シロ産業 List of Products and Services

It is optimal for fields such as coatings, textiles and dyeing, rubber and plastics, agriculture, forestry and fisheries, food, housing, ceramics, and medical and academic fields. By reducing color variation, consistent color management is possible not only within the company but also with business partners.

It is a compact and lightweight size that is convenient for carrying.

● The combination of aperture and shutter speed is easily recognizable at a glance. ● By using the included shoe mount plate, it can be permanently attached to the camera's shoe.

● Equipped with a hold function to fix the displayed value ● Displays the measured maximum and minimum values

The sensor unit and the main body are separated, allowing for measurements to be taken at the optimal position.

●Sleek and smart form ●Sensor is a separate type

●Simply align the light intake section of the measuring device (on the back of the main unit) with the light source, and it will immediately display the digital reading. ●It is very convenient for measuring the radiation amount of ultraviolet generation equipment and the transmission amount.

●Equipped with a measurement angle of 20 degrees suitable for measuring surfaces with a gloss level exceeding 70 at measurement angles of 60 degrees and 60 degrees. ●Improved operability compared to conventional products (STMS-723). ●Calibration is automatically performed sequentially for zero and span by simply pressing the SPAN button.

○ This is a UV integrative light meter that enables absolute light quantity management (mV/cm²) in the ultraviolet to vacuum ultraviolet range. ○ The sensor head is interchangeable, allowing for light quantity management at three wavelengths (172 nm, 185 nm, and 254 nm). ○ It adopts a "filterless method" that minimizes DUV light degradation, directly detecting specific ultraviolet light without using filters or similar devices.

● Three range switchable from low illumination to high illumination (200/2000/20000 lux) ● Equipped with a data hold function. ● The light sensor and main unit are separable, allowing for measurements at the optimal position.

The liquid crystal digital display allows for a wide measurement range of 0.00 to 40000 lx, which can be performed in auto range or with a switch between four ranges.

● Light source selection function (4 types) ● Front panel waterproof design ● Data hold function ● Peak value display function ● Maximum and minimum value display function

● Waterproof design for the front panel ● Data hold function ● Peak value display function ● Maximum and minimum value display function

It measures the irradiance (W/m²), defined as the ratio of the radiation flux (W) incident on a surface to the unit area (m²), in the UVA / UVB / UVC spectral range. With the adoption of a new photodiode, it is insensitive to ? and infrared light. The outdoor installation type is the MC8P-PHOT3S series. ■mV signal output In the spectral regions of VIS-NIR, UVA, UVB, and UVC, it measures light and radiation amounts as illuminance (lux) or irradiance (W/m²). Additionally, it is capable of measuring the number of photons per unit time and unit area in the photosynthetically active radiation (PAR) wavelength range of 400–700 nm. The WPLP series does not require an external power supply.

WPLP-RAD-01 measures the radiant intensity (W/m²), defined as the ratio of the radiant flux (W) incident on a surface to the unit area (m²), in the VIS-NIR spectral range (400–1050 nm). These features are applicable to instruments suitable for measurements in the visible and near-infrared regions. The calibration of the probe uses the 577/579 nm line of a Xe-Hg (xenon-mercury) lamp through a spectral interference filter. The outdoor installation type is the MC8P-PHOT3S series.

The 【WPLP-PAR-01】 measures the number of light quanta incident on a surface per second in the spectral range of 400 to 700 nm, and the ratio to the unit area (m²). This quantity is defined as PAR, or Photosynthetically Active Radiation. The calibration of the probe is performed using a halogen lamp, with specific spectra being referenced against known spectral radiation. The spectral response of the probe is slightly affected by temperature. Thanks to the special structure of the diffuser and probe, it also responds to changes in the angle of incidence on the diffuser, which is corrected for the cosine law. The outdoor installation type is the MC8P-PHOT3S series.

The spectral response curve of the light measurement probe approximates the human eye's response curve known as the standard photopic curve V(λ). The difference between the "WPLP-PHOT-01" in spectral response and the standard photopic curve V(λ) is calculated as the error f'1. Calibration of the probe is performed by comparing it with a photometer that has been calibrated by a primary metrology standard institution. The calibration procedure complies with CIE Document No. 69 (1987) "Method of Characterizing Illuminance Meters and Luminance Meters." Measurements are conducted by illuminating the probe with standard light A. The outdoor installation type is the MC8P-PHOT3S series.

Handheld color luminance meter. It is a device that measures the luminance of LCDs (liquid crystal displays), PDPs (plasma display panels), LEDs, CRTs (cathode ray tube displays), and more. Additionally, it can measure the chromaticity and color temperature of various light sources and lighting fixtures.

This is a resin molded product evaluation measurement device that enables numerical management of weld lines, flow marks, whitening scratches, gloss scratches, and other surface defects. It can also evaluate scratches on products with leather textures or matte finishes.

This is a handheld densitometer (reflectance density meter) ideal for managing gloss and reflectance density of electronic devices, metals, building materials, precision instruments, and more. It can also be used to manage the reflectance density (OD) and reflectance of printed materials and paper.

● It can be operated with one hand, so it is highly functional. ● Comes with a sensor protection cap.

It is ideal for confirming biological and chemical coloration, such as with biosensors. You can drop liquid onto the filter of a disposable chip and then check for subsequent coloration and decoloration. The coloration is confirmed by reading the reflected light using a tricolor photodiode.

