Pembroke Instruments supplies advanced imaging and spectroscopy systems for scientific research, machine vision, spectroscopy, semiconductor inspection, thermal process monitoring, and industrial quality control. Our product portfolio includes SWIR cameras, industrial thermal imaging cameras, hyperspectral imaging systems, scientific CCD cameras, sCMOS cameras, and compact UV-VIS and NIR spectrometers.
Engineers and researchers work with Pembroke Instruments for technical guidance before purchase, practical integration support after delivery, and a strong match between performance, budget, and real-world application requirements.
Selecting the correct camera, spectrometer, optics, interface, cooling method, wavelength range, and software workflow can determine whether a system performs well in the field or laboratory. Pembroke Instruments helps customers compare technologies and configure systems for demanding scientific and industrial environments.
Compare wavelength range, sensitivity, resolution, cooling, frame rate, and interface requirements.
Get help with optics, illumination, software, triggering, data acquisition, and system configuration.
Match SWIR, LWIR, hyperspectral, CCD, sCMOS, and spectrometer technologies to the measurement need.
Continue receiving practical support after purchase for setup, calibration, troubleshooting, and use.
The product sections below are designed for fast scanning while preserving links to deeper product pages, applications, and datasheets. Rows rotate on page load so products lower on the page periodically receive higher visibility.
SWIR cameras for silicon inspection, laser imaging, microscopy, spectroscopy, and industrial machine vision.
Extended SWIR camera technology for imaging and analysis beyond the standard InGaAs wavelength range.
VNIR, SWIR, extended SWIR, snapshot, and pushbroom hyperspectral systems for material identification.
Line-scan SWIR cameras for high-speed industrial inspection and machine vision applications.
LWIR thermal imaging cameras for process monitoring, temperature measurement, alarms, and automation.
Microscope-based thermal imaging systems for electronics, PCB, IC, and small-component temperature analysis.
Portable thermal cameras for maintenance, diagnostics, industrial inspection, and field troubleshooting.
Compact NIR spectrometers for embedded sensing, process monitoring, mobile spectroscopy, and laboratory use.
High-performance spectrometers for UV, VUV, XUV, and X-ray spectroscopy in science and industry.
Compact UV-VIS spectrometers for embedded spectroscopy, process sensing, portable systems, and labs.
Compact high-resolution spectrometers for applications requiring fine spectral detail in a small footprint.
Low-noise CCD cameras for spectroscopy, UV, VUV, XUV, EUV, X-ray, and laboratory imaging.
Microscope configurations for NIR and SWIR imaging, semiconductor inspection, material research, and alignment.
Scientific sCMOS cameras for low-noise imaging, spectroscopy, EUV, X-ray, and in-vacuum detection needs.
Vacuum-compatible CCD camera systems for VUV, EUV, X-ray, and specialized scientific instrumentation.
Featured instruments, discounted systems, and selected inventory for customers needing fast delivery.
Application pages help users quickly identify the right technology for their use case and create stronger internal links back to the product pages most likely to convert.
Semiconductor inspection, laser profiling, machine vision, moisture detection, microscopy, and defense imaging.
View SWIR Applications →Process monitoring, temperature measurement, electronics inspection, industrial automation, and quality control.
View Thermal Applications →Material identification, food sorting, chemical analysis, pharmaceutical inspection, recycling, and research.
View Hyperspectral Applications →Low-light scientific imaging, spectroscopy, VUV/EUV/X-ray detection, laboratory imaging, and vacuum systems.
View CCD Applications →UV-VIS, NIR, reflectance, absorption, fluorescence, embedded spectroscopy, and industrial sensing.
View Spectrometer Applications →VUV, XUV, hard X-ray, beamline, plasma, laboratory, and advanced spectroscopy applications.
View High Energy Applications →Direct datasheet links help engineers move from overview content to specifications faster. These links use the hyperspectral datasheet URLs provided in your Excel file.
Tell Pembroke Instruments about your sample, wavelength range, field of view, resolution, measurement environment, software needs, and budget. We will help identify a practical system configuration.