In-house R&D
Optics, sensor-interface electronics, algorithms, firmware and mechanical integration are developed as one product system.

Reagent-free multispectral water sensors and highly integrated interface ASICs for OEMs, integrators and monitoring networks worldwide.
Oromë is the original product source behind this portfolio—not a catalogue reseller. Buyers connect directly with the people responsible for sensing technology, product engineering, production coordination and technical support.
Talk directly to the manufacturer →Optics, sensor-interface electronics, algorithms, firmware and mechanical integration are developed as one product system.
From prototype and pilot build to assembly, functional testing and volume delivery, production follows the product team’s technical definition.
Model, specification, firmware or hardware version and test requirements remain connected, reducing ambiguity between sales claims and delivered goods.
Distributors and OEM buyers can discuss samples, technical feasibility, customization, volume pricing and after-sales questions with one accountable source.
Oromë provides a stable sensing foundation. Customers, integrators and researchers bring the field knowledge that reveals where it can create new value. The applications published on this website are proven starting points—not the boundary of what the technology can do.
Reusable optical sensing, low-noise electronics, signal processing and digital interfaces provide a dependable technical foundation.
The measurement path can be adapted to the sample, installation and product architecture without rebuilding the core technology from zero.
Many valuable uses will be discovered by people who understand their own process better than we do. We help turn that domain knowledge into a measurable solution.
From field-ready probes to compact ASICs, one portfolio covers system and embedded product development.

Industrial Multispectral Water Quality Sensor
Self-cleaning, reagent-free multispectral sensor for continuous organic pollution, turbidity, color and temperature monitoring.
Learn More →
Compact Multispectral Water Quality Sensor
Compact reagent-free online sensor for TOC, COD, UV254 and temperature in commercial and high-purity water systems.
Learn More →
Industrial 5-in-1 Conductivity Sensor
Integrated industrial probe for conductivity, TDS, salinity, specific gravity and temperature with titanium electrodes.
Learn More →
Single-channel TDS Sensor Interface ASIC
Highly integrated TDS and water-temperature measurement ASIC with bipolar probe drive and UART control.
Learn More →
Personal & Home Portable Water Testing Pen
A compact rapid-check tool for tap, purified, bottled, travel and aquarium water. Intended for personal screening and comparison, not as a replacement for regulatory laboratory analysis.
Learn More →A compact rapid-check tool for tap water, purified water, bottled water, travel and aquarium use. Water Detective helps people compare everyday water conditions without turning a home check into an industrial monitoring project.
Explore Water Detective →
Dense, continuous data without laboratory delay.
Lower consumables, maintenance and secondary waste.
RS485 / Modbus and UART options for fast product integration.
Reliable sensing building blocks for treatment, monitoring, aquaculture and smart appliances.
Continuous, high-density water data for process optimization, inlet/outlet comparison and early anomaly detection.
→02Compact, reagent-free sensing for rivers, lakes, reservoirs and distributed environmental networks.
→03Track changes in water conditions continuously to support healthier stock and more responsive operations.
→04Integrated TDS and conductivity components for dispensers, purifiers, filter-life estimation and quality indication.
→05Digital sensors and embedded ASICs for equipment builders, automation systems and water-intensive production.
→06Small-footprint sensing electronics for connected water devices, pet appliances and intelligent home products.
→Practical notes for engineers, buyers and water monitoring teams.
The value of wastewater online monitoring lies not just in installing sensors, but in continuously obtaining data that can explain process changes at the right locations. This article introduces engineering implementation methods for wastewater online water quality monitoring systems, covering monitoring objectives, point selection, parameter combinations, installation methods, RS485/Modbus integration, calibration verification, and routine maintenance.
Read Article →A practical comparison of consumables, maintenance, data density and deployment complexity.
Read Article →Channel count, range, probe polarization, temperature compensation and interface choices explained.
Read Article →Tell us your target parameters, water matrix, interface and annual volume. Our engineering team will recommend a practical configuration.