What We Make
Precision cavity and extended-area blackbodies for radiometric calibration, detector testing, and thermal imaging system validation. Cavity models from 50–1200°C; extended-area and TE-cooled models available. NIST-traceable calibration.
View blackbody sourcesUltra-low-noise single-channel and array preamplifiers for MCT, InSb, InGaAs, PbSe, and pyroelectric detectors. Bandwidths from DC to 1 MHz. Multi-channel array models for 4 to 64+ element arrays.
View preamplifiersTurn-key Femtosecond Pulse Acquisition Spectrometer systems for pump-probe and 2D vibrational spectroscopy. 3–10 µm standard range, 16-bit resolution, up to 125 kHz laser repetition rate with no lost data.
View FPAS systemsVariable-speed rotating disk choppers for modulating radiation from blackbody sources, tungsten lamps, Nernst glowers, and other IR emitters. Interchangeable blades cover 1.25 Hz to 45 kHz.
View energy modulatorsField-portable dual-band pyro-radiometers for radiant intensity measurement in watts per steradian. Used in countermeasure flare analysis and IR target signature testing.
View radiometersIR-301 PID temperature controllers, motorized filter wheels, precision apertures, and RS-232/GPIB communications options for integrating ISDC sources into automated test systems.
View accessoriesOur Capabilities
Every Blackbody ships with full N.I.S.T calibration data. Compliant with ISO-17025
Preamplifier designs operate reliably with TE-cooled and LN2-cooled detector systems.
Proprietary circuit topologies achieve sub-2 nV/√Hz noise floors for photovoltaic and photoconductive detectors.
Standard products are modified or built to spec for OEM integrations, unique apertures, and special temperature ranges.
All products designed and manufactured in the United States.
Work directly with our engineers from specification through delivery for your application.
Our engineers work directly with customers from specification through integration: custom apertures, temperature ranges, bandwidths, and multi-channel configurations available.