Omni Matcher · TiTE × IHT 2026 · Exhibitor List
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PROCHEM PACIFIC CORP

Exhibitor at TiTE × IHT 2026

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Capabilities and products

  • maintenance and calibration of color, light-source, and weathering measurement equipment
  • high-precision benchtop spectrophotometer supply (Konica Minolta)
  • high-precision portable spectrophotometer supply (Konica Minolta)
  • reflective, transmissive, and fluorescent-color spectrophotometer supply (Konica Minolta)
  • 60° gloss measurement equipment supply (Konica Minolta)
  • handheld chroma meter supply (Konica Minolta)
  • HDR display color analyzer supply (Konica Minolta)
  • non-contact luminance and color meter supply (Konica Minolta)
  • spectroradiometer supply (Konica Minolta)
  • illuminance meter supply (Konica Minolta)
  • UV accelerated weathering tester supply (Q-LAB)
  • xenon arc weathering test chamber supply (Q-LAB)
  • cyclic corrosion tester supply (Q-LAB)
  • hand coater supply (RK PrintCoat Instruments)
  • controlled-speed-and-pressure laboratory coater supply (RK PrintCoat Instruments)
  • gravure coating machine supply (RK PrintCoat Instruments)
  • manual flexographic proofing equipment supply (RK PrintCoat Instruments)
  • flexographic proofing press supply (RK PrintCoat Instruments)

