Keep It Simple. Make It Known.
Workflows For Spectrometers.
THE GOAL
We are The Unknown Labs
At The Unknown Labs, we specialize in simple solutions using custom hardware and AI-powered software, delivering cutting-edge spectrometry solutions to major brands across the gemological, industrial, and scientific sectors. From custom-built spectroscopy systems to seamless integration of existing machines, we streamline production workflows and enable automation at scale.
Our multidisciplinary team of engineers and data scientists partners with research institutions and industry leaders to redefine the standards of automation, authentication, and precision analysis.
We help implement and streamline your data management, so you can focus on growing your business.
Can it be implimented?
Does not matter the industry or the hardware supplier you use for spectrometry. As long as theres a graph, we can capture the data and use our tools to streamline your needs.
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A light source (like a laser or lamp) shines on or through a sample.
The sample either absorbs, emits, or scatters specific wavelengths of light.
A detector measures these changes.
The data is translated into a spectrum — a graph showing intensity vs. wavelength.
Scientists use this "fingerprint" to identify what the material is and how much of it is there.
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Absorption Spectrometry – measures how much light is absorbed (e.g., UV-VIS, FTIR).
Emission Spectrometry – measures light emitted from a sample (e.g., flame tests, plasma).
Mass Spectrometry – measures the mass of particles (not optical, but related in concept).
Raman Spectrometry – detects vibrational changes after light interacts with molecules.
X-ray Spectrometry – identifies elements using high-energy X-ray interactions.
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Chemistry & Biology: Identifying molecules and proteins.
Environmental Science: Detecting pollutants in air, water, or soil.
Gemology: Verifying authenticity of gemstones.
Pharmaceuticals: Analyzing drugs and compounds.
Industrial: Quality control in manufacturing.
Space Exploration: Analyzing materials on other planets.
We provide end-to-end integration of spectrometry systems tailored to your needs — from industrial setups to point-of-use solutions for end users. Whether it's customizing hardware circuits, software deployment, or enabling one-click identification through our software, we deliver fast, scalable results that bring your project to life.
What We Can Do.
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We connect to any spectrometer or analytical machine, enabling real-time data collection, storage, and tracking of changes or defects over time. Our system automatically identifies materials and delivers instant results—providing scientists and basic users with powerful tools to analyze their findings efficiently.
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We design specialized hardware for targeted applications, including handheld devices for point-of-use scenarios and advanced lab systems for complex tasks like robotic pick-and-place operations and automated assembly lines.
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We create custom user interfaces tailored to each company’s branding, designed for simplicity and ease of use—even for non-scientists. Our interfaces can include intuitive "pass/fail" displays for quick decision-making.
Our Tools We Developed.
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Software Solutions
We develop intuitive interfaces that empower clients to understand and identify materials with ease. Whether it's a streamlined one-click solution for rapid identification or a sophisticated system that synchronizes and triggers multiple spectrometers, our platforms are built for precision, flexibility, and ease of use. From lab environments to field applications, we adapt to your workflow—making advanced material analysis accessible at every level.
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Cloud Based Integration
The Universal Platform for Spectrometry. Unknown ID is a modular, cloud-connected software platform developed by Unknown Labs to unify and streamline spectrometry workflows across various instruments. Designed for global use, it allows labs, field operators, and industrial clients to connect and analyze spectrometer data—from anywhere in the world to a central location.
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Custom Hardware
Our custom-designed PCB powers and controls the laser and lighting systems essential for spectroscopy applications. Engineered for precision and stability, the board manages complex optical outputs, enabling reliable spectral analysis across a range of use cases. Integrated with our proprietary Dark Matter series control system, it delivers intelligent power distribution, modulation, and synchronization for advanced material identification and diagnostic tasks. Built for scalability and industrial reliability, this platform forms the core of our high-performance optical instrumentation.