●Switching function between dry batteries and external power supply (AC adapter: optional).

1. Replacement of the light-receiving part, measurement of three wavelength ranges (center wavelengths 254nm, 365nm, 405nm) and temperature. 2. Measurement of illuminance, peak illuminance, integrated light quantity, illuminance distribution, illuminance of spot light, and temperature distribution. 3. Illuminance distribution measurement for up to 4 minutes with built-in memory.

The "MI1-4-IN-1R" is a multifunctional environmental measuring device that can be used as a sound level meter, illuminance meter, thermometer, and hygrometer all in one unit. It is easy to handle and very simple to operate. The large digital display makes the measurement values very easy to read.

The environmental data logger MI1V-764R is a pocket-sized environmental measuring device that can be used as a light meter, ultraviolet intensity meter, thermometer, hygrometer, and dew point thermometer all in one. With its data logger function, which has a memory of 10,900, you can set the measurement intervals to 10 seconds, 1 minute, 10 minutes, or 1 hour, allowing you to monitor light intensity, ultraviolet, temperature, and humidity over a long period, and download that data to a computer using the infrared port.

Unnoticed, excessive UV exposure is a major enemy to your skin. Let's measure it regularly and take UV care.

The radiation balance meter MC8P-NET07D measures radiation balance in the near ultraviolet and far infrared wavelength ranges. The upper surface of the radiation balance meter detects solar radiation and long-wave radiation from the sky (clouds), while the lower surface detects solar radiation reflected from the ground (albedo) and long-wave radiation from the Earth, measuring the difference as the radiation balance.

UV Ink Curing Compatible, Thin Measurement Device Check for Degradation of Exposure Lamps for Resin Relief/Flexo CTP ● Wide UV Measurement Range - This product is a device used to measure the UV intensity of UV lamps used in printing machines. - It measures UV intensity in the range of 260nm to 400nm. ● Ultra-Thin Sensor - The sensor probe is separate, and the thickness of the sensor part is 2.8mm, allowing it to be inserted and measured through narrow openings in printing machines.

The sensor has spectral sensitivity characteristics equivalent to the human eye (visual sensitivity).

This measuring device is a UV illuminance and light meter developed for various infrared exposure machines, UV dryers, and general UV measurements. Its slim and cordless design allows for measurements in locations that were difficult to measure with conventional devices. The measurement range can be widely covered from low to high illuminance by using the included filters. Its compact size makes it easy to carry anywhere, fitting conveniently in your pocket.

This device is the world's first gloss meter (60°) that can be used not only on very small surface areas but also on curved surfaces. It can be used for checking the finish of curved surfaces in industries such as aerospace parts, automotive bodies, household goods, ceramics, and plastics, as well as for micro-surface checks in printing, photography, textiles, and more. A very thin light beam that reflects from areas as small as 2×2mm is utilized, allowing for the examination of the uniformity of finishes from a series of surface measurements.

It has a built-in rechargeable battery and an automatic power-off mechanism (20 seconds). The memory capacity, supported by the built-in lithium battery, can retain approximately 4000 data points for 5 years.

A spectrophotometer that demonstrates on-site capabilities for color measurement. It achieves unprecedented ease of measurement and simple operation through a color LCD display. ● Compact and easy to hold - Small and lightweight. - Vertical grip that is easy to hold and provides good stability. - High mobility in production environments. ● Suitable for any measurement location.

●It features a peak hold function that displays the peak value during measurement. ●The unit of Lx/fc can be switched with a single touch.

● Measuring brightness in offices and workspaces to maintain eye health. ● Maintaining and managing optimal environments for crop growth. ● Easy-to-read large screen LCD. ● ×1, ×10, ×100 wide range measurement.

This is an illuminance measuring instrument that measures the brightness of offices and workspaces, making it ideal for improving workplace environments.

We measure the irradiance and radiation amount per hour for testing or maintenance of thermal equipment such as solar power generation and solar cells.

The digital long-wavelength ultraviolet intensity meter is a UV measuring device that measures long-wavelength A waves in the spectrum range of 320 to 390 nm, centered around 365 nm.

It comes with a data hold function that fixes the displayed value.

■Specifications ●Accuracy: ±5% rdg ●Functions: Hold, Max/Min display, Backlight, Bar graph display ●Memory: Automatic / 16,000 continuous data, Manual / 99 data ●Interface: USB

■Specifications ●Accuracy: ±100W/m2 or ±5% ●Sampling: Approximately 0.25 seconds ●Functions: Data hold, maximum/minimum value, overload display, auto power off

■Specifications ●Accuracy: ±10W/m² or ±5% ●Sampling: Approximately 0.25 seconds ●Functions: Data hold, maximum/minimum values, auto power off ●Power supply: 006P (9V) battery x 1 (included for testing) ●Measurement range: 2000 (W/m²)

This is a measuring device that expresses the amount of chlorophyll contained in plant leaves as SPAD values, which is necessary for understanding the health of plants. The chlorophyll meter can measure instantly on-site without the need for sample collection, and it is designed to be splash-proof, allowing measurements even in the rain. ● Trend graphs can be displayed. ● It is handy and convenient to carry. ● It has a splash-proof design that allows measurements in the rain. ● It is energy-efficient.

Adoption of silicon photodiodes in the sensor.