Exhibits

The equipment portfolio includes KONICA MINOLTA Color and Appearance Measurement Instruments from Japan, Q-LAB Weathering Test Equipment from the USA, and RK PrintCoat Instruments laboratory coating equipment from the UK. The Konica Minolta CM-3700A Plus is a high-precision benchtop spectrophotometer for laboratory reference measurement, corporate master color standards, color matching, R&D, supplier qualification and cross-site digital color management. It measures reflectance and transmittance, can acquire SCI and SCE reflectance data concurrently, and offers LAV, LMAV, MAV and SAV reflectance areas for samples ranging from large heterogeneous materials to small localized color areas. Under the specified conditions, the CM-3700A Plus lists white colorimetric repeatability of SD ΔE*ab ≤ 0.005, black colorimetric repeatability of SD ΔE*ab ≤ 0.02, and inter-instrument agreement of ΔE*ab ≤ 0.08. Its four reflectance areas are LAV at Ø25.4 mm measurement with Ø28 mm illumination, LMAV at Ø16 mm with Ø20 mm, MAV at Ø8 mm with Ø11 mm, and SAV at 3 × 5 mm with 5 × 7 mm illumination. For transmittance work, the measurement area is approximately Ø20 mm with approximately Ø25 mm illumination, the open chamber supports samples up to approximately 50 mm thick, and optional holders and cells support transparent plastics, glass, optical films and liquids. The instrument provides an internal camera viewfinder, sample-surface temperature measurement, ambient temperature and humidity monitoring, and WAA wavelength analysis and adjustment for checking and correcting small wavelength shifts within the adjustable range. Computer-controlled UV adjustment uses a 400 nm cutoff and continuously variable settings from 0.0% to 100.0% in 1,000 steps, while optional SpectraMagic NX2 supports target and sample management, color-difference analysis, spectral graphs, pass/fail evaluation, reporting and digital color communication. Konica Minolta CM-17d and CM-16d are lightweight portable spectrophotometers for industrial color quality control, production inspection and R&D, using d:8° geometry with switchable SCI and SCE measurement and an approximately 0.7-second measurement time. The CM-17d provides Ø8 mm MAV and Ø3 mm SAV measurement areas plus an electronic camera viewfinder, while the CM-16d uses a fixed Ø8 mm measurement area and has no camera viewfinder. Under Konica Minolta standard conditions, CM-17d repeatability is SD ΔE*ab ≤ 0.02 with inter-instrument agreement ΔE*ab ≤ 0.12, while CM-16d repeatability is SD ΔE*ab ≤ 0.04 with inter-instrument agreement ΔE*ab ≤ 0.20. The CM-17d camera viewfinder helps position measurements on small buttons, molded parts, narrow edges, localized graphics, multicolor samples and curved components, and its dark-sample applications include piano-black plastics, automotive interior parts, dark electronic housings and rubber. USB 2.0 is standard, and the optional CM-A300 module adds WLAN and Bluetooth communication for mobile color measurement and locations where cable connections are inconvenient. Both models include WAA for diagnosing and correcting small wavelength shifts, and optional SpectraMagic NX2 supports target and sample management, color-difference analysis, pass/fail evaluation, spectral reflectance graphs, reporting and supplier-customer digital color communication. The CM-17d includes a charging and zero-calibration cradle as standard, while the cradle is optional for the CM-16d; listed application areas include automotive, plastics and rubber, electronics, coatings, textiles and leather, building materials, packaging and cosmetics. The CM-36dG succeeds the CM-3600A, uses a built-in d/8 integrating sphere, adds 60° gloss measurement, and supports data exchange with CM-3600A under SCI/LAV conditions. Its switchable measurement ports are LAV Ø25.4 mm, LMAV Ø16 mm, MAV Ø8 mm and SAV Ø4 mm. The CM-36dG can measure reflective, transparent and fluorescent color using SCI/SCE switching, diffused lighting and UV-cut filters. The CM-36dG meets requirements for standards such as ISO, ASTM, DIN and JIS and uses a xenon flash for measurement of very dark shades. Windows computer control and USB connectivity are provided, and the sample port is designed to measure the center of larger samples without cutting or damaging them. The CM-36D succeeds the CM-3600A, uses a built-in d/8 integrating sphere, and supports data exchange with CM-3600A under SCI/LAV conditions. Its available measurement ports are LAV Ø25.4 mm, LMAV Ø16 mm, MAV Ø8 mm and SAV Ø4 mm. The CM-36D measures reflective, transparent and fluorescent color using SCI/SCE switching, diffused lighting and UV-cut filters. It lists compliance with ISO, ASTM, DIN and JIS requirements and a xenon flash for measuring very dark shades. Windows software can control the instrument through USB, and its sample port allows the center of a larger sample to be measured without cutting or damaging the sample. The CR-400 handheld chroma meter uses an 8 mm aperture and can operate by itself or connect to a data processor for added functions and on-site printing. It is the successor to the CR-300 and is compatible with existing CR-300 data, allowing existing data to be retained during an upgrade. The CR-400 stores up to 1,000 measurements internally or 2,000 when the data processor is connected. The data processor can run on batteries or an AC adapter, provides a built-in printer, supports user-defined color calculation and evaluation formulas, and lets the LCD display pass/fail information and color-difference graphs in six selectable languages. SpectraMagic NX compatibility supports viewing and editing results, color-difference QC with primary and secondary targets, transfer of older data, graph and template output, printing and export to Excel. The CM-36dGV is another CM-3600A successor with a built-in d/8 integrating sphere, 60° gloss measurement and SCI/LAV data exchange with the earlier model. The CM-36dGV provides LAV Ø25.4 mm, LMAV Ø16 mm, MAV Ø8 mm and SAV Ø4 mm ports together with reflective, transparent and fluorescent color measurement, ISO/ASTM/DIN/JIS requirements, xenon flash, USB connectivity and a large-sample port. CS-3000HDR and CS-3000 support development and testing of high-quality displays, including LCD, OLED, Micro LED and Mini