitoring.

• Analytical Equipment and Devices
• Lamps and light emitting devices

This is a two-wavelength laser beam expander designed for Galileo-style LIDAR optimized for high-output pulse lasers at wavelengths of 1064 and 532 nm. It accepts beams up to 10 mm in diameter (part number -10-) and expands them to 50 mm (part number 5X). All twelve surfaces are coated with high-performance anti-reflective coatings, with a reflectance specification of less than 0.25% per surface. The system is designed with theoretical wavefront performance of less than λ/10 at the design wavelength*. Mechanically, it measures approximately 22.5 cm in length, 6.6 cm in diameter, and 3.7 cm in height. It has a base that can be placed on an optical table, featuring two screw pitches. The hole closest to the cut surface of the base is for an M6 screw, and the other is for a ¼-20 screw.

• Other physicochemical equipment
• Other environmental analysis equipment

Laser beam expanders developed for industrial use, available in three design wavelengths: 355nm, 532nm, and 1064nm, capable of withstanding high-power lasers.

• Laser marker

The most effective wavelength for disinfection is 265nm. Conventional UV lamps use 253nm for disinfection, and it is known to have similar effects to 275nm. When the same amount of light (power) is applied, 265nm has a higher disinfection effect. Deep ultraviolet UVC and UVB LEDs are supplied in chips or packages. Depending on the application, packages can be selected in dome type (with a spread angle of 60°) and flat type (with a spread angle of 120°). If the distance from the LED to the irradiation surface is far, the dome type can efficiently irradiate.

• Chip type LED

The Nightingale source is primarily designed to be incorporated into COVID-19 related thermal imaging temperature screening systems. The Nightingale temperature standard functions by providing a visible thermal reference area for infrared (thermal) camera systems to detect fever in individuals being tested for the coronavirus. The Nightingale BTR source features a "Set & Forget" configuration. The operator simply configures the reference source via a USB interface and saves the settings to non-volatile memory. After configuration, the black body automatically controls to the set values every time it is powered on. The status LED visually indicates that the reference is stable and ready to be used as a calibration source. The performance of the Nightingale is optimized for various absolute temperature set points and ambient conditions required by most temperature screening systems. The Nightingale BTR source complies with IEC 80601-2-59.

• Temperature and humidity measuring instruments

Deep ultraviolet UVC 265nm can be used efficiently for sterilization. The LED module can be selected in size to be incorporated into devices according to the purpose. ◉ Application Example 1: Air Sterilizer - Sterilizes air by using deep ultraviolet UVC 265nm LEDs to eliminate viruses and bacteria in the air. ◉ Application Example 2: Medical gloves, medical equipment high-speed sterilizer ◉ Application Example 3: High-speed sterilization of keyboards, mice, touch panels, and smartphones. We supply UV LED modules as OEM. ◎ Choose wavelengths from deep ultraviolet wavelengths 255nm, 265nm, 275nm, 295nm, and 308nm. ◎ Select the output of the UV LED package. To achieve high-speed sterilization, determine the number of high-power LEDs to be incorporated into the module. ◎ Decide the distance from the LED to the irradiation surface. There are two types of LED beam angles: dome type 60 degrees and flat type 120 degrees. ◎ Determine the size of the heat sink for incorporation into the device. ◎ Decide the number of blue LEDs to be incorporated along with the UV LEDs.

• LED Module

Qual Diamond Hydrocolloid Explosive Polycrystalline Diamond Slurry is an aqueous formulation. The slurry is a dispersion of explosive polycrystalline diamond particles in an aqueous liquid. Thanks to a unique surface modification technology, it can prevent the aggregation of diamond particles. Sizes are available from submicron to 10μm. It is widely used for lapping and precision polishing. It is extensively used for lapping and precision polishing of various materials such as silicon chips, optical devices, and metal products.

• Other abrasives

Slurry is a dispersion of high-pressure, high-temperature polycrystalline diamond particles in an aqueous liquid. Our unique surface modification technology prevents the aggregation of diamond particles. The sizes range from 1μm to 60μm. There are differences in the number of contact points, edges, and the results of fine finishing between single crystal diamond slurry and crushed polycrystalline diamond slurry.

• Other abrasives

Water-soluble slurry does not dry out when exposed to air and is ideal as an alternative to oil-based polishing liquids. Our unique surface modification technology prevents the agglomeration of diamond particles. It is perfect for polishing superhard materials such as tungsten carbide, sapphire, and ruby. The sizes range from 0.2μm to 60μm.

• Other abrasives

The uniform shape allows for a high material removal rate when used for grinding applications. It is convenient for lapping and polishing in various applications such as quartz, ceramics, optics, semiconductors, and advanced composites. It is classified into four types: QPD, QPH, QMM, and QMR, according to various characteristics and applications.

• Other abrasives

After special processing for refinement and modification, they exhibit excellent performance when processing semiconductor materials, advanced composite materials, optical glass, and other advanced materials without aggregation or surface deformation. Our polycrystalline diamond powder consists of uniform-sized, high-purity diamond particles achieved through advanced sorting and surface modification processes.

• Other abrasives

Monomicro diamond powder consists of uniformly sized, high-purity diamond particles achieved through advanced sorting and surface modification processes. Its relatively uniform shape allows for a high material removal rate when used in grinding applications. It is convenient for lapping and polishing in various applications such as quartz, ceramics, optics, semiconductors, and advanced composite materials.

• Other abrasives

Due to the non-angular characteristics of diamonds, the cutting depth of the material during grinding becomes shallow, leading to high-precision processing. On the other hand, the numerous small cutting edges on the surface of the diamond improve cutting efficiency. Our round micro-diamond powder consists of uniformly sized, high-purity diamond particles achieved through advanced sorting and surface modification processes. Its relatively uniform shape allows for a high material removal rate when used in grinding applications. It is convenient for lapping and polishing in various applications such as quartz, ceramics, optics, semiconductors, and advanced composites.

• Other abrasives

The "CNVG" is a night scope designed as an upgraded version of the conventional NMS. It can be mounted on assault rifles for soldiers and law enforcement agencies. Additionally, it features monocular and binocular mounts on a specially designed helmet bracket. 【Features】 ■ Lightweight and compact compared to the conventional NMS (18mm tube) ■ Built-in 16mm tube ■ Available with monocular and binocular mounts *For more details, please download the PDF or feel free to contact us.

• lens