Custom photonics enclosures, turnkey detector systems and expert measurement services — we translate decades of biophoton research into robust lab-ready tools for ultra-weak photon emission (UPE), bioluminescence and chemiluminescence measurements.
"Sensitivity first. Then everything else."
Custom light-tight dark chambers and ultra-sensitive detector systems for quantifying ultra-weak photon fluxes from biological and material samples.
Low-noise detectors and shielding engineered for UPE measurements.
Swap detectors, filters, and optics as your protocol evolves.
Mounts into dark boxes, microscopes, or custom rigs.
Our technology delivers outstanding sensitivity for detecting endogenous chemiluminescence from biological samples.
From lab services to custom builds — our expertise in BAL/UPE and PEF translated into actionable outcomes.
We run ultra-weak photon emission (UPE/BAL) measurements on your samples in our light-tight systems.
Label-free BAL monitoring during pulsed-electric-field treatment to track permeabilization efficiency.
Quantify PEF-generated ROS and downstream protein oxidation via endogenous (bio)chemiluminescence.
High-sensitivity imaging to map spatial oxidative processes and antioxidant protection.
Track oxidative metabolism in cultures via BAL alongside pH/pO2/OD to define stress and process indices.
Non-invasive BAL assays for germination vigor, stress tolerance, and treatment effects.
Bespoke pipelines: Poisson/negative-binomial modeling, variance-aware detrending, Fano/Hurst metrics.
Turnkey PMT integration, optics, spectral filters and low-reflectance light-tight chambers with electrical and optical feedthroughs — from benchtop retrofits to bespoke enclosures and OEM modules.
Researchers and engineers bringing together expertise in photon detection, instrumentation, and signal processing.
Project architect, conceptualist and leader.
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BAL imaging, dark-chamber design, protein oxidation assays, and photon-count statistics.
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Technical design oversight for BAL detection, where function meets elegance.
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UPE-based oxidation assays, PEF-induced chemiluminescence, and metabolomics of photon emission.
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Photonics, 3D modeling and rendering of dark chambers and instrument systems.
Profile →What labs and instrument builders most often ask us before ordering.
Yes — that is our core business. The Enclosure DC and all custom dark-chamber builds are made to order around your hardware: chamber size, mounting rails, electrical and optical feedthroughs, sleeved manipulation ports, and optional temperature regulation.
UPE — also called biophoton emission, ultraweak bioluminescence or endogenous chemiluminescence — is the faint light emitted by biological and material samples, mostly from oxidative processes. It is measured with photomultiplier tubes (PMT) or EMCCD cameras inside light-tight dark chambers using photon-counting electronics.
Both. With Measurement-as-a-Service (MaaS) we run your samples in our light-tight systems and deliver counts, statistics and an interpretation report. If you measure routinely, we build the detector setup or dark chamber that fits your lab.
Light-tightness is only the starting point. We design the chamber as part of a calibrated measurement system: low-reflectance interior coating, clean optical detector coupling, and feedthroughs that do not leak stray light.
Yes. We deliver PMT-based photon-counting modules and dark-chamber subsystems for integration into OEM instruments — from benchtop retrofits to fully bespoke enclosures designed with our 3D modeling pipeline.
Biotech and electroporation, food and beverage (PEF processing), dermatology and cosmetics, agriculture and seed technology, and academic R&D labs measuring ultra-weak luminescence.
Whether you need a turnkey system, custom build, or measurement service — let's talk.
info@biophotoniq.net