LED, with measurement extending from ultra-low to high luminance while maintaining compatibility with the CS-2000 series. They provide motorized 1°, 0.2° and 0.1° measurement-angle switching, with a standard minimum measurement diameter of φ0.5 mm and φ0.1 mm when a separately sold close-up lens is used. Gamma measurement time can be reduced to one-quarter or less, with FAST, Super FAST1 and Super Fast2 integration times of approximately 1/6, 1/20 and 1/90 of normal respectively. Compatibility with CS-2000A and CS-2000 covers measurement data as well as communication specifications, product shape and screw-hole arrangement, supporting migration to CS-3000HDR or CS-3000. Standard CS-S30 software controls the instruments from Windows or Mac computers, displays settings, measurement execution and graphs, and the listed spectral range is 380 ~ 780 nm with 0.9 nm/pixel wavelength resolution and 1.0 nm display intervals. The CA-410 Color Analyzer is used for inspection and adjustment of white balance and gamma in TV and smartphone-display factories and is the CA-310 successor for high-speed, high-accuracy measurement of HDR displays including OLED. The CA-410 series meets VESA DisplayHDR measurement requirements. Compared with CA-310 using the standard CA-P427 probe, the CA-410 provides a 25-fold wider guaranteed accuracy range, and the probe lineup also includes a high-intensity probe for measurements such as backlight modules. Chromaticity measurement was improved through more accurate XYZ filters and a calibration light source approximating the spectrum of LED-source displays, supporting white-balance and wide-color-gamut display adjustment. CA-S40 software supports macOS and Windows 7/10, luminance and chromaticity measurement, flicker measurement, data storage, waveform capture and SYNC Assist, while the CA-DP40 data processor can connect up to 10 probes for multi-point measurement. The CIE 170-2 color-analyzer probe lineup lists CA-P427C with a Ф 27 mm measurement diameter and CA-P410C with a Ф 10 mm measurement diameter. Their listed acceptance angles are ± 2.5° and ± 5°, with accuracy-guaranteed measurement distances of 30 ± 10 mm and 30 ± 5 mm respectively. The accuracy-guaranteed luminance ranges are 0.001 ~ 5,000 cd/m2 for CA-P427C and 0.01 ~ 5,000 cd/m2 for CA-P410C. Flicker functions list 0.25~65 Hz in CA-310 Mode, 0.25~200 Hz in XYZ Wide Frequency Mode, and waveform measurement up to 3KHz. The probes provide NTSC, PAL, EXT, UNIV, INT and MANU synchronization modes, AUTO/LTD. AUTO/SLOW/FAST speed modes, 99 calibration channels, USB2.0 and RS-232 communication, and standard CA-S40 software and CA-SDK2 accessories. The CS-200 luminance and color meter is listed for measuring luminance and chromaticity of emitting products including large plasma displays, small LCDs and LEDs, outdoor screens, high-pressure lamps and instrument panels. Its spectral fitting method uses outputs from 40 sensors to approximate the CIE 1931 color matching functions and calculate XYZ tristimulus values. The listed luminance ranges are 0.01 - 200,000 cd/m² at a 1° measuring angle, 0.01 - 5,000,000 cd/m² at 0.2°, and 0.01 - 20,000,000 cd/m² at 0.1°. Measurement angles of 1°, 0.2° and 0.1° are switchable; the minimum measuring area is 0.5 mm, or 0.1 mm with a close-up lens, and the minimum measuring distance is 296 mm. The CS-200 supports 2° and 10° observers, Lvxy and other listed color spaces, USB 1.1 communication, and power from an AC adapter or four AA-size batteries. CS-150 and CS-160 are compact, battery-powered luminance and color meters for non-contact measurement, succeeding CS-100A with a wider measurement range and improved agreement with CIE 1931 color matching functions. The CS-150 uses a 1° measuring angle with a luminance range of 0.01 to 999,900 cd/m2, while the CS-160 uses a 1/3° angle with a range of 0.1 to 9,999,000 cd/m2. Listed applications include LEDs and other small light sources, tungsten and fluorescent lamps, freshly painted and other non-contact surfaces, railway/road/aviation signal lighting, color and monochrome displays, and projectors. With close-up lenses, the listed minimum measurable diameters include 1.3 mm for CS-150 and 0.4 mm for CS-160, and an optional illuminance adapter supports direct illuminance measurement from 0.015 lx ~ 999,900 lx on CS-150 and 0.15 lx ~ 9,999,000 lx on CS-160. Standard CS-S20 software connects by USB, data memory holds 1,000 records, user calibration provides 10 channels, and power can come from two AA-size batteries, USB bus power or an optional AC adapter. The T-10A illuminance meter displays illuminance and average values, can compare readings as percentages or differences, and supports automatic range switching. Target levels can be entered from actual measurements or by keypad, the meter handles intermittent and continuous light sources including PWM-controlled sources, and it performs automatic calibration at power-on with a user color-correction-factor function. Up to 30 receptor heads can be connected for multi-point measurement, the receptor can be detached from the main unit, and miniature waterproof receptor-head models are listed for tight spaces and distributed measurements such as projector illuminance. T-10A/T-10MA are stated to conform to JIS C 1609-1 Class AA and DIN 5032 Part 7 Class B requirements, with applications including official inspection, lighting R&D, factory/office/hospital maintenance, safety and street lighting, architectural lighting and LED-facility control. Measurement functions include illuminance, illuminance difference, illuminance ratio, integrated illuminance, integration time and average illuminance, with USB digital output, RS-232C printer output and optional software for direct data capture. The QUV accelerated weathering tester uses fluorescent UV lamps to reproduce critical short-wave UV effects associated with outdoor photodegradation, including color change, gloss loss, chalking, cracking, crazing, hazing, blistering, embrittlement, strength loss and oxidation. Its condensation system simulates dew at elevated temperature, and the evaporation-condensation process distills ordinary tap water as it operates. The QUV tester is designed for 75 mm x 150 mm specimens and complies with a wide range of international, national and industry