The missile signal simulator C-MSS from CI Systems generates collimated missile signatures to test missile approach warning systems in the lab or field. It operates in MWIR with 3.5 mrad Source / 40 mrad Background, radiant output > 20 nW/cm² (Controlled Radiance), and 5 msec temporal resolution for dynamic threat-scenario validation. Defence and EO test … Read more
The missile signal simulator IRTS-L from CI Systems projects controlled threat signatures to test missile approach warning systems in the lab or field. It operates in 3.95 µm and/or 4.6 µm (MWIR) with > 35H x 14V mrad Divergence, radiant output Up to 1.2 KW/str, and 5 msec temporal resolution for dynamic threat-scenario validation. Defence … Read more
The missile signal simulator SWTS from CI Systems projects controlled threat signatures to test missile approach warning systems in the lab or field. It operates in 1550 nm (BW ± 50 nm) with 10° Circular, radiant output > 16 W/Sr, and 10 kHz temporal resolution for dynamic threat-scenario validation. Defence and EO test teams use … Read more
The missile signal simulator UVTS from CI Systems projects controlled threat signatures to test missile approach warning systems in the lab or field. It operates in 270 ± 10 nm with 5° Circular, radiant output > 20 W/Sr, and 5 msec temporal resolution for dynamic threat-scenario validation. Defence and EO test teams use this missile … Read more
The missile signal simulator IRTS-L and UVTS from CI Systems projects controlled threat signatures to test missile approach warning systems in the lab or field. It operates in Multispectral (MWIR and UV-C) with Configurable Multi-Sensor, radiant output > 20 W/Sr (UV) / 1.2 KW/str (IR), and 5 msec temporal resolution for dynamic threat-scenario validation. Defence … Read more
The missile signal simulator MSS-SWIR from CI Systems generates controlled SWIR signatures to test missile approach warning systems in the lab or field. It provides a wide illumination field (over 50°) with typical radiant intensity of 1–10 mW/sr and 5 ms temporal resolution for dynamic threat-scenario validation. Defence and EO test teams use this missile … Read more
The missile signal simulator MSS-UV from CI Systems generates controlled signatures to test missile approach warning systems in the lab or field. It operates in 265 ± 5 nm (UV-C) with > 7° Illumination Field, radiant output 1-10 mWatt/sr (Typical), and 5 msec temporal resolution for dynamic threat-scenario validation. Defence and EO test teams use … Read more
The missile signal simulator MSS-IR from CI Systems generates controlled signatures to test missile approach warning systems in the lab or field. It operates in Single (NIR to LWIR) or Dual MWIR Band with > 50° (Single) or > 7° (Dual), radiant output 1-10 mWatt/sr (Typical), and 5 msec temporal resolution for dynamic threat-scenario validation. … Read more
The gimbal Pan/Tilt Gimbal from CI Systems mounts electro-optical devices in automated test benches. Yoke apertures span 12″, 15″, 19″, 22″, 24″, 32″, 37″, accuracy options 50/64 arcsec (Std) | 6/30 arcsec (High Accuracy), travel ±140° (Azimuth and Elevation), and loads to 50 kg (Optional up to 150 kg) for repeatable azimuth/elevation positioning. Test engineers … Read more
The infrared compact field tester CFT from CI Systems is a refractive collimator for portable EO payload checks from 400 nm to 12 µm (Model Dependent). Clear apertures of 1.9 to 4.9 inches (48 – 125 mm) and focal lengths of 250 mm to 500 mm support field MTF and alignment work. Field technicians rely … Read more
The ir test system WFOV from CI Systems is a wide-field refractive tester covering 0.9 µm to 12 µm (SWIR, MWIR, LWIR). With clear apertures of 70 mm or 100 mm and FOV around 11° to 15° (custom up to 65°), it supports SWIR/MWIR/LWIR sensor evaluation. EO labs use this ir test system when they … Read more
The ilet collimator from CI Systems is a reflective off-axis parabolic collimator for testing electro-optical payloads, imagers, and sensors from 0.4 µm to 15 µm. Clear apertures of 4–6 inches, focal lengths of 15–40 inches, and diffraction-limited on-axis performance support repeatable MTF and alignment measurements. Optical test engineers rely on this ilet collimator when they … Read more
The electro-optical test system METS from CI Systems is a modular reflective collimator for large-aperture payload testing from 0.4 µm to 15 µm. Clear apertures of 8 to 25 inches, focal lengths of 40 to 250 inches, and wavefront quality λ/25 RMS at 633 nm support MTF, boresight, and radiometric measurements. Optical test facilities specify … Read more
The blackbody SR-800N from CI Systems is an extended-area radiation source for infrared sensor calibration over Model dependent (e.g., -20°C to 175°C). Emitter formats include 2 to 40 inches, with emissivity 0.98 ± 0.02 and stability ±0.003°C (ΔT≤10°C), for laboratory and production EO test. Calibration labs use this blackbody when they need an uniform, stable … Read more
The blackbody SR-800N-HT from CI Systems is an extended-area radiation source for infrared sensor calibration over Up to 600°C. Emitter formats include 1 to 35 inches, with emissivity 1.00 (Standard) and stability ±0.25°C (HT) / ±0.1°C (HT-HA), for laboratory and production EO test. Calibration labs use this blackbody when they need an uniform, stable IR … Read more
The blackbody SR-33N from CI Systems is an extended-area radiation source for infrared sensor calibration over 0°C to 100°C. Emitter formats include 4×4 inches or 7×7 inches, with emissivity 0.98 ± 0.02 and stability 0.01°C, for laboratory and production EO test. Calibration labs use this blackbody when they need an uniform, stable IR source matched … Read more
The blackbody SR-800N-SE from CI Systems is an extended-area radiation source for infrared sensor calibration over 5°C to 85°C. Emitter formats include 4, 7, or 12 inches (Spherical Dome), with emissivity 0.98 ± 0.02 and stability ±0.003°C (ΔT≤10°C), for laboratory and production EO test. Calibration labs use this blackbody when they need an uniform, stable … Read more
The high-temperature blackbody SR-200N from CI Systems is a cavity radiation source for electro-optical calibration from 50°C to 1200°C. With a 1-inch cavity, emissivity of 0.99 ± 0.01, and stability around ±0.50°C, it supports laboratory and production test of infrared sensors and imagers. Calibration labs specify this high-temperature blackbody when they need a stable cavity … Read more
The high-temperature blackbody SR-2 from CI Systems is a cavity radiation source for electro-optical calibration from 100°C to 1200°C. With a 1-inch cavity, emissivity of 0.99 ± 0.01, and stability around ±0.50°C, it supports laboratory and production test of infrared sensors and imagers. Calibration labs specify this high-temperature blackbody when they need a stable cavity … Read more