specifications. The listed models are QUV/basic for UV and condensation, QUV/se adding SOLAR EYE irradiance control, QUV/spray adding water spray, and QUV/cw using cool-white visible light with condensation and SOLAR EYE control. Lamp options include UVA-340 for 365 nm down to the 295 nm solar cutoff, UVA-351 for sunlight filtered through window glass, UVB-313EL for more severe short-wave UV used in QC and R&D, and cool-white lamps for indoor office, commercial and retail-display lighting conditions. The Q-SUN Xe-3 xenon arc chamber reproduces damage from full-spectrum sunlight and rain, uses three xenon lamps, and provides a 451 mm x 718 mm slide-out specimen tray for large or three-dimensional specimens. Standard humidity control can be combined with optional front spray, back spray, dual spray or a chiller; the dual-spray option can apply a second liquid such as acid rain or soap solution to specimens. The Xe-3 can operate automatically 24 hours per day and 7 days per week, with a five-language user interface, built-in Ethernet for data logging, self-diagnostic warnings, service reminders and AUTOCAL calibration. Model configurations include Xe-3-H with humidity control, Xe-3-HS with spray, Xe-3-HDS with dual spray, Xe-3-HBS with front and back spray, Xe-3-HC with a chiller, and Xe-3-HSC with spray and a chiller. Optical-filter choices include daylight filters for direct noon-summer sunlight, window-glass filters for indoor exposures, and extended-UV filters for more severe testing; listed nominal cut-ons include 295 nm for Daylight-Q, 310 nm for Window-Q and 275 nm for Extended UV-Q/B. Q-FOG SSP and CCT cyclic corrosion testers expose specimens to repeating environments intended to reproduce natural wet/dry corrosion cycles more closely than continuous salt spray. SSP models perform traditional salt spray and Prohesion tests, while CCT models add 100% humidity for cyclic automotive methods. The chamber cycles among Fog, Dry-Off, 100% Humidity on CCT models, and Dwell, with condition, time and temperature controlled by a built-in microprocessor and programmable controller. SSP-600 and CCT-600 accommodate about 160 panels of 75 mm x 150 mm, while SSP-1100 and CCT-1100 accommodate 240 panels; the internal solution reservoir is 120 liters and has enough capacity for most tests lasting 7 days or more. A variable-speed peristaltic pump controls corrosive-solution delivery while air pressure controls spray throw, purified water is required, and the listed chamber volumes are 640 liters for the 600 models and 1103 liters for the 1100 models. The K Hand Coater applies paints, printing inks, lacquers, adhesives and other coatings to substrates including paper, board, plastic films, foils, metal plates, glass plates and wood, and it can place two or more coatings side by side for comparison. Its listed wet-film thickness range is 4 to 500 micron. A special impression bed is specified to support repeatability during hand coating. K bars use stainless-steel rods and wire and are numbered and color coded for identification. The standard bar table covers numbers 0 to 9 with wet-film thicknesses from 4 to 120 μm, while special bars are listed at 150, 200, 300, 400 and 500 μm. The K Control Coater uses controlled coating speed and pressure to support repeatable laboratory coating results. Coating can be performed with wire-wound bars or gap applicators. Two models provide coating areas up to 170 x 250 mm or 325 x 250 mm. Multiple coatings can be made in one operation for comparison, and standard coating speed is infinitely variable between 2 and 15 m/m. Its bar tables cover standard wet-film thicknesses from 4 to 120 μm and special values from 150 to 500 μm, while model K101 and K202 list composite, vacuum, magnetic, heated and glass bed options in their respective coating sizes. The KPP Concave Coating Machine is listed for printing speeds up to 40 m/min on flexible substrates including film, paper, sheet, aluminum foil and PVC. Micrometer-controlled pressure and doctor-blade adjustment support print setup, two or more inks can be compared in one run, overprinting is supported, and changing the print-head component allows flexographic proofing and composite-lamination proofing tests on a 400 x500 mm workbench footprint. Esiproof is a precision instrument for flexographic proofs, with single-screen or banded ceramic anilox rollers and support for commercial inks and substrates. Its compact format is intended for on-site troubleshooting, with quick-release doctor blade, preset roller pressure, easy cleaning, and an EPDM roller specified for water, solvent and UV inks. Flexiproof 100/UV supports off-press color matching and quality-control testing so ink and substrate performance can be checked over time without using a production press for every trial. It can evaluate wear resistance, scratch resistance, flexibility, durability and gloss and can print on typical commercial substrates including paper, film and foil. The system supports computer color matching, database and sample preparation, and the Flexiproof 100 is a scaled-down version of a full-sized flexographic press for pilot runs and R&D viability work. Its listed printing speed is continuously adjustable from 20-99 m/min, the maximum printing area is 240 x 75 mm, and it can use flexible substrates in single-sheet or multiple-sheet work. Ceramic or metal rollers can be changed, roller line counts are listed up to 1000 lines, and a banded ink roller can compare two different inks in the same operation. The listed KPP standard gravure-plate options include A, B, C and D patterns with specified line counts and tonal densities for proofing work. For example, plate A lists 100, 150 and 200 lines/inch entries, while plate D lists 150 and 300 lines/inch entries with density steps extending down to 60%. The KPP is convenient to operate and clean. Esiproof allows engraved ceramic or steel anilox rollers to be changed quickly. A cleaning and storage rack is included among its listed features. Its anilox table ranges from 475 lines/cm with 1200 lines/inch and 1.3 BCM to 65 lines/cm with 165 lines/inch and 13 BCM.

Company profile

PROCHEM PACIFIC CORP focuses on the sales, maintenance and calibration of equipment used to measure color, light sources and weathering performance.